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SafeFAST Premium – Class II
The high-end safety cabinet for demanding laboratory environments
The SafeFAST Premium from FASTER combines state-of-the-art technology, first-class safety standards and maximum ease of use in one device. As a class II biological safety cabinet, it was specially designed for working with biological agents and cell cultures - with the aim of reliably protecting the product, personnel and environment at the same time. Whether in pharmaceutical research, microbiology, cell biology, haematology or genetic engineering - the SafeFAST Premium is the perfect solution for GMP-compliant processes where absolute purity, energy efficiency and ergonomics are paramount. Sustainable & quiet - for environmentally conscious laboratory use With an energy consumption of less than 84.4 W, the SafeFAST Premium is one of the most efficient safety cabinets on the market. With an exceptionally low noise level of just 39 dB(A), it is the quietest device available worldwide. The integrated Energy Safe Mode further minimises power consumption - ideal for use in continuous operation.
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SafeFAST Top – Class II
Maximum personal, product and environmental protection for microbiological applications
The SafeFAST Top is a high-quality Class II biological safety cabinet, designed for laboratories with the highest demands on safety, ergonomics and hygiene. It fulfils the requirements of European standard EN 12469:2000 and is the first choice when a particularly robust, hygienic and contamination-free work area is required. Thanks to its seamless finish made from a single piece of stainless steel with rounded corners, the SafeFAST Top offers an outstanding degree of ease of cleaning and durability - ideal for all microbiological work areas with increased hygiene requirements.
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SafeFAST XXL – Class II
The large-capacity safety cabinet for automated laboratory processes
Maximum protection with maximum space requirements - ideal for robots, 3D printers and special applications The SafeFAST XXL is a specially developed Class II biological safety cabinet, designed to accommodate large-format devices such as laboratory robots, 3D printers or complex analysis systems. It combines the highest safety standards with a robust, application-specific design and offers ISO Class 3 air purity in accordance with ISO EN 14644-1 - for absolute cleanliness in the work area while protecting people, products and the environment.
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Safety Assistance System
The Safety Assistance System provides intelligent monitoring and support for safer operation of safety storage cabinets. Designed to help detect potential issues and enhance workplace safety during the storage of hazardous materials.
The Safety Assistance System, SAS for short, enables permanent monitoring of the effectiveness of the technical exhaust air as well as the required air exchange rate for safety cabinets in accordance with BS EN 14470-1 and BS EN 14470-2.
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Safety Cap B63
A PTFE safety cap with 1 air valve.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them.
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Safety Cap I, GL45
A PTFE safety cap with 1 air valve and 1 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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Safety Cap I, GL45, 90° Angled
A PTFE safety cap with 1 air valve and 1 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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Safety Cap I, GL45, PFAS-Analytic
A PP safety cap with 1 air valve and 1 capillary connection.
Containing a polypropylene core, the safety cap and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with their hermetically sealing properties, this safety cap prevents unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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Safety Cap I, GL/S40
PTFE Safety Cap with 1 air valve and 1 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL/S40 thread.
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Safety Cap I, GL/S40 With Shut-Off
PTFE Safety Cap with a shut-off, 1 air valve and 1 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL/S40 thread, and comes with a shut-off valve to keep solvent pumps primed as solvent bottles are replaced.
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Safety Cap I, GreenLine: GL45, PEEK
Safety Cap I, GreenLine: GL45, PEEK
The SCAT Green Line Safety Cap I, GL45 is a hermetically sealing, fluorine-free safety cap for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the cap completely free of fluoropolymers. This makes it particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. One capillary connection enables the clean routing of the solvent line directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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Safety Cap II, GL45
A PTFE safety cap with 1 air valve and 2 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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Safety Cap II, GL45, PFAS-Analytic
A PP safety cap with 1 air valve and 2 capillary connections.
