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Kromasil -10-100 Phenyl Column
KROMASIL -10-100Phenyl Column: Precision chromatography for accurate separations, ensuring reliability in diverse analytical applications."
KROMASIL -10-100Phenyl Column: Precision chromatography for accurate separations, ensuring reliability in diverse analytical applications."
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Kromasil® Classic – 100 Å
The Kromasil® Classic – 100 Å HPLC Column is designed for reliable chromatographic separation of small molecules, offering consistent performance, high efficiency, and versatility for analytical and preparative applications.
The Kromasil® Classic – 100 Å is a high-performance chromatography stationary phase designed for the separation of small molecules across a range of analytical and preparative applications. Its 100 Å pore structure supports efficient molecular interactions and reliable separation performance, helping deliver consistent and reproducible chromatographic results. Suitable for a variety of chromatographic methods, it offers versatility for routine analysis and purification workflows.
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Kromasil® Classic – 300 Å
The Kromasil® Classic – 300 Å HPLC Column is designed for the separation of large biomolecules, offering wide pore sizes for improved accessibility and efficient chromatographic performance in protein and peptide analysis.
The Kromasil® Classic – 300 Å is a high-performance chromatography stationary phase designed for the separation of large biomolecules, including proteins and peptides. Its 300 Å pore size provides enhanced access for larger molecules, supporting efficient separation and reliable chromatographic performance. Suitable for demanding analytical and preparative applications, it helps deliver consistent results in biomolecule characterization and purification.
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Kromasil, Classic - 60A
Classic - 60A Column: Optimal for small organic molecules, providing a large, accessible surface for peak separation.
Elevate your chromatographic precision with the Classic - 60A Column. Ideal for small organic molecules, it offers a large, accessible surface, ensuring high
reproducibility and stability for applications in normal phase, reversed phase, HILIC, and SFC.
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Kromasil® ClassicShell
Kromasil® ClassicShell is a superficially porous chromatography column material designed to deliver efficient separations, reduced backpressure, and reliable performance for high-performance liquid chromatography (HPLC) applications.
Kromasil® ClassicShell is a superficially porous chromatography stationary phase designed to provide high-efficiency separations with reduced backpressure. Its core-shell particle structure supports fast mass transfer and improved peak performance, making it suitable for demanding HPLC applications. It offers a practical solution for analytical workflows requiring reliable separation efficiency, consistent results, and optimized chromatographic performance.
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Kromasil EternityXT-1.8-C18 Column
KROMASIL ETERNITYXT-1.8-C18 Column: Precision chromatography for accurate separations, ensuring reliability in diverse analytical applications.
Elevate your chromatographic precision with the KROMASIL ETERNITYXT-1.8-C18 Column. Engineered for accuracy, it delivers precise separations, ensuring
reliability in diverse analytical applications for consistent and high-quality results.
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Kromasil® SFC
Kromasil® SFC is a chromatography solution designed for supercritical fluid chromatography applications, offering reliable separation performance and versatility for analytical and preparative workflows.
Kromasil® SFC is a chromatography stationary phase range developed for supercritical fluid chromatography (SFC) applications. Designed to support efficient and reliable separations, it is suitable for analytical and preparative workflows across a variety of compound types. Kromasil® SFC phases offer flexibility for method development and chromatographic optimization, helping achieve consistent separation performance in demanding laboratory applications.
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Lab Master High-Purity Cylinder Connectors
The Gasarc Lab Master high-purity cylinder connectors in brass are designed to be used with our grade 5.0 purity (99.999%) range of regulators.
Ensure secure, leak-free connections with the Gasarc Lab Master high-purity cylinder connectors. They are crafted from nickel-plated brass barstock for exceptional durability and corrosion resistance, making them the ideal choice for high-performance gas systems. As a global supplier to the industrial, specialty, and medical gas control equipment sectors, we offer a comprehensive range of compressed gas cylinder valve connections in brass, plated brass, and stainless steel.
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Lab Master High-Purity Non-Return Valve
The Gasarc Lab Master non-return valve is designed to prevent the backflow of high-pressure gases, specifically corrosive, toxic, and high-purity up to grade 5.0 (99.999%) gases.
Ensure pure, uninterrupted gas flow with the Gasarc Lab Master high-purity non-return valve. Engineered to prevent backflow and protect against unwanted gas mixtures, this high-pressure valve is the perfect choice for gas control panels and manifold systems. Its nickel-plated brass construction guarantees long-lasting corrosion resistance, even in tough environments.
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Lab Master High-Purity Pipeline Pressure Relief Valve
The Gasarc Lab Master high-purity nickel-plated brass pipeline pressure relief valve is compatible with non-corrosive and toxic gases up to grade 5.0 purity (99.999%).
The Gasarc Lab Master high-purity pipeline pressure relief valve is a reliable device for maintaining safe and controlled pipeline pressure. Specifically designed to pair seamlessly with our manifold regulators (as included in a pressure reduction manifold package), it offers reliable protection against overpressure for smooth operation. Crafted from high-quality, nickel-plated brass, this high-purity valve is built for durability and corrosion resistance in demanding laboratory and industrial applications. The Lab Master range of pipeline pressure relief valves adhere to "sound engineering practice" as defined in the Pressure Equipment Directive 97/23/EC and are therefore not CE marked. The range is designed to protect "sound engineering practice" pipelines of up to 25mm maximum nominal diameter.
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Laboratory Bottle DURAN, GL45, 1 L
1-litre clear DURAN® laboratory bottle with GL45 thread size, cap & pouring ring
DURAN® bottles are moulded from high-purity, clear, USP/EP Type I borosilicate glass 3.3, renowned for its excellent thermal performance, and high resistance to chemical attack. The bottle features an easy-to-read graduated volume scale, and marking field in permanent white enamel. DURAN™ Original GL bottles are supplied complete with iconic blue polypropylene cap and drip-free pouring ring for use up to 140 °C. All components are fully autoclavable at 121 or 134 °C.
