.png)
.webp)
Products
IT Tech Product Offerings
From precision instruments to lab consumables. Search or browse to find the perfect solution for your laboratory.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Showing 0 out of 0 results
B
FLEX
FLEX is an ergonomic workplace chair designed to provide comfortable, flexible support for demanding work environments, helping promote healthy posture throughout the working day.
FLEX is a real all-rounder. It is the practical solution for workstations where employees both sit and stand. Its ergonomic backrest and non-slip Wave seating surface ensure that you feel completely secure and comfortable when seated.
F
Flow Calibration Service
Flow Calibration Service
NIST Traceable and A2LA Accredited Flow Calibration Service
F
FlowFAST H
chemical indicator designed for reliable monitoring of hydrogen peroxide sterilization processes, providing a clear visual response when specified sterilization conditions are reached.
The FlowFAST H is a high-quality product safety cabinet with horizontal laminar airflow, specially developed for applications where the protection of samples, materials or sensitive products is paramount. The laminar, low-particle air is cleaned by a powerful HEPA H14 filter and flows evenly across the work area, creating a contamination-free environment for sensitive processes. The open front area combined with generous internal height offers maximum ergonomic comfort, a clear view of the entire work area and sufficient freedom of movement, making the FlowFAST H particularly user-friendly - ideal for precise manual work under cleanroom conditions.
F
FlowFAST V
Economical FlowFAST V: ISO Class 3 laminar flow cabinets ensure particle-free, sterile conditions for materials.
Experience cost-effective cleanliness with FlowFAST V, positive pressure laminar flow cabinets. Providing ISO Class 3 conditions, they maintain a sterile workspace with high-efficiency prefilter and HEPA/ULPA filter technology.
F
Four-Port Shut-Off Valve - 300 Bar - One Inlet
The DruvaTEC 20 m³ Range four-port shut-off valve is used in gas supply systems handling industrial, inert, flammable, and oxidising gases and gas mixtures. It is not usable for corrosive or toxic gases.
Maximise flexibility in gas distribution with the Druva four-port shut-off valve. It offers unmatched versatility with 1 inlet and 3 outlets, ensuring flexible gas flow control. Supporting a maximum working pressure of 300 bar, it's engineered to deliver seamless performance in high-pressure conditions. The robust metal diaphragm provides leak-proof shut-off, making this gas valve perfect for complex applications.
.webp)
F
Four-Port Shut-Off Valve - 300 Bar - Three Inlets
The DruvaTEC 20 m³ Range four-port shut-off valve is used in gas supply systems handling industrial, inert, flammable, and oxidising gases and gas mixtures. It is not usable for corrosive or toxic gases.
Experience seamless multi-gas control with the Druva four-port shut-off valve. Boasting 3 inlets and 1 outlet, it supports versatile configurations with multiple gas sources. This gas valve is perfect for high-pressure applications up to 300 bar, making it ideal for various demanding applications. Its durable metal diaphragm ensures leak-free operation, providing reliability in industrial environments.
F
FX-LINE (Type 90/Type 30)
Recirculating air filter cabinets for safe filtering and storage of a wide variety of hazardous materials with a flexible installation option
Safe and approved storage of flammable liquids and further hazardous substances. Avoidance of explosive atmospheres, extraction and filtering of vapours that are harmful to health.
G
Gas Cylinder Storage GS
GS type ventilation gas cylinder storage box
G
GENESIS
GENESIS is a compact benchtop SIP fermenter/bioreactor, available from 7.5 up to 20 L total volume.
GENESIS stands as an innovative solution in bioprocessing, offering a compact benchtop SIP fermenter/bioreactor designed to meet the diverse needs of laboratories and small-scale production facilities. With a range of capacities available, spanning from 7.5 to 20 liters of total volume, GENESIS empowers researchers and bioprocess engineers with the flexibility to scale their operations according to their specific requirements. Whether conducting experiments, process optimization, or small-scale production, GENESIS provides a reliable and efficient platform for microbial and cell culture applications. Its compact design makes it ideal for limited laboratory space, while its advanced features ensure precise control over fermentation and bioreactor processes, ultimately contributing to accelerated research and development timelines and improved process outcomes.
G
GFCS-010002
GFC low cost aluminum or stainless steel thermal mass flow controllers
GFC low cost aluminum or stainless steel thermal mass flow controllers
G
GFM mass flow meter
GFM mass flow meter
GFM low cost aluminum or stainless steel thermal mass flow meters
G
GGP 250 Gas Preheater
Ensure reliable gas flow by preventing overcooling of equipment with the Druva GGP 250 Gas Preheater, designed for high-pressure applications up to 300 bar.
With a high-pressure filter to increase the heat exchange surface, this preheater can handle gases like N2O, CO2, and O2 up to 300 bar (4000 psi). Featuring built-in safety mechanisms such as a thermostat and safety switch, it ensures optimal temperature control and protection for your equipment.
S
Glassware washer 60cm - GW0260-00-00J
GW0260-00-00J - 600x600x850(WxDxH)mm
Smeg Instruments glassware washers are cutting-edge products featuring customisable programs designed specifically for the client in Smeg laboratories. They offer flexible and efficient services and reliable and certifiable results
S
Glassware washer 60cm - GW1260-00-000
GW1260-00-000 - 600x600x850(WxDxH)mm
Smeg Instruments glassware washers are cutting-edge products featuring customisable programs designed specifically for the client in Smeg laboratories. They offer flexible and efficient services and reliable and certifiable results
S
Glassware washer 60cm - GW1260-SC-000
GW1260-SC-000 - 600x600x850(WxDxH)mm
Smeg Instruments glassware washers are cutting-edge products featuring customisable programs designed specifically for the client in Smeg laboratories. They offer flexible and efficient services and reliable and certifiable results
G
Glassware washer 90cm - GW4090
GW4090 - 900x640x850(WxDxH)mm
Smeg Instruments glassware washers are cutting-edge products featuring customisable programs designed specifically for the client in Smeg laboratories. They offer flexible and efficient services and reliable and certifiable results
G
Glassware washer 90cm - GW4290-00-000
GW4290-00-000 - 900x600x850(WxDxH)mm
Smeg Instruments glassware washers are cutting-edge products featuring customisable programs designed specifically for the client in Smeg laboratories. They offer flexible and efficient services and reliable and certifiable results
A
G-LINE indoor storage
Safe storage, provision and dispensing from compressed gas cylinders
Even ventilation and extraction of the entire cabinet interior. Integrated air ducts ready for connection (DN 75) to a technical exhaust system. The potential formation of explosive atmospheres or harmful vapours is safely prevented. Large area for flexible lead-through possibilities on the top of the cabinet, no additional insulation of piping necessary.
