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High-Purity Single-Source Dual-Stage Gas Manifold - External Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity single-source dual-stage gas manifold - external gas purging system is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity dual-stage manifold with external gas purging system is designed for efficient gas supply control. It offers seamless operation for pure, inert, and even corrosive gases, with robust safety features like leak-proof sealing and built-in relief valves. Its compact design is perfect for space-constrained environments, ensuring safe and reliable operation in critical installations, including explosion-risk zones.
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High-Purity Single-Source Dual-Stage Gas Manifold - High-Pressure Valve
The DruvaPUR 20 m3 Series Low Flow high-purity single-source dual-stage gas manifold - high-pressure valve is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases and gas mixtures. Technical Data Talk to the experts
The Druva high-purity dual-stage manifold with a shut-off valve ensures precise gas flow control for high-pressure applications. It is equipped with leak-proof sealing and built-in safety valves, offering reliable performance for pure, inert, and oxidising gases. Its compact design makes this high-purity gas manifold system a space-efficient choice for critical installations, with robust safety features for operation in explosion-risk zones.
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High-Purity Single-Source Dual-Stage Gas Manifold - Process Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity single-source dual-stage gas manifold - process gas purging system is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.
With a focus on process gas safety, the Druva high-purity dual-stage manifold incorporates a purging system for system cleanliness and integrity. Ideal for pure, inert, and oxidising gases, it ensures secure and precise pressure control with safety valves for added protection. Its compact design and easy setup make this gas manifold system the perfect choice for demanding environments where efficiency and safety are paramount.
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High-Purity Single-Source Single-Stage Gas Manifold
The DruvaPUR 20 m3 Series Low Flow high-purity single-source single-stage gas manifold is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.
The Druva high-purity single-stage manifold supports a single gas cylinder or bundle, making setup quick and simple. With a leak-proof seal thanks to its Hastelloy/Elgiloy diaphragm tightening, it ensures safe operation for pure, inert, and oxidising gases. Featuring built-in relief valves, pressure adjustment, and electrostatic chargeability testing, this gas manifold system is designed for precise control and safety, ideal for installations in confined spaces.
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High-Purity Single-Source Single-Stage Gas Manifold - External Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity single-source single-stage gas manifold - external gas purging system is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity is 6.0.
Perfect for handling pure, inert, and corrosive gases, the Druva single-stage manifold with external gas purging offers seamless operation with enhanced safety features. It supports a single-source gas supply with advanced pressure control and leak-proof sealing. This gas manifold system's compact design and easy setup make it ideal for space-limited installations, while built-in safety valves and electrostatic charge testing ensure safe use in hazardous environments.
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High-Purity Single-Source Single-Stage Gas Manifold - High-Pressure Valve
The DruvaPUR 20 m3 Series Low Flow high-purity single-source single-stage gas manifold - high-pressure valve is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.
Optimise gas flow with the Druva high-purity single-stage manifold, featuring a high-pressure valve to deliver robust performance in demanding conditions. It supports a single-source gas supply with enhanced leak-proof sealing and pressure control. The design incorporates built-in safety features such as relief valves and a check valve at the inlet. Compact and efficient, this high-purity gas manifold system is tailored for pure, inert, and oxidising gases, providing a secure, controlled environment for high-pressure applications.
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High-Purity Single-Source Single-Stage Gas Manifold - Process Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity single-source single-stage gas manifold - process gas purging system is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.
For critical applications requiring gas purging, the Druva high-purity single-stage manifold delivers precise and safe gas control. It supports a single gas source and is designed for use with pure, inert, and oxidising gases. With features like leak-proof diaphragm sealing, built-in relief valves, and a robust purging system, this compact high-purity gas manifold system ensures safe operation and reliability in controlled environments, while saving valuable installation space.
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High-Purity Single-Stage Cylinder Regulator for HCl Cl2
The DruvaPUR CSLHHSQR3X high-purity single-stage cylinder regulator is specifically engineered to handle the HCl (Hydrochloric Acid) and Cl₂ (Chlorine) gases.
Whether for research, chemical processing, or specialised industrial processes, the Druva high-purity single-stage cylinder regulator for HCl and Cl₂ ensures the highest standards of performance and safety. Built with high-alloy stainless steel for gas-wetted internal parts, it offers excellent durability and resistance to corrosion, ensuring reliable performance even in the most demanding conditions. Featuring an external gas purging system, this high-purity single-stage regulator ensures safe and efficient operation in environments where highly reactive gases are used.
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High-Purity Six-Port Dual-Stage Absolute Pressure Cylinder Regulator
The DruvaPUR 20 m3 Series high-purity six-port dual-stage cylinder pressure regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity six-port dual-stage absolute pressure regulator is engineered for precision, safety, and flexibility in demanding gas control applications. Featuring a Hastelloy diaphragm tightening system, it ensures exceptional sealing to prevent gas leaks for the safety of both operators and equipment. Its superior pressure adjustment allows for precise and stable gas flow control, making it ideal for critical environments. With its compact design, this two-stage regulator is perfect for installation in tight spaces without compromising on performance. Built to meet rigorous international standards, the DruvaPUR 20 m³ high-purity pressure regulator offers reliable operation across a wide range of applications. Additionally, it's available with multiple international cylinder connections, offering the versatility needed for a variety of industrial and laboratory settings.
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High-Purity Six-Port Dual-Stage Absolute-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity six-port dual-stage absolute-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity is 6.0.
Elevate your pressure management with the Druva high-purity six-port dual-stage line regulator. Its two-stage design ensures stable pressure output with fluctuating input, making it perfect for laboratory, pharmaceutical, or high-tech industrial applications. The six-port design provides flexibility in managing multiple outputs, and the Hastelloy diaphragm tightening system offers a secure, leak-proof seal. Its compact design ensures easy integration into tight spaces. Built to meet international safety and performance standards, this high-purity pressure regulator guarantees dependable, high-precision control in critical applications.