Containing a polypropylene core, the safety cap and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with its hermetically sealing properties, this safety cap prevents unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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Safety Cap II, GreenLine: GL45, PEEK
Safety Cap II, GreenLine: GL45, PEEK
The SCAT Green Line Safety Cap II, GL45 is a hermetically sealing, fluorine-free safety cap for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the cap completely free of fluoropolymers. This makes it particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Two capillary connections enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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Safety Cap III, GL45
A PTFE safety cap with 1 air valve and 3 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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Safety Cap III, GL45, PFAS-Analytic
A PP safety cap with 1 air valve and 3 capillary connections.
Containing a polypropylene core, the safety cap and fittings ensure the accuracy of testing for fluoro-containing compounds, including PFAS, without interference from the cap material. Coupled with its hermetically sealing properties, this safety cap prevents unwanted contamination, making them particularly essential for laboratories and industries involved in PFAS analysis.
This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc.
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Safety Cap III, GreenLine: GL45, PEEK
Safety Cap III, GreenLine: GL45, PEEK
The SCAT Green Line Safety Cap III, GL45 is a hermetically sealing, fluorine-free safety cap for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the cap completely free of fluoropolymers. This makes it particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Three capillary connections enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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Safety Cap IV, GL45
A PTFE safety cap with 1 air valve and 4 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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Safety Cap IV, GreenLine: GL45, PEEK
Safety Cap IV, GreenLine: GL45, PEEK
The SCAT Green Line Safety Cap IV, GL45 is a hermetically sealing, fluorine-free safety cap for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the cap completely free of fluoropolymers. This makes it particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Four capillary connections enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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Safety Cap VI, GL45
A PTFE safety cap with 1 air valve and 6 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a GL45 thread, such as those from SCHOTT, DURAN, WHEATON, KIMBLE (DWK), etc., making the starter kit ideal as initial equipment for an HPLC setup.
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Safety Cap VI, GreenLine: GL45, PEEK
Safety Cap VI, GreenLine: GL45, PEEK
The SCAT Green Line Safety Cap VI, GL45 is a hermetically sealing, fluorine-free safety cap for the safe HPLC solvent supply on laboratory bottles with GL45 thread. The high-quality PEEK core replaces the commonly used PTFE core and makes the cap completely free of fluoropolymers. This makes it particularly suitable for PFAS-sensitive applications as well as laboratories with increased requirements for sustainability and regulatory safety. Six capillary connections enable the clean routing of the solvent lines directly to the HPLC system. The integrated ventilation valve opens under negative pressure and ensures a controlled, filtered air supply into the bottle. This reduces solvent vapors, improves occupational safety and at the same time supports stable and PFAS-sensitive laboratory processes in analytics, chemistry and pharmaceuticals.
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Safety Gauges RM 50
The Druva 20 m³ Range safety gauges RM 50 with NPT 1/4" connection and accuracy class 2.5 provide precise pressure monitoring with an inlet below for enhanced protection.
The Druva Safety Gauges RM 50 feature an NPT 1/4" connection and accuracy class 2.5, offering precise and reliable pressure monitoring. It features an inlet port below for enhanced safety in critical applications.
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Safety Waste Cap LISA, 38-430 / Wheaton
The first modular system for HPLC waste! Workplace safety and environmental protection with the proven SCAT technology, with maximum flexibility: simply add connections and components individually as required. The modular system grows with you! So you can collect solvents, acids and alkalis safely - at any time.
The first modular system for HPLC waste! Workplace safety and environmental protection with the proven SCAT technology, with maximum flexibility: simply add connections and components individually as required. The modular system grows with you! So you can collect solvents, acids and alkalis safely - at any time.
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Safety Waste Cap LISA, LC
Safety Waste Cap LISA, LC
The SCAT Safety Waste Cap LISA extension for mechanical level control is a electrostatic conductive modular add-on for simple fill level monitoring. It replaces the upper blind plug and supports safe use of the waste system.
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Safety Waste Cap LISA, satellite
Safety Waste Cap LISA, satellite
The SCAT Safety Waste Cap LISA extension is a modular add-on for doubling connection options. It replaces the upper blind plug and expands the system with additional capillary, tube and exhaust filter ports.