A
G-LINE outdoor storage
Safety storage cabinets for the storage of pressurised gas cylinders in outdoor areas according to TRGS 510.
Perfect for the installation in outside areas; completely galvanised sheet steel construction with plastic laminated structured surface; stainless steel base; sloping roof with supernatant allows water to drain. Complete with mounting rails, cylinder retainer and matching tension belts.
G
GloveFAST Aseptic
The aseptic isolator for the highest requirements in cleanroom processes
The GloveFAST Aseptic is a modern, GMP-compliant positive pressure isolator with vertical laminar airflow that has been specially developed for work processes where maximum product safety, sterility and operator protection are essential. Thanks to its modular design, the isolator can be flexibly adapted to customer-specific requirements and is suitable for both routine use and demanding pharmaceutical applications.
G
GloveFAST Clean
Compact all-round isolator for reliable product and personal protection
The GloveFAST Clean is a versatile and compact isolator in a positive pressure version with an innovative 3-stage HEPA filter system, designed for applications where maximum cleanliness, personal safety and product protection are required. The isolator is also optionally available in a negative pressure version - ideal for toxic or highly pathogenic substances.
With its modular design, robust construction and excellent price-performance ratio, the GloveFAST Clean is suitable for pharmaceutical, microbiological and biotechnological applications as well as for hospital pharmacies and research facilities.
G
GloveFAST Cyto
Small in size, big in performance. Reliable protection for all applications with toxic substances
The FASTER GloveFAST Cyto is a space-saving, high-performance negative pressure isolator with a 4-stage HEPA filter system, specially developed for the safe handling of highly effective substances such as cytostatics and other toxic or mutagenic agents. Despite its compact design, the isolator offers complete protection for the product, personnel and environment and fulfils the highest safety and hygiene requirements - at a particularly attractive price-performance ratio.
G
GloveFAST Cyto Pharma
Cytostatic isolator for safe handling of toxic substances, TÜV Nord GS-certified
The GloveFAST Cyto Pharma is a high-performance negative pressure isolator with vertical laminar airflow, specially developed for the safe preparation and filling of cytotoxic, CMR and other highly potent substances. Thanks to its fully enclosed design with laminar airflow, the isolator ensures strict physical separation between the operator and the process while complying with cleanroom class A in accordance with the EU GMP Guide and DIN EN ISO 14644-1 (ISO 5).
G
GloveFAST ᴄRABS
Restrictive barrier system for controlled and safe processes
The FASTER GloveFAST cRABS (Closed Restricted Access Barrier System) is a highly developed, active isolator system with a physical barrier between the operator and the product. Developed for applications with the highest demands on process safety, cleanliness and protection against cross-contamination, the cRABS system is used in particular in areas such as pharmaceuticals, medical technology, biotechnology, chemicals and electronics production. With its high-quality workmanship, ergonomic design and clear separation between operator and product, the GloveFAST cRABS fulfils the current GMP specifications and ISO 14644-1 cleanliness class requirements - and offers maximum flexibility for different production environments.
G
Glove stretcher
Glove Stretcher is an isolator accessory designed to facilitate efficient glove installation, adjustment, and maintenance while supporting safe and controlled isolator operation.
The Glove Stretcher is an accessory for isolator systems that helps simplify the fitting and handling of isolator gloves. Designed to support maintenance and glove replacement procedures, it facilitates proper glove positioning and stretching for efficient installation. Its practical design helps improve handling during routine isolator servicing while supporting the integrity of the controlled environment.
G
Glove testing system
Efficient and standardised leak testing for isolator gloves in accordance with GMP standards
Isolator gloves are essential interfaces between operator and product in closed systems such as isolators or cRABS (Restricted Access Barrier Systems). Due to their constant use, they are subject to a high risk of wear - particularly in the event of mechanical stress, repeated sterilisation and chemical contact. An intact glove is therefore a key element for personal, product and process protection. In accordance with international GMP guidelines, regular testing of glove integrity is mandatory. The software-supported glove testing system from FASTER provides you with a highly developed yet user-friendly tool that can be integrated into existing processes quickly, reliably and with documentation.
B
C
G
A
Glycan BEH Amide Column, 130Å
HILIC column for LC and LC-MS analysis of fluorescently labelled glycans.
Column packing material comprises of a trifunctional amide bonded to a Ethylene Bridge Hybrid (BEH) substrate. Column is designed for HILIC-mode separations of 2-aminobenzamide (2-AB), 2-aminobenzoic acid (2-AA), or Waters RapiFluor-MS (RFMS) labeled glycans. To ensure batch-to-batch consistency, each batch is specifically QC tested with Waters Glycan Performance Test Standard.
B
C
A
Glycan BEH C18 Column AX, 95Å
Mixed-mode column suitable for acidic glycan analysis.
Column packing material comprises of a fully endcapped mixed-mode C18/anion exchange bonding bonded to a highly retentive Ethylene Bridge Hybrid (BEH) 95Å substrate, providing a charge-based separation and supreme resolution for acidic glycan. Column is specifically QC tested with sialylated glycan performance standard to provide a complete charge-based separation solution.
B
C
G
A
Glycoprotein BEH Amide Column, 300Å
HILIC column for LC and LC-MS analyses of glycoproteins, glycoprotein fragments, glycopeptides and glycans.
Column packing material comprises of a trifunctional amide bonded to a Ethylene Bridge Hybrid (BEH) substrate. Column is primarily designed for the analysis of intact glycoproteins, glycoprotein fragments, glycopeptides, and released and labelled glycans. To ensure batch-to-batch consistency, each batch is specifically QC tested with Waters Glycoprotein Performance Test Standard.