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High-Purity Six-Port Dual-Stage High-Pressure Cylinder Regulator
The DruvaPUR 20 m3 Series high-purity six-port dual-stage high-pressure cylinder regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
For industries that demand precision and reliability, the Druva high-purity six-port dual-stage regulator delivers outstanding performance in high-pressure applications. Thanks to its excellent pressure adjustment, this high-purity two-stage regulator allows users to fine-tune settings to meet exact requirements in environments where accuracy and safety are paramount. The Hastelloy diaphragm tightening system ensures superior sealing to the atmosphere to prevent gas leaks. Its compact design makes it suitable for integration into space-constrained systems without compromising on performance. Designed to meet the most stringent safety and efficiency standards, this Druva high-pressure gas regulator is built for long-lasting reliability in demanding environments.
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High-Purity Six-Port Dual-Stage High-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity six-port dual-stage high-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
For systems requiring the utmost precision under high-pressure conditions, the Druva high-purity six-port dual-stage line regulator offers unmatched control. Its two-stage design ensures stable pressure regulation despite fluctuations in input pressure, making it perfect for applications with demanding performance requirements. Equipped with six ports, this pressure regulator allows for easy distribution across multiple components. The Hastelloy diaphragm tightening system ensures a leak-free seal, while its compact design makes installation in tight spaces a breeze. Whether it's industrial applications or sensitive laboratory processes, this high-purity pressure regulator's excellent pressure adjustment ability allows for precise fine-tuning for optimal operation and maximum safety.
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High-Purity Six-Port Dual-Stage Low-Pressure Cylinder Regulator
The DruvaPUR 20 m3 Series high-purity six-port dual-stage low-pressure cylinder regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity six-port dual-stage low-pressure regulator is engineered for optimal gas pressure control in industries requiring flawless performance and efficiency. Featuring two-stage regulation and exceptional pressure adjustment, it ensures consistent, stable gas flow in demanding applications. The Hastelloy diaphragm tightening system offers a robust seal to prevent gas leaks, while the compact design allows for seamless installation, even in tight spaces. With multiple international cylinder connection options, this high-purity two-stage pressure regulator delivers versatility and reliability wherever you need it.
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High-Purity Six-Port Dual-Stage Low-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity six-port dual-stage low-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity six-port dual-stage line regulator is engineered for high precision in systems that demand consistent pressure control, even with fluctuating input. Its two-stage design guarantees stable pressure regulation, making it perfect for applications in research, laboratories, or delicate industrial processes. With six ports, this high-purity pressure regulator ensures the smooth distribution of gas, and its Hastelloy diaphragm tightening system provides a leak-proof seal to ensure safe operation. The compact design allows for seamless integration into space-limited setups, while the regulator's excellent pressure adjustability lets you dial in the exact pressure required for your system.
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High-Purity Six-Port Single-Stage Absolute Pressure Cylinder Regulator
The DruvaPUR 20 m3 Series high-purity six-port single-stage absolute pressure cylinder pressure regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
Be it laboratories, industrial settings, or other sensitive processes, the Druva high-purity six-port single-stage absolute pressure regulator offers the reliability and control you need. Featuring a robust Hastelloy diaphragm tightening system, it ensures exceptional gas leak prevention with a secure, leak-proof seal. Its superior pressure adjustment enables precise control to fine-tune gas flow to the exact specifications. With a compact design, this high-purity single-stage regulator is perfect for installation in space-constrained environments without compromising on performance. Its versatility is enhanced by the availability of multiple international cylinder connections for use across various industries and applications.
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High-Purity Six-Port Single-Stage Absolute-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity six-port single-stage absolute-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity single-stage line regulator with six ports is designed for systems requiring multiple connections and precise absolute pressure control. Featuring a Hastelloy diaphragm tightening system, it ensures a tight seal to prevent leaks. The compact design makes it suitable for installations where space is constrained. Excellent pressure adjustment allows for precise control over pressure and flow, making this high-purity pressure regulator a reliable choice for sensitive applications like laboratories, petrochemicals, and industries.
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High-Purity Six-Port Single-Stage High-Pressure Cylinder Regulator
The DruvaPUR 20 m3 Series high-purity six-port single-stage cylinder regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity six-port single-stage high-pressure regulator offers durability, accuracy, and efficiency in one streamlined package. It offers excellent pressure adjustment enabling fine-tuned control to meet the specific needs of your gas systems. Featuring a Hastelloy diaphragm tightening system, this high-purity single-stage regulator provides secure sealing to the atmosphere for preventing leaks and enhancing safety. Its compact design makes it easy to integrate into space-constrained setups.
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High-Purity Six-Port Single-Stage High-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity six-port single-stage high-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity six-port single-stage line regulator provides precise pressure control in complex systems requiring multiple output connections. Its Hastelloy diaphragm tightening system delivers a secure seal to prevent gas leaks to safeguard the equipment and the operators. Thanks to its excellent pressure adjustability, this high-purity single-stage regulator allows fine-tuned control over pressure and flow, optimising performance for high-pressure applications. Its compact design ensures easy installation, even in confined spaces.
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High-Purity Six-Port Single-Stage Low-Pressure Cylinder Regulator
The DruvaPUR 20 m3 Series high-purity six-port single-stage low-pressure cylinder regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
When precision meets reliability, you get the Druva high-purity six-port single-stage low-pressure regulator. Featuring a Hastelloy diaphragm tightening system, it ensures a tight, leak-proof seal to prevent gas leakage. Its compact design allows for easy installation in tight spaces, while superior pressure adjustment gives you precise control over gas flow. Available in multiple international cylinder connections and with a range of options to suit your specific needs, this high-purity single-stage regulator is built for performance and flexibility.
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High-Purity Six-Port Single-Stage Low-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity six-port single-stage low-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva high-purity single-stage line regulator offers a versatile solution for systems that require multiple connections. Its six-port configuration provides enhanced gas distribution for complex systems, ensuring even pressure flow across all components. Designed with a Hastelloy diaphragm tightening system, this high-purity pressure regulator offers a tight seal to prevent leaks to maintain the integrity of the system. Its compact design enables seamless installation in tight spaces. Thanks to its excellent pressure adjustability, the operator can fine-tune the pressure to suit your specific needs.
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High-Purity Six-Port Single-Stage Precision Line Regulator
The DruvaPUR high-purity six-port single-stage precision line regulator is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to gas purity 6.0. It is not usable for corrosive and/or toxic gases and their mixtures.