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Laboratory chairs
Laboratory chairs designed for comfort, durability, and ergonomic support, providing a practical seating solution for laboratories, cleanrooms, and technical work environments.
high-quality laboratory chairs have been specially developed to meet the requirements of laboratory environments - where ergonomic seating, hygienic materials and customisability are essential. Sophisticated design, robust construction and first-class workmanship make these chairs the ideal choice for daily use in cleanrooms, laboratories, production areas or medical facilities.
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LABORATORY NEON
Ergonomically, it offers everything that makes for good sitting - and outstanding comfort on top of that.
LABORATORY NEON is an ergonomic laboratory work chair designed to provide comfortable and supportive seating for demanding laboratory environments. Its ergonomic design helps users maintain a comfortable working posture during extended periods of seated work. Built for professional laboratory use, the chair combines practical adjustability with durable construction and easy-to-clean surfaces. Its flexible design allows it to accommodate different users and workstation heights, making it suitable for a variety of laboratory tasks and working positions.
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LABORATORY NEXXIT
The uncomplicated all-rounder for everyday laboratory work
Highly complex work needs reliable support: with the NEXXIT for the laboratory. This strong partner offers everything that matters under heavy use: hygiene, ergonomics, adaptability. Its materials are particularly easy to clean and disinfect.
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Laboratory Texon
The Bimos LABORATORY TEXON sets new standards in laboratories.
With its uniform hygienic design and outstanding ergonomic concept, this model is the undisputed leader of laboratory chairs. Cleaning is particularly easy and uncomplicated thanks to the smooth, closed surfaces and the clean cover, which encloses the mechanism.
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LAB Range Flowmeters with Regulating Valve
The Druva LAB Range flowmeters provide precise flow measurement and control, complete with a metering valve, conversion table, and 1/4" NPT inlet/outlet for seamless integration.
The Druva LAB Range flowmeters with a regulating valve offer precision control and monitoring, making them an essential tool for various gas flow systems. Featuring an integrated metering valve for easy regulation, each unit comes with a conversion table to ensure accurate readings and performance. The 1/4" NPT inlet and outlet make installation straightforward, allowing for quick and hassle-free integration into your setup.
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LAB Series Flashback Arrestors
The Druva 20 m³ Range LAB Series flashback arrestors provide essential safety for cutting and welding applications. They are available in brass and stainless steel variants, are and suitable for gases like Acetylene, Hydrogen, Methane, Oxygen, and Propane.
Ensure the safety and reliability of your cutting and welding operations with Druva LAB Series Flashback Arrestors. They are designed to prevent dangerous flashbacks in gas lines, making them essential for work with Acetylene, Hydrogen, Methane, Oxygen, and Propane. Available in both brass and stainless steel variants, these flashback arrestors are built to withstand extreme conditions, ensuring that your operations are safe, efficient, and worry-free.
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LAB Series High-Purity Hose Nozzles - 6mm Hose End
The DruvaPUR LAB Series high-purity 6mm hose nozzles are designed for secure and precise connections in gas control systems.
Achieve a seamless and secure connection with the Druva hose nozzles - 6mm hose end. Perfect for a wide range of applications, these high-purity nozzles can be used across various sectors, including laboratories, industries, manufacturing, and marine to ensure reliable performance and efficient gas delivery. The 6mm end provides a snug fit, preventing leaks and ensuring a secure connection between hoses and equipment.
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LAB Series Safety Gauges
The Druva LAB Series safety gauges feature a G1/4" m connection and accuracy class 2.5 for precise pressure monitoring.
The Druva LAB Series safety gauges offer reliable pressure monitoring with a G1/4" m connection and accuracy class 2.5. Designed for safety and precision, these gauges ensure optimal performance in various applications.
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LABSIT
The LABSIT at the laboratory workstation
It's exceptionally intuitive, compact, and looks great too – the Bimos LABSIT for temporary laboratory workstations. Its excellent price-performance ratio makes it particularly attractive for laboratories at universities, schools, and other institutions with frequent user turnover. It's also perfectly suited for laboratory environments and can even be used in cleanrooms.
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Lab System High-Purity Combination Valve
The DruvaPUR Lab System high-purity combination valve, an optional component for Integrated or Modular Lab Versions, is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases, up to purity grade 6.0.
Experience dependable performance with the Druva Lab System high-purity combination valve, where safety meets precision at every turn. Its compact design integrates both shut-off and regulating functions in a single valve, saving valuable space while offering precise control. The Hastelloy diaphragm offers reliable sealing to the atmosphere for leak-proof integrity. Designed and approved in accordance with EN ISO 10297, this high-purity valve guarantees compliance with international safety standards.
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Lab System High-Purity Regulating Valve
The DruvaPUR Lab System high-purity regulating valve, an optional component for Integrated or Modular Lab Versions, is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases, up to purity grade 6.0.
Maximise safety and efficiency with the Druva Lab System high-purity regulating valve. It offers exceptional leak-proof performance with its O-ring seal to ensure reliable operation. Its compact design makes it ideal for space-conscious laboratories. This high-purity valve is compliant with ISO 10297 standards to guarantee the highest level of safety and quality for demanding applications.
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Lab System High-Purity Shut-Off Valve
The DruvaPUR Lab System high-purity shut-off valve, an optional component for Integrated or Modular Lab Versions, is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases, up to purity grade 6.0.
The Druva Lab System shut-off valve is engineered to deliver secure and reliable gas control for high-purity laboratory processes. It features a durable Hastelloy diaphragm for reliable sealing to the atmosphere for flawless operation. Its compact design saves valuable space in laboratory settings, while the 90° handwheel rotation allows for easy, intuitive operation. Designed and approved according to EN ISO 10297, this high-purity valve meets international safety standards for handling inert, flammable, and corrosive gases.