G
Good to Go™ TST Autoclave Test Strips
Excelsior Scientific offers Good to Go™ multi parameter Autoclave Time, Steam & Temperature (TST) Test Strips in Type 4 Indicator, Type 5 Integrator & Type 6 Emulator formats. These are perfect for all types of steam sterilisation applications across life science, pharmaceutical and healthcare sectors.
Good to Go™ TST Autoclave Test Strips are chemical indicators designed to monitor steam sterilization cycles by providing a clear visual color change when critical sterilization conditions are reached. Easy to use and interpret, these test strips support routine monitoring of autoclave performance in laboratories, healthcare facilities, and research environments.
G
GP-C18
GP-C18
GP-C18 uses full coverage bonded silica packing, which provides exceptionally high stability. The unique mono-functional bonding chemistry of GP-C18 avoids the formation of multiple C18 layers. Such uniform stationary phase allows the separation to achieve high selectivity and high efficiency.
G
GP-C4
Monomeric and fully endcapped GP-C4 packing is bonded with butyl groups that lead to moderate hydrophobicity.
GP-C4 columns have unique selectivity and peak symmetry with moderate retention for separations of acidic, neutral and basic organic compounds, such as pharmaceuticals, peptides, and organic acids.
G
GP-C8
GP-C8 phase is synthesized with monomeric and fully endcapped chemistry.
The uniform octyl stationary phase allows high efficiency with lower hydrophobicity compared to ODS phase. GP-C8 phase is suitable for separating compounds with a wide range of hydrophobicity. It is highly recommended for separating the compounds which are too strongly retained on C18 phases.
G
GPD4030 Single-Stage Differential Autochange Gas Manifold
The Gasarc Tech Master GPD4030 single-stage diaphragm differential autochange gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
Ensure steady gas pressure and purity with the Gasarc Tech Master GPD4030 single-stage differential autochange gas manifold - BS EN ISO 7291. Featuring automatic changeover and twin-cylinder configuration, this manifold system switches cylinders seamlessly to reduce downtime. It comes equipped with isolation valves to instantly stop the gas flow without disturbing the entire gas distribution system during maintenance. Constructed from brass barstock, this single-stage gas manifold is built to withstand demanding conditions and handle toxic gases.
G
GPD4040 Two-Stage Differential Autochange Gas Manifold
The Gasarc Tech Master GPD4040 two-stage diaphragm differential autochange gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where constant delivery pressure is required.
Get complete control over your operations with the Gasarc Tech Master GPD4040 two-stage differential autochange gas manifold - BS EN ISO 7291. Thanks to the twin-cylinder configuration, this automatic gas manifold switches between sources when a cylinder is depleted, reducing downtime for increased productivity. It features high-pressure and process line isolation valves for effortless gas management and easy maintenance. The two-stage gas manifold features an encapsulated valve design for a clean, high-purity gas output with minimal risk of contamination.
G
GPD414 Twin-Cylinder Two-Stage Differential Autochange Acetylene Manifold
The Gasarc Tech Master GPD414 twin-cylinder two-stage gas manifold is designed for primary pressure control of technical grade acetylene gas up to 4.5 purity (99.995%) in applications where consistent delivery pressure is crucial as the cylinder pressure decreases.
The Gasarc Tech Master GPD414 two-stage acetylene manifold is designed to enhance safety and efficiency in cutting and welding applications. With a twin-cylinder differential autochange setup, it seamlessly switches between cylinders, ensuring a continuous gas supply while minimising downtime. The manifold system features an automatic quick-acting shut-off device that cuts gas flow in emergencies, paired with an integrated flashback arrestor for added protection against backflow. This two-stage unit also includes low and high-pressure isolation valves to offer precise control, making it an ideal choice for applications with varying pressure requirements.
G
GPD4230 Single-Stage Differential Autochange Gas Manifold
The Gasarc Tech Master GPD4230 single-stage piston differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
Enable consistent and safe gas distribution by using the Gasarc Tech Master GPD4230 single-stage differential autochange gas manifold. This automatic gas manifold provides continuous gas supply by switching cylinders when one is depleted. Its high-pressure and process line isolation valves ensure secure shutdowns. The encapsulated seat design helps maintain gas purity by reducing contamination. This single-stage gas manifold features a brass barstock body for robust durability and corrosion resistance.
G
GPD4240 Two-Stage Differential Autochange Gas Manifold
The Gasarc Tech Master GPD4240 two-stage piston differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where constant delivery pressure is required.
The Gasarc Tech Master GPD4240 two-stage differential autochange gas manifold is designed to provide continuous gas flow and precise pressure control for critical applications. Boasting a twin-cylinder configuration, this automatic gas manifold ensures uninterrupted supply by switching sources when a cylinder is depleted, making it ideal for high-demand environments. With high-pressure isolation valves and a process line isolation valve, it offers the user complete control to securely shut off the gas flow. This two-stage gas manifold is made with a brass barstock body to endure harsh conditions without corroding.
.webp)
G
GPF400 High-Pressure Flexible Hose
The Gasarc Tech Master GPF400 high-pressure flexible hose is designed for use with non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%). It is intended for use in conjunction with our gas manifolds.
Featuring a braided design complemented by a robust protective cover, it is engineered to resist abrasions and withstand the rigors of industrial use. The anti-whip feature ensures extra safety during operation. Equipped with a ceramic non-return valve, this high-pressure gas hose effectively prevents backflow to ensure a seamless flow.
G
GPF410 High-Pressure Acetylene Hose
The Gasarc Tech Master GPF410 high-pressure flexible hose is designed for use with Acetylene up to grade 4.5 purity (99.995%). It is intended for use in conjunction with our gas manifolds.
Combining superior flexibility with exceptional durability, the Gasarc Tech Master GPF410 acetylene hose is your go-to solution for high-pressure applications. It features a braided construction with a protective cover to withstand the rigors of industrial use. Its anti-whip design enhances handling safety. This high-pressure hose comes with a non-return valve to prevent backflow for seamless and secure gas distribution.
G
GPF420 High-Pressure Oxygen Hose
The Gasarc Tech Master GPF420 high-pressure hose is designed for use with Oxygen up to grade 4.5 purity (99.995%). It is intended for use in conjunction with our gas manifolds.
It can handle a maximum working pressure of up to 330 bar. This braided gas hose is made from stainless steel for durability and flexibility, making it an ideal choice for demanding industrial environments. Plus, its innovative anti-whip design ensures added safety during use.