The Druva high-purity single-stage line regulator is designed for superior precision and reliability in sensitive gas applications. The six-port configuration offers increased flexibility, making it ideal for complex or multi-channel gas distribution environments. Featuring a large housing diameter, this high-purity pressure regulator accommodates larger metal diaphragms, enabling ultra-fine adjustments of back pressure even at high flow rates down to 250 mbar. It maintains consistent, low outlet pressures with minimal hysteresis across a wide range of conditions.
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High-Purity Stainless Steel Diaphragm Valves
Made from electro-polished 316L stainless steel, the Druva high-purity diaphragm valve is designed for sensitive applications, handling toxic or corrosive gases up to a purity grade of 6.0.
The Druva high-purity stainless steel diaphragm valves ensure reliable gas flow control in the most sensitive environments. Constructed from electro-polished 316L stainless steel, it ensures outstanding durability and resistance to corrosion for a long-lasting service life. The PCTFE seat guarantees a secure seal, enhancing the safety and efficiency of high-pressure gas systems. Designed for demanding applications, both of our diaphragm gas valves come with a durable handwheel for smooth operation. One model delivers robust performance across a wide range of uses, while the other offers quick, precise control with a 90-degree rotation—perfect for safely handling highly toxic or corrosive gases. With customizable inlet and outlet options, these high-purity gas valves can be customised to suit your existing setup.
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High-Purity Two-Port Regulating Valve - 50 Bar
The DruvaPUR 20 m³ Range high-purity two-port regulating valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum purity of 6.0.
Achieve absolute precision with the Druva two-port metal diaphragm low-flow regulating valve, expertly engineered to provide seamless control in high-purity gas applications. Featuring an Elgiloy diaphragm tightening system, it offers a leak-proof seal to the atmosphere, ensuring reliability and safety. Its compact design allows easy integration into space-constrained installations. Compliant with EN ISO 10297:2015 and suitable for explosive atmospheres, this high-purity valve is what you need for highly sensitive environments.
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High-Purity Two-Port Regulating Valve with Shut-Off Function
The DruvaPUR 20 m³ Range high-purity two-port diaphragm regulating valve with a shut-off function is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity of 6.0.
The Druva two-port low-flow regulating valve is designed for use in a variety of high-purity gas supply systems, featuring a shut-off function for enhanced safety and control. It is equipped with an Elgiloy diaphragm tightening system to provide a robust seal to the atmosphere. This high-purity diaphragm valve meets stringent standards, including EN ISO 10297:2015, IEC TS 60079-32-1, and DIN EN ISO 80079-36, making it a safe option for sensitive environments.
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High-Purity Two-Port Shut-Off Valve - 300 Bar
The DruvaPUR 20 m³ Range high-purity two-port metal diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum purity of 6.0.
The Druva high-purity two-port shut-off valve offers exceptional flow control and maximum safety. With a maximum pressure of 300 bar, it is an ideal solution for high-pressure systems handling demanding gases. Featuring an Elgiloy diaphragm tightening system, this high-purity valve provides a reliable, leak-proof seal to the atmosphere for minimised risk of contamination. With a compact design, it integrates easily into space-restricted installations.
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High-Purity Two-Port Shut-Off Valve - 40 Bar
The DruvaPUR 20 m³ range middle flow two-port shut-off valve is designed for safely handling high-purity, inert, flammable, and oxidising gases, with a maximum working pressure of up to 40 bar (600 psi).
Unlock the power of precision with the Druva high-purity two-port shut-off valve. It is engineered to handle high flow rates with ease and deliver seamless performance across various gas systems. With a Hastelloy diaphragm, this high-purity valve provides permanent technical tightness, ensuring a leak-proof seal and preventing contamination. This diaphragm shut-off valve is also oxygen-compatible and approved according to ISO 10297, meeting the strictest safety requirements for use in explosive environments (EX-zones 1 & 2).
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High-Purity Two-Port Shut-Off Valve - 50 Bar
The DruvaPUR 20 m³ Range two-port metal diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum purity of 6.0. It is not usable for corrosive and toxic gases.
Engineered for critical applications, the Druva high-purity two-port shut-off valve ensures flawless performance and unparalleled reliability. It supports a maximum pressure of 50 bar and ensures contamination-free operation. This high-purity valve delivers a high level of safety and reliability, ensuring long-lasting, leak-proof performance for ultra-pure applications.
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High-Torque range NZ and NZA
NZ motors are closed inner runner motors
PMS motors have up to 40% less losses compared to the equivalent IE3 asynchronous motors with VFD due to the secondary magnetic field being generated from the permanent magnets rather than copper windings. At partial load the difference in efficiency is even higher. The unique electrical design enables motors with high operating speeds, up to 6000 rpm. When increasing the speed of the motor, the difference in size and weight between asynchronous and PMS motors also increases significantly, in favour of the PMS motors.
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H₂O₂ transfer hatch
Safe transfers between hygienic areas - validated, efficient and automated
The H₂O₂ transfer hatch from FASTER is a highly developed solution for contamination-free material transfer between cleanroom zones of different classifications. The transfer hatch guarantees validated germ retention and reliable decontamination - completely residue-free and in the shortest possible time.
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HP-Amino
HP-Amino
Synthesized with polymeric chemistry, HP-Amino phase is bonded with aminopropyl functional group. HP-Amino phase is compatible with versatile mobile phases from non-aqueous solvents, such as hexane/ethyl acetate and chloroform/methanol, to aqueous solutions. It is recommended for separations of sugars, nucleotides, basic organic compounds, as well as the pharmaceuticals.
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HP-C18
HP-C18 uses full coverage bonded silica packing, which provides high stability.
Compatible with 100% aqueous mobile phase and suitable for separations of acidic, neutral and basic organic compounds, as well as pharmaceuticals and peptides. ODS monolayer formed by special bonding chemistry does not collapse in pure aqueous solution.
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HP-C18(2)
HP-C18(2) uses a proprietary ODS bonding chemistry to a high surface area silica gel to achieve long retention time and high loading capability.
The ODS density is specially designed to achieve optimal selectivity for both hydrophobic and hydrophilic compounds. The proprietary endcapping chemistry maximizes consumption of silanol groups on the silica surface, and minimizes the free silanol groups to undetectable level. Such unique bonding chemistry allows the phase to achieve high peak symmetry, even for basic compounds. HP-C18(2) phase is compatible with 100% aqueous mobile phases.