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Safety Waste Cap LISA, satellite, el
Safety Waste Cap LISA, satellite, el
The SCAT Safety Waste Cap LISA extension is a electrostatic conductive modular add-on for doubling connection options. It replaces the upper blind plug and expands the system with additional capillary, tube and exhaust filter ports.
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Safety Waste Cap, S50, Type 1
A PTFE Safety Waste Cap with 3 capillary connections.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S50 thread, and ideally used with space-saving canisters.
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Safety Waste Cap, S50, Type 2
A PTFE Safety Waste Cap with 3 capillary connections and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S50 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S50, Type 3
A PTFE Safety Waste Cap with 2 capillary connections and 1 tube connection
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S50 thread, making it compatible with many laboratory bottles.
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Safety Waste Cap, S50, Type 4
A PTFE Safety Waste Cap with 2 capillary connections, 1 tube connection and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S50 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S51, Type 4
A PTFE Safety Waste Cap with 3 capillary connections.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S51 thread.
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Safety Waste Cap, S51, Type 5
A PTFE Safety Waste Cap with 3 capillary connections and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S51 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S51, Type 6
A PTFE Safety Waste Cap with 2 capillary connections, 1 tube connection and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S51 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S55, Type 3
A PTFE Safety Waste Cap 2 capillary connections and 1 tubing connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S55 thread.
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Safety Waste Cap, S55, Type 4
A PTFE Safety Waste Cap with 3 capillary connections and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S55 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S55, Type 5
A PTFE Safety Waste Cap with 2 capillary connections, 1 tube connection and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S55 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S55, Type 6
A PTFE Safety Waste Cap with 3 capillary connections and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S55 thread, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S55, Type 7
A PTFE Safety Waste Cap with 2 capillary connections, 1 tube connection and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S55 thread, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S55, Type 8
A PTFE Safety Waste Cap with 3 capillary connections, a grounding connection and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S55 thread, has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S70/71, Type 4
A PTFE Safety Waste Cap with 2 capillary connections, 1 tube connection and a grounding connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S70/71 thread, and has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards.
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Safety Waste Cap, S70/71, Type 5
A PTFE Safety Waste Cap with 3 capillary connections and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S70/71 thread, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S70/71, Type 6
A PTFE Safety Waste Cap with 2 capillary connections, 1 tube connection and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S70/71 thread, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S90, Type 6
A PTFE Safety Waste Cap with 4 capillary connections and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S70/71 thread, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S90, Type 7
A PTFE Safety Waste Cap with 4 capillary connections, 1 tube connection and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S90 thread, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Safety Waste Cap, S90, Type 8
A PTFE Safety Waste Cap with 4 capillary connections, a grounding connection and 1 mechanical level control.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a S90 thread, has a grounding connection to prevent the accumulation of static electricity that can lead to spark or related hazards, and has a mechanical level control to prevent overfilling and hazardous spill in a laboratory environment.
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Sample Prep 1000mm
Each environment we create is pre-configured and customized to suit your specific applications, ensuring optimal performance right from the start. cabinets boast ductless operation, ensuring they adapt to your space with ease while keeping operational costs low.
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Sample Prep 655mm
Each environment we create is pre-configured and customized to suit your specific applications, ensuring optimal performance right from the start. cabinets boast ductless operation, ensuring they adapt to your space with ease while keeping operational costs low.
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S-Box 1 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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S-Box 1 Basic
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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S-Box 1 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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S-Box 2 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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S-Box 2 Basic
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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S-Box 2 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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S-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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S-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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Screw Thread Cap & Septa Of 9-425 Screw Top Glass Vial, Wide Opening
ChromineX™ 9-425 Cap & Septa: Optimize chromatography results with cost-effective, high-quality accessories for precise analysis.
Elevate chromatography precision with ChromineX™ 9-425 Screw Thread Cap & Septa. Our platform offers cost-effective yet top-quality accessories, ensuring analytical excellence without straining customer budgets. Explore the smart choice for accurate analysis.