G
GPF430 Flexible Tailpipe With Ceramic Non-Return Valve
The Gasarc Tech Master GPF430 high-pressure flexible tailpipe is designed for use with non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%). It is intended for use in conjunction with our gas manifolds.
The Gasarc Tech Master GPF430 high-pressure tailpipe is engineered to deliver optimal performance in demanding applications. Its robust cupro/nickel construction ensures exceptional durability, resistance to corrosion, and excellent flexibility. It features a ceramic non-return valve to prevent backflow, ensuring the integrity of the gas supply and enhancing overall safety. Designed to handle a maximum working pressure of 300 bar, this high-pressure tailpipe is perfect for a variety of industrial processes.
G
GPH4000 Header Rail Assemblies
The Gasarc Tech Master GPH4000 header rail assemblies are designed for use with non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%).
Enhance your gas management system with the Gasarc Tech Master GPH4000 header rail assemblies. They are intended for use in conjunction with our gas manifolds integrated within gas management and distribution systems. These assemblies provide flexible port configurations to support efficient gas flow and versatile distribution.
G
GPL400 Single-Stage Line Regulator
The Gasarc Tech Master GPL400 single-stage diaphragm line regulator is designed for secondary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
Designed for accuracy and reliability, the Gasarc Tech Master GPL400 single-stage line regulator is suited to deliver dependable performance in demanding environments. It boasts a four-port design for flexible installation and supports rear panel mounting in restricted spaces. Its encapsulated seat design and low wetted surface area minimise the chances of contamination, resulting in consistent gas purity and efficient performance. With a wide array of inlet and outlet fittings, this diaphragm line regulator is adaptable to various applications.
G
GPL410 Single-Stage Acetylene Line Regulator
The Gasarc Tech Master GPL410 single-stage diaphragm line regulator offers reliable secondary pressure control for acetylene gas up to 99.995% purity (grade 4.5) in gas distribution systems.
Elevate your gas management with the Gasarc Tech Master GPL410 acetylene line regulator. Its encapsulated seat design and low wetted surface area reduce contamination risks and maintain consistent gas purity. This single-stage line regulator comes with a flexible four-port configuration, rear panel mounting capabilities, and a variety of inlet and outlet fittings, making it ideal for a wide range of industrial applications.
G
GPL420 Single-Stage High-Pressure Line Regulator
Experience precision gas control with the Gasarc Tech Master GPL420 single-stage line regulator, engineered for high-pressure industrial applications.
The Tech Master GPL420 single-stage high-pressure line regulator is designed for secondary pressure control of non-corrosive or toxic gases with up to Grade 4.5 (99.995%) purity. Built from durable brass barstock, it ensures dependable performance in demanding environments, while maintaining safety and reliability. This high-pressure regulator supports a maximum inlet pressure of up to 300 bar, making it suitable for a variety of gas control applications.
G
GPM4010 Single-Stage Manual Gas Manifold - BS EN ISO 7291
The Gasarc Tech Master GPM4010 single-stage manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.
Engineered for steady and reliable pressure control, the Gasarc Tech Master GPM4010 single-stage manual gas manifold is designed for applications involving non-corrosive or technical gases. It comes equipped with a process line isolation valve and high-pressure isolation valves to provide secure and quick shut-off during maintenance or emergencies. This single-stage diaphragm manifold system features an encapsulated valve design to reduce contamination and maintain gas purity. Robust brass barstock construction ensures superior durability to survive the harsh industrial environment.
G
GPM4020 Two-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4020 two-stage diaphragm manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
Streamline your gas distribution with the Gasarc Tech Master GPM4020 two-stage gas manifold. With a two-stage pressure regulation design, it ensures a stable output pressure even with fluctuating input pressures. High-pressure isolation valves and a process line isolation valve enhance safety, while the encapsulated valve design minimises contamination risks. Made from durable brass barstock, this manifold system is highly durable and corrosion resistant, suitable for managing non-corrosive or toxic gases up to grade 4.5 purity.
G
GPM4030 Single-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4030 single-stage manual diaphragm gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.
Designed for efficient gas management, the Gasarc Tech Master GPM4030 gas manifold - BS EN ISO 7291 provides single-stage pressure regulation for technical gases. Equipped with high-pressure isolation valves and a process line isolation valve, it ensures safe operation and easy maintenance. Its encapsulated valve design further enhances safety by preventing leaks. This gas manifold system is compatible with twin-cylinder configurations, allowing continuous gas supply.
G
GPM4040 Two-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4040 two-stage diaphragm manual gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
Gas management gets easier with the Gasarc Tech Master GPM4040 two-stage gas manifold - BS EN ISO 7291 in your distribution system. Its two-stage pressure regulation ensures consistent output, even as cylinder pressure fluctuates. The diaphragm manifold supports a twin-cylinder configuration for continuous gas supply. It features high-pressure isolation valves, process line isolation valves, and an encapsulated valve design for maximum safety during operation and maintenance.
G
GPM411 Single-Cylinder Single-Stage Manual Acetylene Manifold
The Gasarc Tech Master GPM411 single-stage single-cylinder manual gas manifold is designed for primary pressure control of technical-grade acetylene gas up to 4.5 purity (99.995%) in gas distribution systems.
The Gasarc Tech Master GPM411 single-cylinder manual gas manifold is designed with safety at its core. Equipped with an automatic shut-off device, it halts gas flow immediately in case of irregularities. Additionally, the integrated flashback arrestor prevents the backflow of gases and flames, enhancing overall system safety. This single-stage manifold also includes a process line isolation valve and a high-pressure purge valve for simplified maintenance and secure gas management in cutting and welding applications.
G
GPM413 Twin-Cylinder Single-Stage Manual Acetylene Manifold
The Gasarc Tech Master GPM413 twin-cylinder single-stage manual gas manifold is designed for primary pressure control of technical-grade acetylene gas up to 4.5 purity (99.995%) in gas distribution systems.
The Gasarc Tech Master GPM413 single-stage gas manifold is engineered for industrial applications using twin acetylene cylinders. It features low- and high-pressure valves for managing gas flow at varying pressure levels, ensuring efficient control. A process line isolation valve provides a convenient shut-off function for maintenance, while the automatic quick-acting shut-off device enhances safety by stopping gas flow during emergencies. The integrated flashback arrestor adds another layer of protection, making the acetylene manifold ideal for critical applications such as cutting and welding.