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HP-Cyano
HP-Cyano
Synthesized with monomeric and fully endcapped chemistry, HP-Cyano phase is bonded with propylcyano functional group that allows special interaction with polar compounds. The monomeric bonding chemistry enables high efficiency and high resolution separation of peptide, proteins, acidic, neutral and basic organic compound, and pharmaceuticals.
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HPD6030 High-Purity Single-Stage Differential Autochange Gas Manifold
The Gasarc Spec Master HPD6030 Series single-stage differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Designed for hassle-free gas management, the Gasarc Spec Master HPD6030 high-purity single-stage gas manifold provides automatic cylinder switching to ensure continuous supply. With a twin-cylinder configuration, this high-purity gas manifold system minimises the need for manual intervention while switching. Its purge facility ensures the removal of residues to keep the system clean, while the encapsulated valve design shields the valves from external contaminants.
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HPD6040 High-Purity Two-Stage Differential Autochange Gas Manifold
The Gasarc Spec Master HPD6040 Series two-stage differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
The Gasarc Spec Master HPD6040 two-stage differential autochange gas manifold is designed for precision and reliability in high-purity environments. Featuring high-pressure isolation valves, it offers maximum safety and control over gas flow. The two-stage pressure regulation system ensures stable pressure levels, while the purge facility helps remove residues to keep the system pure. This high-purity gas manifold features a twin-cylinder design to ensure a continuous gas supply, making it ideal for demanding applications.
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HPD6230 High-Purity Single-Stage Differential Autochange Gas Manifold
The Gasarc Spec Master HPD6230 Series single-stage differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Optimise your gas supply with the Gasarc Spec Master HPD6230 high-purity single-stage differential autochange gas manifold. Twin-cylinder configuration combined with automatic cylinder switching ensures uninterrupted operation. The purge facility ensures that any residual gases are cleared, maintaining gas purity. With its encapsulated valve design, the high-purity manifold is well-protected from environmental factors, ensuring long-term reliability.
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HPD6240 High-Purity Two-Stage Differential Autochange Gas Manifold
The Gasarc Spec Master HPD6240 Series two-stage differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
The Gasarc Spec Master HPD6240 high-purity two-stage gas manifold guarantees a seamless, uninterrupted gas supply with automatic cylinder switching. This laboratory manifold supports twin-cylinder configuration for continuous supply and minimised downtime. The two-stage pressure regulation reduces fluctuations in gas pressure for sensitive processes. Additionally, the purge facility maintains gas purity by clearing residue, while the process line isolation valve ensures easy maintenance without system disruption.
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HP-Diol
Synthesized with polymeric chemistry, HP-Diol phase is bonded with 1,2-dihydroxypropyl propyl ether functional group that allows special interaction with polar compounds
The polymeric bonding chemistry enables high efficiency and high stability separation of polar pharmaceuticals, peptide, and proteins. HP-Diol phase can also be used as size exclusion separation of biological molecules.
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HPF620 High-Purity High-Pressure Flexible Oxygen Hose
The Gasarc Spec Master HPF620 high-purity high-pressure flexible hose is designed for handling oxygen up to grade 6.0 purity (99.9999%).
Ensure safe and efficient oxygen delivery with the Gasarc HPF620 high-purity flexible oxygen hose. Supporting a maximum pressure of up to 300 bar, it is intended for use in conjunction with our gas manifolds for high-pressure applications. Built for high-pressure applications, this flexible hose is the perfect solution for gas control systems that demand both reliability and performance.
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HPF640 High-Purity High-Pressure Flexible Hose
The Gasarc Spec Master HPF640 high-purity high-pressure flexible hose is designed for use with non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%).
The Gasarc HPF640 high-purity high-pressure flexible hose is engineered for safety, reliability, and peak performance. Designed for demanding applications, this flexible hose ensures optimal gas flow in high-pressure systems, making it the ideal choice for use with gas control panels.
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HPF650 High-Purity High-Pressure Flexible Tailpipe
The Gasarc Spec Master HPF650 stainless steel spiral high-pressure flexible tailpipe is designed for use with non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%).
The Gasarc Spec Master HPF650 high-purity high-pressure flexible tailpipe is designed for demanding gas manifold systems. Engineered for maximum durability and safety, this coiled stainless steel tube ensures reliable gas flow with advanced protective features like a non-return valve to prevent backflow and an anti-whip design to protect the surroundings. This high-pressure tailpipe supports a maximum working pressure of 300 bar.
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HPF660 High-Purity High-Pressure Convoluted Flexible Hose
The Gasarc Spec Master HPF660 high-pressure convoluted flexible hose is designed for use with non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%).
Maximise safety and performance with the Gasarc Spec Master HPF660 high-purity convoluted flexible hose. Designed for high-pressure applications, this stainless steel hose ensures secure gas control and reliable performance in demanding environments up to a maximum of 300 bar pressure.
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HPH6000 High-Purity Header Rail Assemblies
The Gasarc Spec Master HPH6000 header rail assemblies are designed for use with non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%).
The Gasarc HPH6000 Spec Master high-purity header rail assemblies are designed to be used with our gas manifolds integrated within gas management and distribution systems. Made from nickel-plated brass barstock and cupro-nickel tube, they offer durable, corrosion-resistant performance in demanding environments.
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HPL600 High-Purity Single-Stage Line Regulator
The Gasarc Spec Master HPL600 single-stage diaphragm line regulator is designed for secondary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems.
It comes with an encapsulated seat design to prevent leaks and boasts a low wetted surface area to reduce the probability of contamination in high-purity applications. This diaphragm gas regulator offers a four-port configuration and front and rear panel mounting options, making it adaptable for confined spaces. A range of inlet and outlet fittings allows for customisation to different gas supply systems, ensuring ease of installation in various applications.
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HPL620 High-Purity Single-Stage High-Pressure Line Regulator
The Gasarc Spec Master HPL620 single-stage piston line regulator is designed for secondary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems with high working pressures.
For critical gas applications, the Gasarc Spec Master HPL620 high-purity single-stage line regulator offers the precise pressure and consistent purity you need. Its encapsulated seat design ensures leak-free operation, and the low wetted surface area keeps the contamination risks low. With flexible front and rear panel mounting options and versatile inlet and outlet fittings, this high-pressure regulator is adaptable to a wide range of setups and industrial environments.