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SDPROC Microprocessor Driven Command Module
SDPROC Microprocessor Driven Command Module
Microprocessor driven digital Command Modules are used in conjunction with any analog or digital mass flow meters or controllers with 0-5 Vdc input /output signals.
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SE Line Headers
SE Line Headers are designed for reliable gas distribution and secure connections in gas manifold systems. They provide an efficient solution for organizing and managing multiple gas supply lines in laboratory and industrial applications.
SE Line Headers are designed for reliable gas distribution and secure connections in gas manifold systems. They provide an efficient solution for organizing and managing multiple gas supply lines in laboratory and industrial applications.
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S-EVAP-KD
The S-EVAP-KD series provides large-scale solvent evaporation options with 8-position (Cat# 12027), digitally controlled 8-position (Cat# 12018), and 10-position (Cat# 12010) models. Capacities range from 250 ml to 500 ml per position. Glassware sets support individual or central solvent collection, with adapter rings for smaller glassware.
The S-EVAP-KD solvent evaporator series offers versatile options for large-scale sample evaporation. The mechanical thermostat 8-position model (Cat# 12027) accommodates up to 8 samples simultaneously, with each position capable of holding up to 250 ml. Glassware sets are available for both individual solvent collection (Cat# GS2152) and central solvent collection (Cat# GS2152-C with Cat# GS2156-C8). For more precise control, the digitally controlled 8-position model (Cat# 12018) can also handle 8 samples concurrently, with a larger capacity of up to 500 ml per position. Similarly, glassware sets are available for individual solvent collection (Cat# GS2153) or central solvent collection (Cat# GS2153-C with Cat# GS2158-C8). For those requiring a 10-position setup, the digitally controlled S-EVAP-KD (Cat# 12010) is an option, evaporating up to 10 samples at once with a capacity of 250 ml per position. Glassware sets for individual solvent collection (Cat# GS2152) or central solvent collection (Cat# GS2152-C with Cat# GS2158-C10) are also available, with adapter rings (Cat# XA2284) facilitating the use of smaller glassware.
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S-EVAP-RB
The S-EVAP-RB series offers two large-scale solvent evaporators. The 8-position model (Cat# 12060) handles samples up to 250 ml (Cat# GS2162), with adapter rings for smaller glassware. Similarly, the 10-position model (Cat# 12090) accommodates the same sample size, with adapter rings for smaller glassware.
The S-EVAP-RB series offers two options for large-scale solvent evaporation. The mechanical thermostat 8-position model (Cat# 12060) can evaporate up to 8 samples at once, each with a capacity of up to 250 ml (Cat# GS2162). Smaller glassware accommodating up to 125 ml (Cat# GS2161) is also compatible with the purchase of adapter rings (Cat# XA2286). Similarly, the digitally controlled 10-position model (Cat# 12090) can evaporate up to 10 samples concurrently, with the same capacity per sample position. Adapter rings (Cat# XA2286) allow for the use of smaller glassware (Cat# GS2161).
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SGD6030 High-Purity Single-Stage Differential Autochange Gas Manifold
The Gasarc Chem Master SGD6030 Series single-stage differential autochange gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Optimise your gas flow with the Gasarc Chem Master SGD6030 single-stage gas manifold. It offers precise control for high-purity gases with a reliable twin-cylinder setup and automatic changeover function that ensures an uninterrupted supply. Featuring high-pressure isolation valves, it provides secure and accurate gas flow control. The encapsulated seat design adds durability and prevents leaks, ensuring that your gas distribution system remains safe and efficient with minimal downtime.
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SGD6040 High-Purity Two-Stage Differential Autochange Gas Manifold
The Gasarc Chem Master SGD6040 Series two-stage differential autochange gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Experience reliable gas control with the Gasarc Chem Master SGD6040 high-purity two-stage manifold. Its twin-cylinder design and differential automatic changeover function minimise downtime by switching between gas sources without the need for manual intervention. The high-pressure isolation valves ensure secure flow control, while the encapsulated valve design offers enhanced leak protection, making this gas manifold system ideal for demanding environments.