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LAB System Tube Adapter for Fixation in Furniture
The DruvaPUR LAB System tube adapter is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases up to purity grade 6.0.
Maximise the efficiency and organisation of your laboratory with the Druva LAB System Tube Adapter. Part of our Integrated and Modular Lab System, it is a versatile component designed for securely mounting point-of-use systems on laboratory furniture. It is compatible with all types of laboratory furniture and can be installed in either an upright or suspended configuration. The complete set includes a nut and cover for a secure and reliable fit to ensure proper anchoring and easy accessibility.
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LAB System Wall Adapter for Fixation in Furniture
The DruvaPUR LAB System wall adapter is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases up to purity grade 6.0.
Organise your laboratory setup with the Druva LAB System Wall Adapter for Fixation in Furniture. It is perfect for all types of laboratory furniture and installations, providing flexible mounting options. It can be installed in both upright and suspended configurations, making it adaptable to different laboratory layouts. Each complete set includes a nut and cover for a secure fit, ensuring that your gas systems remain firmly in place and easily accessible.
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Lacter 21
Heated Benchtop Centrifuge for dairy products up to 1,600RPM & 12 butyrometer capacity
Lacter 21 is specifically designed for the easy and accurate handling of dairy products and their derivatives. Its smooth operation helps prevent sample container breakage, ensuring reliable performance. Equipped with a brushless motor and microprocessor control, this centrifuge allows for simultaneous and automatic conversion of RPM to RCF values, eliminating the need for manual calculations. Additionally, the integrated heating system provides temperature traceability, further enhancing ease of use and user confidence.
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LAF Trolley
LAF Trolley is a mobile laminar airflow workstation designed to provide a controlled, clean-air environment for sample handling and laboratory processes requiring contamination control.
The LAF Trolley was specially developed for the protected transport and temporary storage of sensitive products in cleanroom and GMP environments. Whether for transfer between separate zones (e.g. before or after autoclaving) or as mobile storage under controlled conditions - the LAF Trolley offers reliable product protection in cleanroom class ISO 5 in accordance with NF, EN, ISO 14644-1.
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Laminar Air Flow Booth
Flexible Cleanroom provides an adaptable, modular environment for contamination control, supporting pharmaceutical, laboratory, healthcare, and other controlled processes.
The laminar air flow booths from FASTER offer ultra-clean working conditions in accordance with ISO class 3 as per ISO 14644-1. These innovative cleanroom modules with vertical laminar flow can be flexibly configured - from compact individual modules to large-scale cleanroom-sized systems. They are ideal for use in the pharmaceutical, food, cosmetics and electronics industries. LAF-Booths can either be stabilised using robust stainless steel legs or suspended directly from the ceiling to save space. PVC or polycarbonate strip curtains with an innovative quick-change system reliably isolate the clean working areas from the surroundings.
The modular units can be customised and installed, for example, as a Restricted Access Barrier System (RABS) above pharmaceutical filling systems - to ensure sterility during sensitive production steps. In the food and beverage industry, they are also used to create a controlled overpressure within the filling areas, effectively preventing the ingress of contaminants.
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Laminar Flow 1000mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow 1000mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow 1500mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow 1500mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow 2000mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow 2000mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow Vertical 1000mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow Vertical 1500mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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Laminar Flow Vertical 2000mm
Designed to shield you with smooth, HEPA-filtered air under constant negative pressure, these cabinets ensure a particulate-free workspace. Crafted with Clearview acrylic for a bright and spacious feel, coupled with optional lighting and whisper-quiet operation, they minimize user fatigue. Thanks to ductless functionality and optional caster bases, these cabinets offer unparalleled lab flexibility while keeping long-term costs low.
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L-Box2
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
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LGD5030 High-Purity Single-Stage Differential Autochange Gas Manifold
The Gasarc Lab Master LGD5030 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 5.0 purity (99.999%) on gas distribution systems where slight pressure variation is acceptable.
The Gasarc Lab Master LGD5030 high-purity single-stage differential autochange gas manifold offers seamless gas flow control and safety in environments where constant, reliable gas delivery is essential. Featuring automatic changeover and a twin-cylinder configuration, it ensures continuous operation without interruptions. The high-pressure purge system helps purge gas with ease, while the encapsulated seat design ensures leak-free operation. Ideal for laboratories and industries requiring precise gas regulation, this high-purity gas manifold is engineered for performance and reliability.
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LGD5040 High-Purity Two-Stage Differential Autochange Gas Manifold
The Gasarc Lab Master LGD5040 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 5.0 purity (99.999%) on gas distribution systems where constant delivery pressure is required.
Ensure safe, reliable, and uninterrupted gas management with the Gasarc Lab Master LGD5040 high-purity two-stage differential autochange gas manifold. Its advanced features, like high-pressure isolation and a reliable purge system, help maintain the purity and integrity of your gas supply. The differential autochange function and twin-cylinder design offer continuous gas delivery, minimising downtime and maximising operational efficiency. Perfect for applications that require consistent pressure, this high-purity gas manifold delivers precision and safety for critical gas control in demanding industries.
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LGD514 High-Purity Twin-Cylinder Two-Stage Differential Autochange Acetylene Manifold
The Gasarc Lab Master LGD514 Series high-purity two-stage gas manifold is designed for primary pressure gas control of technical-grade acetylene gas up to 5.0 purity (99.999%) on applications where constant delivery pressure is required as the cylinder pressure decreases.