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HPLC Columns
Supelco® HPLC and UHPLC columns meet today’s demands of fast U/HPLC, LC-MS, and biopolymer separation, as well as regulated pharmacopeia and agency methods within various industries. Supelco® HPLC products are available with Fused-Core® particle technology, monolithic silica, and fully porous particles, including ultra-pure silica. In addition, porous graphitic carbon (PGC) particles, and polymeric particles are available for high pH stability.
Supelco® HPLC and UHPLC columns meet today’s demands of fast U/HPLC, LC-MS, and biopolymer separation, as well as regulated pharmacopeia and agency methods within various industries. Supelco® HPLC products are available with Fused-Core® particle technology, monolithic silica, and fully porous particles, including ultra-pure silica. In addition, porous graphitic carbon (PGC) particles, and polymeric particles are available for high pH stability.
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HPLC Solvent Waste Caps
Safety Waste Caps: Original, refined solution for safe HPLC solvent handling since 1999. Ensures safety and reliability.
Elevate HPLC safety with Safety Waste Caps. The original and continually refined solution since 1999, these caps filter solvent vapors, ensuring safe pressure
equalization for reliable and secure waste collection.
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HPLC Starter Kit I
A starter kit with 5 capillary connections, designed for general HPLC & UHPLC uses.
Starter Kit I comes with four safety caps that serve as hermetically sealing closures for the safe supply of solvents for your HPLC. These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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HPLC starter kit I, GreenLine: PEEK
HPLC starter kit I, GreenLine: PEEK
The SCAT Green Line StarterKit I, GL45 contains 4 hermetically sealing, fluorine-free safety caps for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the caps completely free of fluoropolymers. This makes them particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. One capillary connection per cap enables the clean routing of the solvent line directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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HPLC Starter Kit II
A 4-cap starter kit with 8 capillary connections, designed for general HPLC & UHPLC uses.
Starter Kit II comes with four safety caps that serve as hermetically sealing closures for the safe supply of solvents for your HPLC. These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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HPLC starter kit II, GreenLine: PEEK
HPLC starter kit II, GreenLine: PEEK
The SCAT Green Line StarterKit II, GL45 contains 4 hermetically sealing, fluorine-free safety caps for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the caps completely free of fluoropolymers. This makes them particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Two capillary connections per cap enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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HPLC Starter Kit III
A 4-cap starter kit with 12 capillary connections, designed for general HPLC & UHPLC uses.
Starter Kit III comes with four safety caps that serve as hermetically sealing closures for the safe supply of solvents for your HPLC. These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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HPLC starter kit III, GreenLine: PEEK
HPLC starter kit III, GreenLine: PEEK
The SCAT Green Line StarterKit III, GL45 contains 4 hermetically sealing, fluorine-free safety caps for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the caps completely free of fluoropolymers. This makes them particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Three capillary connections per cap enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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HPLC Starter Kit III, PFAS-Analytic
A 4-cap starter kit with a total of 12 capillary connections, essential for PFAS analysis.
Containing a polypropylene core, the safety caps and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with their hermetically sealing properties, these safety caps prevent unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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HPLC Starter Kit II, PFAS-Analytic
A 4-cap starter kit with a total of 8 capillary connections, essential for PFAS analysis.
Containing a polypropylene core, the safety caps and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with their hermetically sealing properties, these safety caps prevent unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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HPLC Starter Kit I, PFAS-Analytic
A 4-cap starter kit with a total of 5 capillary connections, essential for PFAS analysis.
Containing a polypropylene core, the safety caps and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with their hermetically sealing properties, these safety caps prevent unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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HPLC Starter Kit IV
A 4-cap starter kit with 16 capillary connections, designed for general HPLC & UHPLC uses.
Starter Kit IV comes with four safety caps that serve as hermetically sealing closures for the safe supply of solvents for your HPLC. These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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HPLC Starter Kit IV, GreenLine: PEEK
HPLC Starter Kit IV, GreenLine: PEEK
The SCAT Green Line StarterKit IV, GL45 contains 4 hermetically sealing, fluorine-free safety caps for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the caps completely free of fluoropolymers. This makes them particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Four capillary connections per cap enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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HPLC Starter Kit IV, PFAS-Analytic
A 4-cap starter kit with a total of 16 capillary connections, essential for PFAS analysis.
Containing a polypropylene core, the safety caps and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with their hermetically sealing properties, these safety caps prevent unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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HPLC Starter Kit VI
A 4-cap starter kit with 24 capillary connections, designed for general HPLC & UHPLC uses.
Starter Kit VI comes with four safety caps that serve as hermetically sealing closures for the safe supply of solvents for your HPLC. These safety caps are designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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HPLC Starter Kit VI, GreenLine: PEEK
HPLC Starter Kit VI, GreenLine: PEEK
The SCAT Green Line StarterKit VI, GL45 contains 4 hermetically sealing, fluorine-free safety caps for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the caps completely free of fluoropolymers. This makes them particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Six capillary connections per cap enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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HPLC supply set I, GL45, 1000 ml
HPLC supply set I, GL45, 1000 ml
The SCAT HPLC supply set GL45 (1000 ml) is a plug-and-play system solution for the safe supply of solvents to HPLC systems. The set consists of a clear, round 1000 ml laboratory glass bottle (GL45) and a hermetically sealing Safety Cap I with air valve and change indicator. One integrated capillary (3.2 mm OD), a PTFE suction filter and matched PFA fittings (1.6 / 2.3 / 3.2 mm) ensure clean and low-loss transfer of the mobile phase. This reduces solvent vapours and supports stable analytical conditions for reproducible HPLC results.
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HPLC supply set I, GL45, 1000 ml, brown
HPLC supply set I, GL45, 1000 ml, brown
The SCAT HPLC supply set GL45 (1000 ml) is a plug-and-play system solution for the safe supply of solvents to HPLC systems. The set consists of a brown light-protective, round 1000 ml laboratory glass bottle (GL45) and a hermetically sealing Safety Cap I with air valve and change indicator. One integrated capillary (3.2 mm OD), a PTFE suction filter and matched PFA fittings (1.6 / 2.3 / 3.2 mm) ensure clean and low-loss transfer of the mobile phase. This reduces solvent vapours and supports stable analytical conditions for reproducible HPLC results.