G
GPM4210 Single-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4210 single-stage manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.
Experience seamless flow and unmatched control with the Gasarc Tech Master GPM4210 single-stage gas manifold. Its single-stage pressure regulation provides stable control in applications where minor pressure variations are acceptable. With high-pressure isolation valves, a robust encapsulated valve design, and a process line isolation valve, the piston gas manifold offers safety, efficiency, and ease of maintenance, making it an ideal choice for specialised gas applications. This gas manifold system is built from brass barstock for exceptional durability.
G
GPM4220 Two-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4220 two-stage piston manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
When consistency is the priority, the Gasarc Tech Master GPM4220 two-stage manual gas manifold is the right choice. Thanks to two-stage pressure regulation, it ensures stable gas flow even as cylinder pressure varies. This piston-style gas manifold is designed for single-cylinder configurations, making it ideal for applications requiring controlled gas supply from individual sources. It comes with high-pressure isolation valves, a process line isolation valve, and an encapsulated valve design for maximum safety.
G
GPM4230 Single-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4230 single-stage piston manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.
The Gasarc Tech Master GPM4230 manual gas manifold offers reliable single-stage pressure regulation for gas distribution systems. It supports twin-cylinder configurations to provide continuous supply with minimal downtime. With a robust brass barstock construction, this piston-style gas manifold delivers durability and precision, while its encapsulated valve design enhances safety by preventing leaks. The GPM4230 single-stage manifold features both high-pressure and process line isolation valves, allowing easy control and maintenance.
G
GPM4240 Two-Stage Manual Gas Manifold
The Gasarc Tech Master GPM4240 two-stage piston manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.
The Gasarc Tech Master GPM4230 manual gas manifold offers reliable single-stage pressure regulation for gas distribution systems. Suitable for non-corrosive or toxic technical gases, it supports twin-cylinder configurations, ensuring continuous supply with minimal pressure fluctuation. This piston gas manifold features both high-pressure and process line isolation valves, allowing easy control and maintenance. With a robust brass barstock construction, it is durable and resistant to corrosion.
G
GP-Phenyl
GP-Phenyl packing materials are bonded with propyl phenyl groups that enable special interaction with ring structured compounds.
The monomeric bonding chemistry gives high efficiency and high resolution separations. GP-Phenyl phase is suitable for separations of acidic, neutral and basic organic compounds, as well as pharmaceuticals.
G
GPS400 Single-Stage Cylinder Regulator
Designed for non-corrosive or toxic technical grade gases, the Gasarc Tech Master GPS400 single-stage cylinder regulator offers reliable gas control with a purity of up to 99.995%.
The Gasarc Tech Master GPS400 single-stage regulator offers the control you need in demanding industrial settings. Equipped with a versatile five-port configuration, it offers multiple connectivity options for flexible integration into your existing setup. The rear panel mounting feature simplifies installation, saving you time and effort. This brass diaphragm regulator boasts an encapsulated seat design that protects critical components from contaminants, ensuring reliable performance. With a low wetted surface area, the GPS400 acetylene regulator ensures long-lasting performance.
G
GPS410 Single-Stage Acetylene Cylinder Regulator
The Gasarc Tech Master GPS410 single-stage cylinder regulator is crafted for precise control of technical-grade acetylene gas up to 99.995% purity for industrial applications.
Designed to withstand the toughest environments, the Gasarc Tech Master GPS410 single-stage acetylene regulator delivers robust performance. Its single-stage diaphragm design is ideal for industrial applications where slight pressure variation is acceptable. This acetylene regulator features a five-port configuration and rear panel mounting for easy installation in your existing setup. Engineered for durability and efficiency, it boasts an encapsulated seat design and low wetted surface area that minimise wear.
G
GPS420 Single-Stage Cylinder Regulator
The Gasarc Tech Master GPS420 single-stage cylinder regulator offers precise gas control for non-corrosive or toxic technical-grade gases up to a purity of 4.5 (99.995%) in industrial sectors.
When precision gas delivery is essential, the Gasarc Tech Master GPS420 single-stage regulator is your go-to solution. This piston-type regulator provides efficient gas control where slight pressure variations are acceptable, making it ideal for use in industrial environments. Its five-port configuration with base and side entry, front and rear panel mounting capabilities, and compatibility with a variety of inlet and outlet fittings offer excellent installation flexibility. Encapsulated seat design and low wetted surface area ensure contamination-free gas flow.
G
GPT400 Two-Stage Cylinder Regulator
For non-corrosive or toxic gases up to a purity of 99.995%, the Gasarc Tech Master GPT400 two-stage cylinder regulator provides dependable pressure control in industrial applications.
Experience superior gas regulation and reliability with the Gasarc Tech Master GPT400 two-stage regulator. Engineered for industrial processes, this diaphragm regulator ensures a safe and consistent gas flow, even as the cylinder pressure decreases. A standout feature is its five-port design with dual gas entry points and availability with a full range of inlet and outlet fittings, allowing for flexible installation in your existing setup. Furthermore, the encapsulated seat design and low wetted surface area significantly enhance gas flow efficiency and longevity, making it a smart choice for demanding applications.
G
GPT410 Two-Stage Acetylene Cylinder Regulator
The Gasarc Tech Master GPT410 two-stage acetylene cylinder regulator is built for precise control of technical-grade acetylene gas, offering 99.995% purity in industrial settings.
Ensure safe, constant pressure control with the Gasarc Tech Master GPT410 two-stage regulator, designed for acetylene gas processes in industrial settings. This brass barstock diaphragm regulator ensures constant delivery pressure even as the cylinder pressure decreases, thanks to its reliable two-stage design. Its five-port configuration with base and side entry allows for seamless integration with existing systems. Boasting an encapsulated seat design and low wetted surface area, it minimises the risk of contamination and maintains consistent gas purity. The GPT410 acetylene regulator is ideal for applications where maintaining stable pressure is critical for efficiency and safety.