Ensure precision and safety with the Gasarc Lab Master LGD514 high-purity two-stage differential autochange acetylene manifold. It is engineered for critical acetylene applications, delivering constant pressure even as cylinder levels drop. Featuring an automatic quick-acting shut-off and flashback arrestor, it guarantees reliable performance and maximum protection for both personnel and equipment. The twin-cylinder setup ensures an uninterrupted supply to reduce downtime and optimise workflow in high-demand environments. This high-purity manifold is perfect for laboratories and industrial setups requiring continuous, pure gas delivery.
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LGF510 High-Purity High-Pressure Acetylene Hose
The Gasarc Lab Master LGF510 high-pressure flexible hose assemblies are designed for use with high-purity acetylene up to grade 5.0 purity (99.999%). They are intended for use in conjunction with our gas manifolds.
The Gasarc Lab Master LGF510 high-purity high-pressure acetylene hose delivers ultimate safety and reliability for acetylene gas systems. With a durable EPDM non-return valve and braided protective cover, this gas hose is engineered for high-pressure applications that demand precision and security.
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LGF520 High-Purity High-Pressure Oxygen Hose
The Gasarc Lab Master LGF520 high-pressure flexible hose is designed for use with high-purity oxygen up to grade 5.0 purity (99.999%). It is intended for use in conjunction with our gas manifolds.
Experience precision and safety with the Gasarc Lab Master LGF520 high-purity high-pressure oxygen hose. Built to handle a 300 bar maximum working pressure, it is designed for demanding oxygen applications, ensuring reliable and contamination-free gas flow. This stainless steel gas hose is equipped with a non-return valve to prevent the backflow of gases to maintain the system's integrity.
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LGF540 High-Purity High-Pressure Flexible Hose
The Gasarc Lab Master LGF540 high-pressure flexible hose is designed for use with non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%). They are intended for use in conjunction with our gas manifolds.
. With a robust 300 bar maximum working pressure, this gas hose offers secure, reliable gas flow for demanding applications. Braided stainless steel construction along with an anti-whip design makes it a durable and safe option.
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LGF550 High-Purity High-Pressure Flexible Tailpipe
The Gasarc Lab Master LGF550 high-pressure spiral flexible tailpipe is designed for use with non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%). It is intended for use in conjunction with our gas manifolds.
Ensure unmatched safety and efficiency with the Gasarc Lab Master LGF550 high-purity high-pressure tailpipe. Designed to withstand working pressures up to 300 bar, this stainless steel tailpipe is the perfect solution for demanding applications where reliability is non-negotiable. Equipped with a ceramic non-return valve, it prevents backflow to keep your gas systems safe and contamination-free. With its anti-whip design, the LGF550 high-purity tailpipe offers peace of mind by reducing the risk of injury or damage during operation.
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LGF560 High-Purity Convoluted Flexible Hose
The Gasarc Lab Master LGF560 high-pressure convoluted flexible hose is designed for use with non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%). It is intended for use in conjunction with our gas manifolds.
Designed for high-pressure environments, it delivers unmatched durability and safety with a 300 bar maximum working pressure that ensures optimal performance in critical applications. This stainless steel gas hose boasts an anti-whip design for user and system safety.
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LGH500 High-Purity Header Rail Assemblies
The Gasarc Lab Master LGH500 header rail assemblies are designed for use with non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%).
The Gasarc Lab Master LGH500 high-purity header rail assemblies are engineered for precision and reliability. They are intended for use in conjunction with our gas manifolds integrated within gas management and distribution systems. These assemblies ensure smooth and efficient gas flow in demanding laboratory environments.
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LGL500 High-Purity Single-Stage Line Regulator
The Gasarc Lab Master LGL500 single-stage diaphragm line regulator is designed for secondary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%) in gas distribution systems.
Designed for purity, the Gasarc Lab Master LGL500 high-purity single-stage line regulator ensures clean, consistent gas delivery every time. Its encapsulated seat design prevents leaks and extends the device's service life. The minimal wetted surface area ensures efficient handling of high-purity gases, reducing contamination risks. The LGL500 single-stage regulator features a four-port configuration to support versatile installation options. Additionally, the range of inlet and outlet fittings offers customisation to suit different gas supply systems.
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LGL510 High-Purity Single-Stage Acetylene Line Regulator
The Gasarc Lab Master LGL510 single-stage diaphragm line regulator is designed for secondary pressure gas control of high-purity acetylene gas up to grade 5.0 purity (99.999%) in gas distribution systems.
Experience unmatched control and purity with Gasarc Lab Master LGL510 high-purity single-stage line regulator, engineered for optimal performance. Its encapsulated seat design enhances sealing to reduce leaks, while the minimal wetted surface reduces the probability of contamination to maintain steady gas purity. This acetylene regulator's four-port design enables flexible installation, while its rear panel mounting allows for space-saving setup. The availability of different inlet and outlet fittings provides adaptability for various operational requirements.
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LGM5010 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Lab Master LGM5010 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 5.0 purity (99.999%) on gas distribution systems where slight pressure variation is acceptable.
Experience reliable gas flow regulation with the Gasarc Lab Master LGM5010 high-purity single-stage manual gas manifold. With its single-cylinder design, it ensures safe, efficient operation for high-purity, non-corrosive, and toxic gases. The encapsulated valve design reduces the chance of leaks, making it an ideal choice for environments where safety and precision are paramount. For laboratories and industrial applications requiring stable gas control with minimal pressure fluctuation, this high-purity gas manifold is built to deliver.
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LGM5020 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Lab Master LGM5020 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 5.0 purity (99.999%) on gas distribution systems where constant delivery pressure is required.
Reliable, efficient, and precise, the Gasarc Lab Master LGM5020 two-stage manual gas manifold provides top-tier flow control for high-purity gases in sensitive environments. Featuring a robust single-cylinder design, high-pressure isolation, and a process isolation valve, it offers complete control to the operator for simple and efficient performance. Perfect for applications that demand constant pressure and superior safety features, this high-purity gas manifold is a critical component for laboratory and industrial gas systems.