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HPLC supply set I, GL45, 1 L, PFAS
HPLC supply set I, GL45, 1 L, PFAS
The SCAT HPLC supply set I GL45 (1 L) is a PFAS-free system solution for safe solvent supply in HPLC systems. The set combines a 1 L narrow-neck HDPE bottle with a Safety Cap I GreenLine with PEEK core, air valve, change indicator, 1.5 m PEEK capillary, UHMW-PE suction filter and suitable PE fittings for 1.6 / 2.3 / 3.2 mm OD. It supports clean, material-compatible and low-emission transfer of the mobile phase in PFAS-sensitive laboratory applications.
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HPM6020 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6020 Series two-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
The Gasarc Spec Master HPM6020 high-purity two-stage manual gas manifold is engineered for precise and uninterrupted gas flow. With high-pressure isolation valves to ensure safety, this gas manifold system also boasts a two-stage pressure regulation system for consistent delivery pressure. The high-pressure purge facility helps remove the residues, protecting the system's integrity. Thanks to its process line isolation valve, maintenance is streamlined without affecting the overall gas supply.
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HPM6030 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6030 Series single-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
The Gasarc Spec Master HPM6030 high-purity single-stage manual gas manifold delivers unbeatable performance for your gas control needs. With high-pressure isolation valves and a purge facility, this gas manifold system ensures secure gas flow and efficient contamination prevention. The process line isolation valve allows easy maintenance without disrupting the system, while the encapsulated valve design enhances leak protection. The twin-cylinder configuration ensures a continuous supply of gas, minimising downtime and providing peace of mind in demanding industrial or laboratory settings.
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HPM6040 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6040 Series two-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Take control of your gas distribution with the Gasarc Spec Master HPM6040 high-purity two-stage manual gas manifold. The high-pressure purge facility provides efficient contamination protection, while the process line isolation valve ensures easy maintenance. Designed with a twin-cylinder configuration, this high-purity gas manifold minimises downtime by supporting dual-cylinder operation, providing a continuous gas supply for uninterrupted workflow.
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HPM6210 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6210 Series single-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
The Gasarc Spec Master HPM6210 high-purity single-stage manual gas manifold offers efficient and reliable gas control. Featuring high-pressure isolation valves, it prevents leaks to maintain the integrity of the gas distribution system. The purge facility allows for contamination removal, ensuring high gas purity. With a single-cylinder configuration, this high-purity gas manifold enables straightforward and effective gas management without unnecessary complexity.
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HPM6220 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6220 Series two-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
The Gasarc Spec Master HPM6220 two-stage manual gas manifold delivers superior control and reliability for high-purity applications. With high-pressure isolation valves, you can trust this manifold for secure and precise gas flow regulation. This high-purity gas manifold comes with a high-pressure purge facility that helps remove residues to maintain the gas purity. The two-stage pressure regulation system ensures stable, consistent pressure.
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HPM6230 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6230 Series single-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Unlock precision and reliability with the Gasarc Spec Master HPM6230 high-purity single-stage manual gas manifold. Perfect for laboratories and industrial applications, it ensures secure gas flow control for non-corrosive and toxic gases. The high-pressure isolation valve and purge system help prevent contamination and streamline maintenance. With a twin-cylinder configuration, this high-purity gas manifold system minimises downtime, making it the ideal solution for applications that need a continuous gas supply with minimal pressure variation.
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HPM6240 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Spec Master HPM6240 Series two-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
For applications that demand stable pressure control, the Gasarc Spec Master HPM6240 two-stage manual gas manifold is a game changer. Engineered for high-purity gases, this gas manifold system ensures precise regulation in critical applications. The twin-cylinder setup guarantees an uninterrupted gas supply, while the purge system protects against contamination. This high-purity gas manifold is perfect for laboratories, industries, and food and beverage sectors.
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HPS600 High-Purity Single-Stage Cylinder Regulator
The Gasarc Spec Master HPS600 single-stage diaphragm cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where slight variation from decreasing cylinder pressure is acceptable.
The Gasarc Spec Master HPS600 high-purity single-stage regulator is built to keep your gas flow smooth, steady, and secure. It prevents leakages and drastically reduces contamination with its encapsulated seat and low wetted surface area. This high-purity pressure regulator boasts a six-port design with a flexible base and side entry for easy installation. Nickel-plated brass barstock construction resists corrosion and ensures robust durability to handle toxic gases.
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HPS620 High-Purity Single-Stage Cylinder Regulator
The Gasarc Spec Master HPS620 single-stage piston cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 (99.9999%) in applications where slight variation from decreasing cylinder pressure is acceptable.
Ensure optimal gas purity and flow with the Gasarc Spec Master HPS620 high-purity single-stage regulator that leads the industry in performance. Its encapsulated seat design minimises leaks and ensures longevity. With a low wetted surface area, this piston pressure regulator efficiently handles high-purity gases in precision applications. The flexible base and side entry fittings provide versatile installation options, allowing it to be seamlessly integrated into various setups.
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HP-SAX(II)
HP-SAX(II) is a silica based mixed mode strong anion exchange phase.
The phase has a mixed chemical structure of quaternary ammonium and phenyl group. The mixed mode of strong anion exchange and hydrophobicity offers unique selectivity and high resolution separation for various organic compounds such as aromatic or aliphatic carboxylic acids and sulfonic acid. The uniform polymeric bonding of HP-SAX(II) enhances its stability under various separation conditions. HP-SAX(II) columns typical application areas include pesticides, herbicides, pharmaceuticals, inorganic anions and biological samples such as nucleotides and sugars. It can be operated under a variety of mobile phases, organic solvents including water and organic solvents mixture (such as methanol and acetonitrile), as well as buffer liquid such as phosphate.
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HP-SCX
HP-SCX is a silica based mixed-mode strong cation exchange phase. The phase has a mixed chemical structure of sulfonic acid and phenyl group.
The mixed mode of strong cation-exchange and hydrophobicity offers unique selectivity and high resolution separation for cationic/basic and nitrogen containing compounds as well as desirable retention for a variety of weak cationic and neutral organic compounds. The uniform polymeric bonding of HP-SCX enhances its stability under various separation conditions.