G
GPT420 Two-Stage Cylinder Regulator
The Gasarc Tech Master GPT420 two-stage cylinder regulator delivers precision control for non-corrosive or toxic technical gases, up to 99.995% purity. Ideal for industrial applications, it ensures consistent pressure even as cylinder pressure decreases.
When precision is non-negotiable, trust the Gasarc Tech Master GPT420 two-stage regulator to maintain optimal gas flow. Featuring a robust five-port configuration, this piston regulator accommodates a range of inlet and outlet fittings, making it adaptable to diverse operational requirements. Its low wetted surface area and encapsulated seat design ensure durability and performance.
G
Growth Promotion
Growth Promotion Test Suspensions provide a quality control challenge to each batch or lot of medium, ensuring its growth promoting qualities.
Growth Promotion products are designed to verify the ability of culture media to support the growth of microorganisms under specified test conditions. They provide reliable performance testing for microbiological media and help laboratories maintain consistent quality and compliance in routine microbiological testing.
G
G-ULTIMATE-90 / G-CLASSIC-30
G-ULTIMATE-90/G-CLASSIC-30: Safe storage and dispensing of compressed gas cylinders with G-LINE cabinets.
The G-ULTIMATE-90 and G-CLASSIC-30 gas cylinder cabinets provide 90-minute fire resistance, ensuring secure storage, provision, and dispensing of pressurized gas cylinders. Designed with proper ventilation, they meet EN standards for safety.
H
Handwheel Lock
The DruvaTEC 20 m3 handwheel lock is an essential accessory for our TEC shut-off valves with a round handwheel design.
The Druva Tec Handwheel Lock is designed for our TEC 20 m3 series shut-off valves. It provides an added layer of security and control, preventing unauthorized or accidental valve manipulation. Perfectly designed for use with our diaphragm shut-off valves, the handwheel lock ensures safe and reliable operation in industrial gas supply systems.
B
Hanging beams
Hanging Beams provide a practical solution for organizing and integrating laboratory utilities and services above workspaces. Their flexible design helps optimize space and support efficient, adaptable laboratory layouts.
IKARO hanging service module, dedicated to the horizontal distribution of services and plant lines. Maximum flexibility of use with the possibility of placing fixed counters, mobile workstations and floor equipment under the hanging beam. Designed to adapt to any existing installation conditions with ceiling or floor anchorage using special supports.
B
hanging cupboards
Hanging cupboards provide convenient, space-saving storage for laboratory equipment, supplies, and everyday essentials. Designed for easy access and efficient organization, they help maximize available workspace while keeping items neatly stored.
Hanging storage cupboards intended for installation on laboratory furniture structures or for wall mounting. Configurable in versions without front doors, or with sliding doors in safety glass or solid hinged doors.
A
Hazardous material work stations
A wide variety of work procedures require unique solutions when handling hazardous materials. The modular hazardous material work stations by asecos guarantee the ideal product is found quickly. Efficient, secure retention of the pollutants at the hazardous material work stations can only be achieved through an optimum combination of inlet and exhaust air. This guarantees the user the highest levels of safety and protection against hazard.
G
High Capacity Glassware Washer - GW6010ML
High Capacity Glassware Washer - 650x720x1950(WxDxH)mm
Smeg Instruments glassware washers are cutting-edge products featuring customisable programs designed specifically for the client in Smeg laboratories. They offer flexible and efficient services and reliable and certifiable results
H
High Flow Non-Return Valves
The DruvaTEC High-Flow Series non-return valves are engineered to prevent backflow and maintain system integrity in demanding applications.
Ideal for applications with high flow requirements, they are crucial for maintaining system integrity and preventing contamination in gas supply systems.
H
High-Pressure Acetylene Connection Hoses
The DruvaTEC acetylene connection hoses are designed for cutting, welding, and other high-pressure industrial applications.
Ensure precise and secure acetylene gas transfer with the Druva high-pressure acetylene connection hoses. Built to withstand extreme pressure, these hoses are crafted from high-quality materials that ensure safety and durability under demanding conditions.
H
High-Purity Corrugated Stainless Steel Hose
The Druva 20 m³ Range high-purity corrugated hose is a high-pressure, stainless steel hose designed for flexible and reliable connections between pressurised gas cylinders and manifolds.
Engineered for high-pressure performance, the Druva high-purity corrugated stainless steel hose offers superior flexibility for pressurised gas cylinder connections. With a maximum pressure rating of 340 bar and a temperature tolerance of 60°C, this metal gas hose is designed for demanding environments. Manufactured and inspected according to ISO 10380 standards, it ensures exceptional safety and reliability for critical applications.
H
High-Purity Cylinder Connection Valves FAV 500-36/-37
The DruvaPUR Series high-purity connection valves are engineered for use with gas cylinders containing inert, reactive, flammable, and oxidising gases and gas mixtures with a purity of up to 6.0. They are not suitable for oxygen applications.
Developed with the MVR-A 500 series, the Druva high-purity cylinder connection valves FAV 500-36/-37 offer exceptional leak-tightness and functional safety. It offers precise gas flow control for low-pressure cylinders, below 50 bar. With a hardened stainless steel cone and robust construction, this high-purity diaphragm valve can handle reactive, flammable, and oxidising gases. The FAV 500 valve is available with or without a gauge.
H
High-Purity Cylinder Purge Block DPB 500
The DruvaPUR 20 m³ Range 2-port and 3-port high-purity purge block is designed for use with gases up to purity level 6.0, excluding oxygen.
The Druva 2-port and 3-port high-purity cylinder purge block DPB 500 ensure safe, efficient gas purging for high-purity and corrosive gases during cylinder changeovers. The 2-Port Purge Block features a cylinder connection, check valve, purge gas inlet, and shut-off valves for the purge gas outlet. The 3-Port configuration adds a process gas shut-off valve. Regular surface cleaning and thorough quality control minimize the risk of contamination. Optional orbital welded connection fittings and extended cylinder connections (100 mm) are available as alternatives to the standard. The Triple Valve Block is designed for external gas purging of high-purity or corrosive gases, ensuring gas purity is maintained during cylinder switchover. This purge unit provides essential safety when handling toxic gases. The purge blocks offer optimum safety for both the application and the operator, making them ideal for a wide range of uses.
H
High-Purity Dual-Source Dual-Stage Manual Manifold - External Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source dual-stage manual 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.