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LGM5030 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Lab Master LGM5030 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 5.0 purity (99.999%) on gas distribution systems where slight pressure variation is acceptable.
The Gasarc Lab Master LGM5030 high-purity single-stage manual gas manifold is engineered for critical applications where high-purity, non-corrosive gases are used. It features high-pressure isolation valves and a purge system to offer safe and efficient gas flow control. The twin-cylinder configuration reduces downtime with continuous supply, while the process isolation valve simplifies maintenance. This high-purity gas manifold is ideal for laboratories and industries, where minute pressure variations are tolerable.
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LGM5040 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Lab Master LGM5040 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 5.0 purity (99.999%) on gas distribution systems where constant delivery pressure is required.
The Gasarc Lab Master LGM5040 high-purity two-stage manual gas manifold is built to handle demanding applications where constant pressure and purity are critical. Designed with high-pressure isolation valves and a purge system, it ensures precise gas control while making maintenance, servicing, and purging easy. The twin-cylinder setup ensures continuous gas delivery, reducing downtime and optimising workflow. This high-purity gas manifold is a trusted solution for laboratories and industries requiring stable gas control in a safe and efficient manner.
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LGM511 High-Purity Single-Cylinder Single-Stage Manual Acetylene Manifold
The Gasarc Lab Master LGM511 Series high-purity single-stage gas manifold is designed for primary pressure gas control of technical-grade acetylene gas up to 5.0 purity (99.999%) on applications where constant delivery pressure is required as the cylinder pressure decreases.
For seamless acetylene regulation in smaller applications, the Gasarc Lab Master LGM511 high-purity single-cylinder single-stage manual manifold offers unmatched reliability. Its process line isolation valve and automatic shut-off device ensure maximum safety in sensitive environments. The high-pressure purge valve facilitates smooth gas purging, preventing contamination and ensuring secure operation. This high-purity gas manifold is ideal for laboratories and industrial setups requiring straightforward, efficient acetylene control.
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LGM513 High-Purity Twin-Cylinder Single-Stage Manual Acetylene Manifold
The Gasarc Lab Master LGM513 Series high-purity single-stage gas manifold is designed for primary pressure gas control of technical-grade acetylene gas up to 5.0 purity (99.999%) on applications where constant delivery pressure is required as the cylinder pressure decreases.
Get safety and reliability in one with the Gasarc Lab Master LGM513 high-purity twin-cylinder single-stage manual acetylene manifold. Designed for consistent pressure control, it's perfect for applications where precise acetylene delivery is required. The twin-cylinder configuration guarantees a continuous gas supply, while the quick-acting shut-off and flashback arrestor provide superior safety. With manual control and an easy-to-maintain design, this high-purity gas manifold is built for reliability in laboratory and industrial environments that demand precision gas regulation.
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LGP500 High-Purity Single-Stage Point of Use Regulator
The Gasarc Lab Master LGP500 single-use regulator is designed for secondary pressure gas control of non-corrosive, toxic, and high-purity gases up to grade 5.0 purity (99.999%) in gas distribution systems.
Engineered for excellence, the Gasarc Lab Master LGP500 high-purity single-stage point-of-use regulator guarantees reliable and contamination-free output in every application. Its encapsulated seat design and low-wetted surface area effectively minimise contamination risks, preserving purity. With a three-port configuration and a full range of outlet fittings, it offers unparalleled versatility for diverse applications.
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LGP510 High-Purity Single-Stage Acetylene Point of Use Regulator
The Gasarc Lab Master LGP510 single-stage diaphragm point-of-use regulator is designed for secondary pressure gas control of high-purity acetylene gas up to grade 5.0 purity (99.999%) in gas distribution systems.
The Gasarc Lab Master LGP510 high-purity single-stage point-of-use regulator sets the standard for clean, efficient acetylene gas control. With a three-port configuration featuring dual outlet ports and a rear-entry inlet port, it allows for flexible connectivity options. Its encapsulated seat design ensures gas purity by minimising contamination risks, while its low-wetted surface area further enhances safety. The diaphragm regulator comes with a wide range of outlet fittings, offering versatility across various industries.
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LGS500 High-Purity Single-Stage Cylinder Regulator
The Gasarc Lab Master LGS500 single-stage diaphragm cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%) in applications where slight variation from decreasing cylinder pressure is acceptable.
Engineered for consistency, the Gasarc Lab Master LGS500 single-stage regulator is perfect for critical environments. Its encapsulated seat design reduces wear and improves sealing, ensuring leak-free operation over extended periods. With a minimal wetted surface area, the single-stage regulator ensures efficient gas control and minimises contamination risks, making it suitable for high-purity applications. Its six-port configuration and rear panel mounting capability provide flexible installation options. The variety of inlet and outlet fittings allows it to be tailored to specific gas supply systems.
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LGS510 High-Purity Single-Stage Acetylene Cylinder Regulator
The Gasarc Lab Master LGS510 single-stage diaphragm cylinder regulator is designed for primary pressure gas control of high-purity acetylene gas up to grade 5.0 purity (99.999%) in applications where slight pressure variation from decreasing cylinder pressure is acceptable.
The Gasarc Lab Master LGS510 high-purity single-stage acetylene regulator features a six-port configuration and rear panel mounting capabilities, allowing for flexible installation in confined spaces. Its encapsulated seat design and low wetted surface area enable reliable gas flow while maintaining a consistent purity level without contaminations. A wide range of inlet and outlet fittings provides flexibility for various gas setups, ensuring this single-stage acetylene regulator can meet the needs of diverse industrial applications.