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HP-Silica
HP-Silica phase is made of activated hydroxyl (-OH) functional group with the pore size selection of 60, 120, 200, 300, 500, 1000 and 2000 Å and particle size selection of 1.8, 3, 5, and 10 µm.
Carbon loading is 0.0%. HP-Silica is used as the normal phase as well as HILIC phase. HP-Silica phases are suitable for separations of polar and basic organic compounds, such as vitamins, steroids, as well as pharmaceuticals.
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HPT600 High-Purity Two-Stage Cylinder Regulator
The Gasarc Spec Master HPT600 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.
Achieve clean and controlled gas flow with the Gasarc Spec Master HPT600 high-purity two-stage regulator, trusted by industry experts. It is designed with an encapsulated seat to reduce gas leaks and low wetted surface area to lessen contamination for delivering exceptional gas control for high-purity applications. Front panel mounting style along with flexible base and side entries make installation hassle-free.
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HPT620 High-Purity Two-Stage Cylinder Regulator
The Gasarc Spec Master HPT620 two-stage piston cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.
The Gasarc Spec Master HPT620 high-purity two-stage regulator ensures seamless gas delivery in the most purity-sensitive environments like laboratories and the food industry. Its encapsulated seat design enhances sealing, minimising leakage and extending the life of the unit. With a reduced wetted surface area, the high-purity regulator keeps the contamination to a bare minimum. It features a six-port configuration with dual inlets and outlets along with a range of fittings for easy integration into different systems, making it a versatile choice.
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HSS C18 Column
General purpose reversed-phase C18 column that is resistant to acid hydrolysis at low pH.
Column packing material comprises of a fully endcapped high coverage trifunctional C18 ligand bonded to a High Strength Silica (HSS) substrate, enabling exceptional retention and peak shape for all compounds. Column is packed in ultra-low dispersion hardware, enabling exceptional separation performance, robustness and throughput for HPLC assays while enabling transition towards adopting UPLC.
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HSS C18 SB Column
Reversed-phase C18 column for at low pH separations of complex mixtures of basic and non-basic compounds.
Column packing material comprises of a non-endcapped intermediate coverage trifunctional C18 ligand bonded to a High Strength Silica (HSS) substrate, enabling exceptional retention and peak shape for all compounds. Column is packed in ultra-low dispersion hardware, enabling exceptional separation performance, robustness and throughput for HPLC assays while enabling transition towards adopting UPLC.
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HSS CN Column
General purpose CN column for both reversed- and normal-phase separations.
Column packing material comprises of a non-endcapped sterically hindered monofunctional cyanopropyl ligand bonded to a High Strength Silica (HSS) substrate, enabling exceptional retention and peak shape for all compounds, and provides low hydrophobicity for rapid elution of hydrophobic analytes. Column is packed in ultra-low dispersion hardware, enabling exceptional separation performance, robustness and throughput for HPLC assays while enabling transition towards adopting UPLC.
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HSS PFP Column
General purpose PFP column for separation of Lewis bases through pi-pi interactions.
Column packing material comprises of a non-endcapped trifunctional pentafluorophenyl ligand bonded to a High Strength Silica (HSS) substrate, enabling exceptional retention and peak shape for all compounds. The rigid aromatic ring provides additional selectivity based on shape, dipole moment, and hydrogen bonding interactions. Column is packed in ultra-low dispersion hardware, enabling exceptional separation performance, robustness and throughput for HPLC assays while enabling transition towards adopting UPLC.
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HSS T3 Column
Aqueous mobile phase C18 column for exceptional polar compound retention.
Column packing material comprises of an endcapped intermediate bonded C18 ligand bonded to a High Strength Silica (HSS) substrate, enabling exceptional retention and peak shape for all compounds. Its compatibility with aqueous mobile phase enables separations of polar and non-polar compounds. Column is packed in ultra-low dispersion hardware, enabling exceptional separation performance, robustness and throughput for HPLC assays while enabling transition towards adopting UPLC.
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HyperGo™ Spore Discs for VHP Processes
Excelsior Scientific offers HyperGo™ stainless steel 6mm discs packaged in Tyvek® for use is VHP (Vaporised Hydrogen Peroxide) disinfection processes. These are available in Log 3, Log 4 and Log 6 populations as well as in both strains (12980 & 7953) of Geobacillus Stearothermophilus.
HyperGo™ Spore Discs for VHP Processes are biological indicators designed to monitor and verify vaporized hydrogen peroxide (VHP) sterilization processes. Using standardized bacterial spores, these spore discs provide a reliable method for evaluating sterilization effectiveness in isolators, chambers, and other controlled environments. Their convenient disc format supports routine process monitoring and validation of VHP sterilization cycles.
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ICP-MS Standards
Certified Reference Material for analysis involving the use of ICP-MS.
Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is an elemental analysis technique that ionizes samples and characterizes elements based on their mass-to-charge ratios. AccuStandard offers a wide range of certified reference standards designed to support laboratory calibration and method validation for ICP-MS applications.
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ICP Standards
Certified Reference Material for analysis involving the use of ICP.
Inductively Coupled Plasma (ICP) is an elemental analysis technique that ionizes samples to enable precise characterization of their elemental composition. AccuStandard provides a broad selection of certified reference materials to support instrument calibration and method validation for ICP-based analysis and environmental monitoring.
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Incubator 10, 23, 56
Incubator 10, 23, 56 is a versatile laboratory incubator range available in multiple capacities, providing reliable temperature control for microbiology, research, and sample incubation.
Digital 10 l, 23 l and 56 l incubators are compact and economically priced, yet offer features not typically found in a basic incubator. The housing is all metal, as is the door frame. See-through acrylic door lets you view contents without opening the door. One shelf for 10 l and two shelves for 23 l and 56 l models are included, and can be adjusted in different levels - additional shelves can be purchased to increase storage capacity. The heating elements in incubators are incorporated into the bottom and the sides of the aluminum chamber. This provides better temperature stability and uniformity than other incubators in it's class. A grommet hole in the top of the unit can hold a thermometer for accurate temperature setting. PID regulation with PT100 temperature sensor and LED display keeps the temperature with stability ± 0,5°C and resolution of 0,1°C
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Incubator 10 Analog
Incubator 10 Analog is a compact laboratory incubator designed for reliable temperature-controlled sample incubation, supporting microbiology, research, and routine laboratory applications.