Engineered for high-purity systems, the Druva dual-source dual-stage manual manifold with external gas purging ensures flawless switching between gas sources while maintaining pressure control. Compact and robust, it's equipped with relief valves and leak-proof diaphragm tightening systems for consistent performance. Whether used for inert, flammable, or toxic gases, this high-purity gas manifold system provides the necessary reliability and safety for critical gas applications.
H
High-Purity Dual-Source Dual-Stage Manual Manifold - High-Pressure Valve
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source dual-stage manual 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.
Experience seamless gas management with the Druva dual-stage manual gas manifold, designed for precision in high-pressure environments. Featuring Hastelloy/Elgiloy diaphragm tightening system to provide a leak-proof seal, this high-purity manifold is suited to handle inert, flammable, and oxidising gases in sensitive environments like laboratories and industries. It ensures safe operation with an integrated relief valve and shut-off valves.
H
High-Purity Dual-Source Dual-Stage Manual Manifold - Process Gas Purging System
The DruvaPUR 20 m3 Series high-purity dual-source dual-stage manual 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.
The Druva high-purity dual-stage manual manifold with a process gas purging system offers superior safety and control in gas supply systems. With dual-source configuration, it ensures seamless switching between two sources with precision. Integrated safety valves and relief systems, combined with compact construction, make this high-purity gas manifold system ideal for sensitive environments. Its ability to handle flammable and oxidizing gases with guaranteed purity makes it an essential component in critical gas applications.
H
High-Purity Dual-Source Dual-Stage Semiautomatic Manifold - External Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source dual-stage semiautomatic 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.
For high-purity gas systems requiring external gas purging, the Druva dual-stage semiautomatic manifold provides unmatched safety and performance. It allows for easy switching between two gas sources while ensuring precise pressure control and safe operation. Designed for pure, inert, and flammable gases, this high-purity gas manifold includes key features like built-in relief valves and leak-proof sealing. Ideal for critical, hazardous environments, it meets necessary electrostatic chargeability and safety standards for use in explosive areas.
H
High-Purity Dual-Source Dual-Stage Semiautomatic Manifold - High-Pressure Valve
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source dual-stage semiautomatic 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.
The Druva dual-stage semiautomatic manifold with a high-pressure valve is engineered for seamless gas source switching and precise flow control. Ideal for pure, inert, and flammable gases, this high-purity gas manifold ensures safety with integrated relief valves and compliance with O2 ignition tests. Featuring robust construction, leak-proof diaphragms, and simple installation, it's perfect for confined spaces requiring dependable performance.
H
High-Purity Dual-Source Dual-Stage Semiautomatic Manifold - Process Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source dual-stage semiautomatic manifold - process 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.
Ensure optimal pressure control and system safety with the Druva high-purity dual-stage semiautomatic manifold for process gas purging. Supporting dual-source connectivity, it enables smooth, reliable switching between two gas sources. Safety features such as built-in relief valves and leak-proof sealing ensure dependable operation. This high-purity gas manifold is ideal for handling flammable and inert gases, offering reliable performance in critical applications where safety is paramount.
H
High-Purity Dual-Source Single-Stage Manual Manifold - External Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source single-stage manual 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 single-stage manifold is equipped with a manual valve actuation mechanism for seamless switching between two gas sources. It features Hastelloy/Elgiloy diaphragm tightening for a leak-proof seal, ensuring efficient and reliable operation. This high-purity manifold system includes built-in relief and purge valves for safe, controlled gas flow.
H
High-Purity Dual-Source Single-Stage Manual Manifold - High-Pressure Valve
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source single-stage manual 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.
Effortlessly switch between gas sources with the Druva dual-source single-stage manifold featuring a high-pressure valve. Designed for pure, inert, and oxidising gases, it offers precise flow control with a leak-proof sealing diaphragm. This high-purity gas manifold system includes safety features such as a built-in relief valve and is compact enough for use in space-restricted environments.
H
High-Purity Dual-Source Single-Stage Manual Manifold - Process Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source single-stage manual 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.
The Druva high-purity single-stage manifold with a process gas purging system is engineered for critical applications. It enables seamless gas source switching and enhanced safety with a leak-proof diaphragm and built-in relief valves. Its compact design and purging system ensure system cleanliness and pressure control, making this gas manifold system perfect for pure, inert, and oxidising gases in demanding environments that require high safety standards.
H
High-Purity Dual-Source Single-Stage Semiautomatic Manifold - External Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source single-stage semiautomatic 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.
Maximise operational safety and efficiency with the Druva single-stage semiautomatic manifold, designed for high-purity systems needing external gas purging. This gas system manifold ensures reliable switching between gas sources while maintaining precise pressure control. It features relief valves and leak-proof sealing to maintain reliable performance and system integrity. Ideal for pure, inert, and toxic gases, this high-purity gas manifold meets electrostatic chargeability requirements and ensures performance in EX-areas.
H
High-Purity Dual-Source Single-Stage Semiautomatic Manifold - High-Pressure Valve
The DruvaPUR 20 m3 Series Low Flow high-purity dual-source single-stage semiautomatic 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.
With the Druva high-purity dual-source single-stage semiautomatic gas manifold, enjoy smooth, reliable switching between gas sources in high-pressure applications. This compact manifold system delivers efficient performance, featuring a leak-proof tightening system and robust safety mechanisms. Featuring easy installation and front plate cutouts for gauge replacement, it can easily be installed within your existing settings.
H
High-Purity Dual-Source Single-Stage Semiautomatic Manifold - Process Gas Purging System
The DruvaPUR 20 m3 Series Low Flow high-purity single-stage dual-source semiautomatic 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.
The Druva single-stage semiautomatic gas manifold with a process gas purging system delivers impeccable precision and safety for high-purity gas systems. It ensures smooth switching between two gas sources while maintaining exact pressure control. Equipped with safety valves and relief systems, it can securely handle inert, flammable, and oxidising gases. Designed for compact installations, this high-purity gas manifold system guarantees maximum operational reliability and easy maintenance in critical applications.
H
High-Purity Extension Header Kits for Manifold
The DruvaPUR 20 m³ Range high-purity extension header kits expand the number of high-pressure inlet ports for manifolds in gas supply systems handling pure, inert, flammable, and oxidising gases and gas mixtures up to gas purity 6.0.