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LGT500 High-Purity Two-Stage Cylinder Regulator
The Gasarc Lab Master LGT500 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.
The Gasarc Lab Master LGT500 high-purity two-stage regulator provides secure and reliable gas control in critical environments. It boasts a six-port configuration with a couple of inlet outlets and a relief valve, offering users comprehensive control over gas flow and pressure. Its encapsulated seat design improves sealing, reducing the risk of leaks and prolonging the operational life. The low wetted surface area ensures minimal contamination, making this two-stage diaphragm regulator an ideal choice for high-purity gases. The flexibility of inlet and outlet fitting options enhances installation possibilities, supporting various gas supply systems.
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LGT510 High-Purity Two-Stage Acetylene Cylinder Regulator
The Gasarc Lab Master LGT510 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of high-purity acetylene gas up to grade 5.0 purity (99.999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.
The Gasarc Lab Master LGT510 high-purity two-stage regulator features a six-port configuration with dual inlet ports and a pressure relief valve for versatile and secure gas management. Its encapsulated seat design minimises leakage, increases safety, and extends the life of the regulator. With its low wetted surface area, this acetylene regulator reduces the risk of contamination, making it ideal for high-purity applications. The variety of inlet and outlet fittings supports a range of setups, providing adaptability in industrial gas systems.
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LifeGuard High Pressure Hoses
"LifeGuard High Pressure Hoses feature advanced safety technology to prevent hose failure, ensuring secure transfer of hazardous fluids in demanding environments."
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LifeGuard Hydrogen Hoses
LifeGuard Safety Hose Technology’s Safety Shut Off System. The hydrogen industry’s only hose and coupling system that instantly and automatically shuts off the flow of fluids in both directions.
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LifeGuard Petrochemical Safety Hoses
Engineered for extreme durability and chemical resistance, petrochemical safety hoses are essential for safe fluid transfer in high-risk industrial environments.
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Lighting
Illuminate laboratory workspaces with reliable, energy-efficient lighting solutions designed to provide clear, comfortable visibility for everyday laboratory tasks.
LED or fluorescent lamps with protective casings for laboratory use. Light intensity control systems. Possibility of free-standing installation or installation on shelves, wall cabinets and suspended service modules.
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Line regulators
Precision gas control in high-pressure systems - compact design, Hastelloy diaphragm, and electrostatic chargeability-tested line regulator.
Experience precise gas control in high-pressure systems with our Line Regulator. Featuring a compact design, Hastelloy diaphragm, and electrostatic chargeability testing, it ensures excellence in pressure adjustment for pure gases, including flammable and corrosive ones.
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LNK-AI Analog Input Peripheral Device
LNK-AI Analog Input Peripheral Device enables reliable analog signal input for compatible gas detection systems, supporting seamless integration with external sensors, monitoring equipment, and control systems.
Adds 4 additional analog inputs to a gas detection system. The LNK-AI Analog Input peripheral device adds four channels of 4 - 20 mA or 0 - 10 volt analog inputs to a Modbus® network configured with one of the FCS Multi Channel System Controllers.
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LNK-AO Analog Output Peripheral Device
LNK-AO Analog Output Peripheral Device provides reliable analog signal output for compatible gas detection systems, enabling seamless integration with monitoring, control, and building management systems.
Adds 4 additional analog outputs to a gas detection system. Adds four channels of 4 - 20 mA analog output to a Modbus® RS-485 network configured with one of the FCS Multi Channel System Controllers.
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LNK-XT Network Extender Peripheral Device
LNK-XT Network Extender Peripheral Device expands network connectivity for compatible gas detection systems, supporting reliable communication and flexible system integration across remote installations.
Works as signal booster and allows a longer distance between devices. Ideal for large applications to create an efficient distribution network of specialized gas detection devices that can communicate over large distances.
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Locknut
Locknut for Safety Caps, for Ground Neck Bottles
Locknut (replacement), for Safety Caps, NS29/32 mm, for ground neck bottles
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Low Flow Extension Header Kit for Manifold
The DruvaTEC low-flow extension header kit is used to increase the number of high-pressure inlet ports for manifolds in industrial gas supply systems, handling pure, inert, flammable, and oxidising gases, and gas mixtures.
The Druva low-flow extension header kits are used to connect more than one gas cylinder on each side of the manifold. They can include a diaphragm shut-off valve, tubing, and inlet and outlet connections. Upon request, they can be equipped with check valves, gauges, vent valves, pressure transmitters, and contact gauges. These kits can be delivered with up to four inlets. The extension header kits are designed for the safe handling of high-purity gases.
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Low-Torque range NS/771
NS motors are inner runner motors
The motor can be supplied with or without a motor controller. It is small and compact, utilizing ferrite magnets. The construction is adaptable, allowing for changes, and the motor mounting can be adjusted based on the application. This motor is versatile, suitable for both high and low speeds. Moreover, it is designed to withstand high temperatures on the shaft.
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LP1-Box
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
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LP-Box2
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
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LPT Low Power Transmitter
Single channel, analog gas detector for enclosed parking facilities, recreational facilities, oxygen depletion applications.
The LPT Low Power Transmitter is designed for reliable gas monitoring applications where efficient power consumption and dependable signal transmission are essential. Its low-power design makes it suitable for monitoring systems that require continuous operation while minimizing energy requirements. The transmitter provides a practical solution for integrating gas detection into monitoring and control systems. It can support remote monitoring and centralized management, helping operators maintain awareness of gas conditions across commercial, industrial, and facility environments. With its focus on efficient operation and reliable signal transmission, the LPT Low Power Transmitter is well suited to applications where long-term monitoring and energy-conscious system design are important.