Incubator 10 Analog is compact and economically priced, yet offers features not typically found in a basic incubator. The housing is all metal, as is the door frame. See-through acrylic door lets you view contents without opening the door. One shelf is included, and can be adjusted to two different levels - additional shelves can be purchased to increase storage capacity. The heating elements in the incubator are incorporated into the bottom and the sides of the aluminum chamber. This provides better temperature stability and uniformity than other incubators in it's class. A grommet hole at the top of the unit can hold a thermometer for accurate temperature setting.
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Incubators
Excelsior offers aluminium dry-block incubators for use in conjunction with these SCBIs and spore ampoules.
Incubators are designed to provide controlled temperature and environmental conditions for the cultivation and growth of microorganisms, cell cultures, and other biological samples. They offer stable, uniform conditions to support reliable laboratory testing, research, and microbiological applications.
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Inductive Contact Gauges KI 50
Druva 20 m³ Range Inductive Contact Gauges KI 50 is designed for inert, combustible, oxidising, and corrosive gases and gas mixtures up to a maximum nominal pressure of 300 bar.
The Druva KI 50 pressure gauges are designed with durable chrome-nickel steel/copper-zinc alloy housing, built to DIN 16063 standards. These gauges feature an inductive contact switch that activates when the gas cylinder is empty or the cylinder pressure drops. The switch point is fully adjustable within a 45° range (e.g., at 315 bar, the switch point can be set to 38 bar). The desired pressure trigger is set by simply adjusting the pressure level marking. Contact gauges can be integrated into panels and manifolds as an option. They combine the advantages of a local display with the demand for an electric signal transmission. This allows for optical and acoustic warning signals, triggered by low gas supply pressure, or for monitoring line pressure with a freely adjustable threshold when paired with specialized signal boxes.
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Industrial standing rest
STANDING REST is an ergonomic standing aid designed to provide comfortable support during standing work, helping reduce strain and improve posture in industrial and workplace environments.
STANDING REST is an ergonomic standing aid designed for workplaces where employees spend long periods working while standing. It provides reliable support while allowing users to maintain a flexible, active posture during work. Its ergonomic design helps reduce the physical strain associated with prolonged standing and provides a practical alternative to conventional seating. The standing rest is well suited to industrial, production, laboratory, workshop, and other professional environments where frequent movement and standing work are required.
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IO
IO is a completely electrical mini fermenter/bioreactor with a fast and accurate thermoregulation system (without water circulation).
With total volumes of 200ml or 1000ml, it represents an innovative device for process development and media optimization.
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Ion Chromatography Standard
Certified Reference Standards for ion chromatography analysis.
Ion Chromatography (IC) is an analytical technique used to identify and quantify ion concentrations within complex sample mixtures. It finds wide application across fields such as environmental monitoring, pharmaceuticals, food science, and forensics. AccuStandard provides a comprehensive range of certified reference standards to support calibration and method validation for IC analyses.
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ION-STORE-90
ION-STORE-90: Safely store and charge lithium-ion batteries with asecos' Type 90 safety cabinets, offering customizable security levels.
The ION-STORE-90 series provides secure storage and charging solutions for lithium-ion batteries. With three safety levels, including CORE, PRO, and ULTRA, asecos ensures comprehensive fire protection and advanced monitoring for various requirements.
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Iso-Footrest
Ergonomics meets functionality
The Iso-Footrest was specially developed for use on isolators, microbiological safety cabinets and cleanroom systems and enables ergonomic, comfortable and safe working - regardless of body size or sitting position. The footrest ensures a relaxed posture and specifically prevents postural problems and signs of fatigue, especially when working in a seated position for long periods of time. Thanks to its sophisticated design, the Iso-Footrest can be flexibly adapted to any user position and work situation - an ideal solution for pharmaceutical and biotechnological applications where comfort and precision must go hand in hand.
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Isolating Valves
Ensure secure and efficient operation with DruvaTEC high-pressure isolating valves that are specifically engineered for various manifold systems and applications.
Druva's high-pressure isolating valves are designed for reliable performance in demanding industrial environments. Whether it's the DN4 shut-off valve for M70 Line manifolds, the DN8 BV300 for M400 Line manifolds, or the high-pressure acetylene ball valve that meets ISO 15615 standards, these high-pressure valves provide a secure, manual shut-off solution for safe system control. Engineered for durability and ease of use, they are essential for maintaining system integrity and quick, effective operation.
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JUPITER
The Jupiter platform offers multiple autoclavable vessel sizes and designs from 2.0 L up to 10.0 L total volume.
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KIT flow meter kits
KIT flow meter kits
model KIT flow meter allows for easy changing of flow tubes in the field
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K-LINE (Type 90/Type 30)
Combi safety storage cabinets for the combined storage of flammable and non-flammable, aggresive chemicals in separate storage compartments
Combi safety storage cabinets for the unrestricted storage of flammable and aggressive hazardous materials in working areas. Safe and separated storage of acids, alkalis and flammable hazardous materials in one cabinet. Two hermetically separated storage compartments with fire resistant dividing wall; integrated aeration and venting system; corrosion resistance of the metal-free air ducts.
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Kromasil -10-100C18 Column
KROMASIL C18 Column: Precision chromatography for accurate separations, ensuring reliable results in diverse analytical applications.
Optimize your chromatography with the KROMASIL -10-100C18 Column. Engineered for precision, it delivers accurate separations, providing reliability and efficiency across diverse analytical applications for consistent, high-quality results.
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FAQs
Got questions? We've got answers. explore our FAQs for quick solutions and information.
What types of Chromatography Supplies do you offer?
We provide a comprehensive range, including columns, solvents, and accessories for various chromatographic techniques
Are your Chemical Standards traceable and certified?
Yes, our Chemical Standards undergo rigorous testing, ensuring traceability and certification for accurate and reliable results.
Can I find information on product compatibility for Chromatography Supplies?
Absolutely. Detailed product information includes compatibility guidelines to help you choose the right supplies for your experiments.
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Our user-friendly interface allows easy navigation. You can filter products by category, specifications, and application to find what suits your needs.
Do you offer customisation for Chemical Standards according to specific research requirements?
Yes, we provide specific solutions. Contact our experts to discuss customisation options for Chemical Standards based on your research objectives.
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