The Druva high-purity extension header kits are designed to connect multiple gas cylinders to each side of the manifold. The kit typically includes a diaphragm shut-off valve, tubing, and inlet and outlet connections. Upon request, the customisation options include check valves, gauges, vent valves, pressure transmitters, and contact gauges. Available with up to 4 inlet ports, these extension header kits are built to ensure the safe handling of high-purity gases.
H
High-Purity Four-Port Shut-Off Valve - 300 Bar - One Inlet
The DruvaPUR 20 m³ Range high-purity low flow four-port stainless steel 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.
Optimise your gas management with the Druva high-purity four-port shut-off valve, engineered for seamless performance in high-pressure environments up to 300 bar. Equipped with a Hastelloy/Elgiloy diaphragm tightening system, this high-purity valve ensures a reliable, leak-proof seal that enhances safety and prevents contamination. Its compact design maximises space efficiency, while its robust stainless steel construction makes it ideal handling pure, inert, and flammable gases.
.webp)
H
High-Purity Four-Port Shut-Off Valve - 300 Bar - Three Inlets
The Druva 20 m³ Range high-purity low-flow four-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 gas purity of 6.0.
The Druva high-purity four-port shut-off valve combines innovative design and rugged performance to provide unparalleled reliability in handling multiple gas sources. With a maximum working pressure of 300 bar, it is suitable for various high-pressure applications in labs, manufacturing, and industrial applications. This high-purity valve is designed with a Hastelloy/Elgiloy diaphragm tightening system to provide a robust seal to the atmosphere.
H
High-Purity Four-Port Single-Stage Absolute-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity four-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 four-port single-stage line regulator offers unparalleled control over absolute pressure in sensitive applications like pharmaceuticals, laboratories, and research environments. Its four-port design allows for easy connection in smaller systems where precise pressure control is critical. Thanks to the Hastelloy diaphragm tightening system, this high-purity pressure regulator ensures a secure seal to prevent any gas leaks for safe operation. The compact design fits easily into tight spaces, while the excellent pressure adjustability enables fine-tuned control. Meeting international safety and reliability standards, this pressure regulator is perfect for industries that demand precision in pressure regulation.
H
High-Purity Four-Port Single-Stage High-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity four-port single-stage 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 single-stage high-pressure line regulator is built for high-demand applications requiring robust and reliable pressure control. With its compact four-port design, it ensures efficient distribution of gas, even in space-restricted setups. The Hastelloy diaphragm tightening system offers an excellent seal to prevent leaks for safe and dependable operation. This high-purity single-stage regulator enables precise control over pressure adjustment to maintain a consistent and optimal flow. Designed to meet international safety standards, it ensures both performance and reliability, even in demanding conditions.
H
High-Purity Four-Port Single-Stage Low-Pressure Line Regulator
The DruvaPUR 20 m3 Series high-purity four-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 four-port single-stage line regulator is designed to provide stable and reliable performance in systems that require low-pressure gas control. Its four-port configuration and compact design make it ideal for smaller systems or equipment where space is limited. This high-purity pressure regulator features the Hastelloy diaphragm tightening system to ensure a secure seal to prevent any leaks. Its excellent pressure adjustability ensures that the operator can precisely control the gas flow, maintaining system performance with ease. This low-pressure regulator meets international standards for safety and reliability.
H
High-Purity Four-Port Single-Stage Precision Line Regulator
The DruvaPUR high-purity four-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.
Designed for unmatched precision, the Druva high-purity single-stage line regulator is engineered to deliver stable, low outlet pressures with exceptional accuracy. Its big housing diameter accommodates larger metal diaphragms, enabling extremely fine adjustment of back pressure at relatively high flow rates down to 250 mbar. The result is a precise, low-pressure supply with minimal hysteresis and reliable performance. This high-purity pressure regulator features four ports for flexible gas distribution in various sensitive environments.
H
High-Purity Handwheel Lock
The Druva 20 m³ Range high-purity handwheel lock is a new accessory for our range of shut-off valves with a round handwheel design.
The Druva high-purity handwheel lock is designed to offer superior control and security for our diaphragm shut-off valves. This accessory ensures the handwheel stays securely in place, preventing accidental adjustments and enhancing operational safety.
H
High-Purity Packed Regulating Valves FAV 115 V/T
The DruvaPUR FAV 115 V/T packed regulating valves are ideal for extracting and adjusting corrosive gases from pressurised gas cylinders.
The Druva high-purity packed regulating valves are designed for direct mounting on cylinder valves. They are essential for processes like pressure-less polymerisations, providing consistent gas regulation. These stainless steel valves ensure prolonged durability and robust resistance to corrosion.
H
High-Purity Prior Dual-Stage Cylinder Regulator
The DruvaPUR high-purity Prior dual-stage cylinder regulator is designed for inert gases and gas mixtures with a purity level of up to 5.0. It features an inlet pressure of 230 bar (3300 psi) and an adjustable outlet pressure range from 0.05 to 10 bar (0.7 to 145 psi), ensuring precise and reliable pressure control.
The Druva PRIOR is a high-purity dual-stage cylinder regulator designed to provide consistent, stable pressure regardless of inlet pressure fluctuations. The first stage is preset, while the second stage is adjustable to achieve precise, constant outlet pressure. Featuring a metal bellows in the second stage, it ensures high-quality performance, outstanding performance, and excellent gas tightness. This high-purity two-stage regulator combines outstanding pressure stability, a wide flow rate range, and robust safety features, making it ideal for demanding applications. Its ergonomic design allows for easy operation and quick adjustment of the outlet pressure. With its superior performance, the PRIOR pressure regulator is particularly well-suited for laboratory, laser, analytical, and other applications where precise and reliable pressure control is critical.
H
High-Purity Single-Source Dual-Stage Gas Manifold
The DruvaPUR 20 m3 Series Low Flow high-purity single-source dual-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.
Elevate your gas management system with the Druva dual-stage manifold. Supporting pure, inert, and oxidising gases, this high-purity gas manifold features a compact design for efficient space use. The built-in relief and safety valves at the outlet and check valve at the inlet add to the reliability, making it an ideal choice for systems requiring consistent and controlled gas flow.
No results found.
Please try different keywords.
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.
.png){kind=small}