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LSFSF242BT - Laboratory Plus Freezer
242L Upright freezer with solid door
The LSFSF242BT Laboratory Plus Freezer is designed for the reliable storage of laboratory samples, reagents, and other temperature-sensitive materials. Featuring advanced temperature monitoring and alarm functions, it helps maintain consistent storage conditions and provides added confidence in sample protection. Suitable for laboratory and research environments, it offers dependable cold storage to support everyday laboratory operations.
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LSFSF312BT - Laboratory Plus Freezer
312L Upright freezer with solid door
The LSFSF312BT Laboratory Plus Freezer is designed for the secure storage of laboratory samples, reagents, and other temperature-sensitive materials. It features Bluetooth-enabled temperature monitoring, integrated alarm systems, and a lockable solid door to support reliable temperature management and protect valuable contents. Its spark-free interior makes it suitable for laboratory environments where flammable substances may be present. Combining dependable cooling performance with convenient monitoring features, the LSFSF312BT provides a practical cold storage solution for research facilities and professional laboratories.
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LSFSF39DC - Laboratory Essential Freezer
39L Countertop freezer with solid door
The LSFSF39DC Laboratory Essential Freezer is designed for the reliable storage of laboratory samples, reagents, and other temperature-sensitive materials. Featuring precise temperature control and integrated alarm systems, it helps maintain consistent storage conditions and supports the protection of valuable laboratory contents. Its spark-free interior makes it suitable for laboratory environments where flammable substances may be present. With a practical design and dependable cooling performance, the LSFSF39DC provides an effective cold storage solution for research facilities and professional laboratories.
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LSFSF98BT - Laboratory Plus Freezer
98L Undercounter freezer with solid door
The LSFSF98BT Laboratory Plus Freezer provides reliable, secure storage for laboratory samples and temperature-sensitive materials. Designed for laboratory environments, it features precise temperature control, Bluetooth-enabled monitoring via the LEC Medical app, and advanced alarm systems to help protect stored contents. Its practical design and dependable performance make it a suitable solution for laboratories requiring consistent temperature management and secure sample storage.
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LTLF Four-Port Single-Stage Line Regulator
The DruvaTEC 20 m3 Series LTLF four-port single-stage line regulator is used in gas supply systems for industrial, inert, flammable, and oxidising gases and gas mixtures. Not usable for corrosive or toxic gases and gas mixtures.
Ensure reliable gas flow in industrial environments with the Druva LTLF four-port single-stage line regulator. It comes with an inlet and 3 outlets for versatile use in multi-line industrial systems. With a maximum inlet pressure of 300 bar, this single-stage pressure regulator is perfect for demanding industrial applications where reliability and efficiency are key.
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LTLJ Six-Port Single-Stage Line Regulator
The DruvaTEC 20 m3 Series LTLJ six-port single-stage line regulator is used in gas supply systems for industrial, inert, flammable, and oxidising gases and gas mixtures. It is not usable for corrosive or toxic gases and gas mixtures.
Unlock seamless gas flow and precision pressure control with the Druva LTLJ six-port single-stage line pressure regulator. With a maximum inlet pressure of 300 bar, it ensures efficient pressure regulation for a variety of industrial applications. With six ports, this single-stage pressure regulator is suitable for multi-outlet gas systems, delivering safe and reliable performance.
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LTLM Four-Port Single-Stage Line Regulator
The DruvaTEC 20 m3 Series LTLM four-port single-stage line regulator is used in gas supply systems for industrial, inert, flammable, and oxidising gases and gas mixtures. Not usable for corrosive or toxic gases and gas mixtures.
Ensure seamless gas management in your distribution system with the Druva LTLM four-port single-stage line regulator. Featuring two inlets and two outlets, it ensures balanced distribution and pressure control within complex gas systems. This single-stage pressure regulator offers reliable performance by maintaining consistent pressure levels across various gas applications in demanding industrial environments.
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LTMHXSF Four-Port Single-Stage Line Regulator
The DruvaTEC 100 m3 Series LTMHXSF four-port single-stage line regulator can be used for the supply of industrial, inert, flammable, and oxidising gasses and gas mixtures. Not suitable for corrosive or toxic gases and gas mixtures.
The Druva LTMHXSF four-port single-stage line regulator efficiently reduces high supply pressures and ensures safe, reliable gas flow for industrial applications. Its advanced Hastelloy diaphragm tightening system prevents leaks, while the compact design ensures easy installation. Certified to meet international standards, this single-stage pressure regulator is designed for safe operation in challenging environments, making it perfect for use in EX-areas with explosion hazards.
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LTMHXSJ Six-Port Single-Stage Line Regulator
The DruvaTEC 100 m3 Series LTMHXSJ six-port single-stage line regulator can be used for the supply of industrial, inert, flammable, and oxidising gases and gas mixtures. It is suitable for corrosive or toxic gases and gas mixtures.
The Druva LTMHXSJ six-port single-stage line regulator is designed to efficiently reduce high supply pressures across multiple stages, ensuring stable gas flow in demanding environments. Featuring a Hastelloy diaphragm tightening system, it ensures a tight seal to the atmosphere and prevents gas leaks. Excellent pressure adjustability makes it ideal for industrial applications where consistent, reliable performance is critical. The compact design makes this single-stage pressure regulator easy to install in tight spaces.
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LyoAlfa
LyoAlfa laboratory freeze dryers are thoughtfully designed to cater to the increased freeze-drying capacity needs of research centres, ensuring that they provide an efficient and reliable solution for scientific endeavours.
LyoAlfa laboratory freeze dryers are thoughtfully designed to cater to the increased freeze-drying capacity needs of research centres, ensuring that they provide an efficient and reliable solution for scientific endeavours.
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LyoBeta
Our LyoBeta is a freeze-drying unit designed for biological, pharmaceutical and food product formulation and “scale up” work. It is a high-performance unit with a GLP design, allowing for fully automated entire freeze-drying processes.
Our LyoBeta is a freeze-drying unit designed for biological, pharmaceutical and food product formulation and “scale up” work. It is a high-performance unit with a GLP design, allowing for fully automated entire freeze-drying processes.
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LyoBeta Mini
Our LyoBeta Mini are freeze-drying units designed for biological, pharmaceutical and food product formulation and “scale up” work. They are high-performance units with a GLP design, allowing for fully automated entire freeze-drying processes.
Our LyoBeta Mini are freeze-drying units designed for biological, pharmaceutical and food product formulation and “scale up” work. They are high-performance units with a GLP design, allowing for fully automated entire freeze-drying processes.
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LyoQuest
Our LyoQuest laboratory freeze dryers are designed to be a multipurpose unit in the R&D field, a reliable small freeze-dryer based on extensive research. Extremely compact design integrating robust technical features and outstanding control performances.
Our LyoQuest laboratory freeze dryers are designed to be a multipurpose unit in the R&D field, a reliable small freeze-dryer based on extensive research. Extremely compact design integrating robust technical features and outstanding control performances.
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Magnetic Wand
Magnetic Wand is a convenient handheld tool designed for easy interaction with compatible gas detection equipment, supporting quick access to device controls and functions.
Use for initiating calibration and accessing menu options and programming functions of several CETCI gas detectors without having to open the enclosure. Useful for quick access and in wet or dirty environments.
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Magnus 22
Ventilated Standalone Centrifuge up to 14,300RPM & 4 x 750ml capacity.
Being compact, the Magnus 22 offers maximum performance for laboratory and clinical needs while minimizing the use of valuable lab space. Microprocessor-controlled and PC-connectable, this brushless motor centrifuge allows easy data export for analysis and timer-programmed operation. Its ergonomic design enables easy access to the rotor for sample loading and load balancing. It is also highly versatile, compatible with a wide range of rotors, including 15 mL conical flasks and 5 mL tubes.
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Magnus 22 R
Refrigerated Standalone Centrifuge up to 14,300RPM & 4 x 750ml capacity.
Being compact, the Magnus 22 R offers maximum performance for laboratory and clinical needs while minimizing the use of valuable lab space. Microprocessor-controlled and PC-connectable, this brushless motor centrifuge allows easy data export for analysis and timer-programmed operation. Its ergonomic design enables easy access to the rotor for sample loading and load balancing. Its refrigeration system can maintain the minimum chamber temperature below 4°C regardless of rotor type and selected speed. It is also highly versatile, compatible with a wide range of rotors, including 15 mL conical flasks and 5 mL tubes.
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Manual Changeover Panels
Secure gas supply with our Manual Changeover Panels—continuous flow, precise control, and modular design for flexibility.
Experience uninterrupted gas supply with our Manual Changeover Panels. Designed for non-corrosive gases, these panels offer precision control, contamination reduction, and modularity, allowing flexible configurations to suit various applications. Trust in BAM-tested reliability.
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Manual Shutoff Switch (Option -SW)
Manual Shutoff Switch (Option -SW) provides a convenient manual control for quickly shutting off connected equipment or systems, supporting safe operation and emergency response.
An emergency stop, push button switch that allows a person to manually shutdown equipment in the event of an emergency. Ideal for refrigeration applications; when combined with the Top Mounted Strobe, the device meets B52 code requirements.
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MANYFLOW High-Pressure Shut-Off Valve
The DruvaTEC MANYFLOW high-pressure shut-off valve is a versatile, modular unit designed for reliable gas manifold systems, handling high-pressure applications with Acetylene and compressed gases up to 300 bar.
The Druva MANYFLOW block features a modular design that supports a comprehensive range of gas manifolds for both cylinder and bundle gas supply, handling Acetylene and high-compressed gases up to 300 bar. It provides a variety of gas flow levels to suit multiple applications. This pressure shut-off valve unit is used as a component in high-pressure manifolds MB70 and MB400. Additionally, it can be supplied as a standalone unit without any other components. To expand the gas supply system according to specific operating conditions, stainless steel tubes of various lengths are available for seamless connection of additional gas packages, enhancing the flexibility of this modular setup.
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Maxiflow Dual-Source Single-Stage Semiautomatic Acetylene Manifold
The Druva 5m³ series Maxiflow dual-source single-stage semiautomatic acetylene manifold features two inlets and a manual quick-acting shut-off device for efficient gas management.
The Druva Maxiflow single-stage acetylene manifold is designed for a reliable acetylene gas supply. This semiautomatic manifold with two inlets supports dual cylinders for continuous operation. Equipped with a manual quick-acting shut-off device, it ensures quick and safe gas flow control.
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M-Box Advanced
Safety system for storage and transport in compliance with SV 376, P908 ADR, for damaged or defective lithium-ion batteries
Safety system for storage and transport in compliance with SV 376, P908 ADR, for damaged or defective lithium-ion batteries
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M-Box Premium
Safety system for storage and transport in compliance with SV 376, P908 ADR, for damaged or defective lithium-ion batteries
Safety system for storage and transport in compliance with SV 376, P908 ADR, for damaged or defective lithium-ion batteries
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M-Box X1
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries
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M-Box X2
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
Safety system for storage and transport in compliance with SV 376 ADR, for damaged, defective and unsafely transportable lithium-ion batteries.
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Mediterranea Sea UHPLC
Mediterranea Sea HPLC: Superior retention of polar compounds in 100% aqueous environment, minimizing unwanted interactions.
Elevate your chromatography with Mediterranea Sea HPLC. The sea18 column, based on MED technology, offers excellent retention of polar compounds in 100%
aqueous environments, eliminating issues of unwanted interactions for reproducible, versatile chromatographic applications.
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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.
How do I navigate through the extensive product catalogue?
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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