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SGD6230 Single Stage Stainless Steel Piston Differential Autochange Gas Control Panel
The Gasarc Chem Master SGD6230 Series single-stage differential autochange gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Achieve efficient gas control with the Gasarc Chem Master SGD6230 high-purity single-stage gas manifold. It enables an uninterrupted gas flow with its robust twin-cylinder design and automatic changeover function. Its high-pressure isolation valves provide precise gas flow regulation, while the encapsulated seat design ensures leak-proof operation. The process line isolation valve enables seamless maintenance without disrupting the system, always ensuring maximum efficiency.
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SGD6240 High-Purity Two-Stage Differential Autochange Gas Manifold
The Gasarc Chem Master SGD6240 Series two-stage differential autochange gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Ensure continuous gas flow with the Gasarc Chem Master SGD6240 high-purity two-stage gas manifold. It guarantees an uninterrupted supply with its differential automatic changeover function and twin-cylinder configuration. Featuring high-pressure isolation valves, this automatic gas manifold delivers secure and precise flow control for critical applications. The high-pressure purge facility ensures purity by helping to remove residual air and impurities. Additionally, the encapsulated valve design offers excellent protection against leaks, maintaining system integrity.
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SGF650 High-Purity High-Pressure Spiral Flexible Tailpipe
The Gasarc Chem Master SGF650 high-pressure spiral flexible tailpipe is designed for use with corrosive, toxic, and high-purity gases up to grade 6.0 purity (99.9999%).
Maximise safety and reliability with the Gasarc SGF650 high-purity high-pressure spiral flexible tailpipe. Built to withstand up to 300 bar of pressure, this durable tailpipe is ideal for use with our range of gas manifolds, offering unmatched flexibility and safety in high-pressure environments.
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SGF660 High-Purity High-Pressure Convoluted Flexible Hose
The Gasarc Chem Master SGF660 high-pressure convoluted flexible hose is designed for use with corrosive, toxic, and high-purity gases up to grade 6.0 purity (99.9999%).
Enable safe gas distribution with the Gasarc Chem Master SGF660 high-pressure convoluted flexible hose. This high-purity hose is designed for use with our range of gas manifolds. It features an FKM or EPDM non-return valve to ensure safe and efficient operation in demanding settings.
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SGH6000 High-Purity Header Rail Assemblies
The Gasarc Chem Master SGH6000 header rail assemblies and tailpipes are designed for use with corrosive, toxic, and high-purity gases up to grade 6.0 purity (99.9999%).
The Gasarc Chem Master SGH6000 high-purity header rail assemblies are designed for durability and high performance, ideal for integration with our gas manifolds in gas management and distribution systems. With full stainless steel construction, these assemblies ensure long-lasting, corrosion-resistant performance in demanding high-purity environments.
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SGL600 High-Purity Single-Stage Line Regulator
The Gasarc Chem Master SGL600 single-stage diaphragm line regulator is designed for secondary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems.
Built for the most sensitive gas applications, the Gasarc Chem Master SGL600 high-purity single-stage line regulator offers reliable secondary pressure control for corrosive and ultra-pure gases. Designed with an encapsulated seat and low wetted surface area, it is perfect for purity-critical operations. This diaphragm pressure regulator offers a four-port setup with two outlets and a side inlet port. Front and rear mounting capabilities provide flexibility in installation. A full range of inlet and outlet fittings further enhance its adaptability across applications.
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SGL620 High-Purity Single-Stage High-Pressure Line Regulator
The Gasarc Chem Master SGL620 single-stage piston line regulator is designed for secondary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems.
Take control of high-pressure gas management with the Gasarc Chem Master SGL620 high-purity single-stage line regulator, crafted for secondary pressure control of highly pure and corrosive gases. It features an encapsulated seat and low wetted surface area for consistent performance with no contamination. This high-pressure line regulator features a four-port configuration with two outlet ports and a side inlet port, front and rear panel mounting options, and a full range of inlet and outlet fittings, supporting a variety of flexible installation options.
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SGM6010 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6010 Series single-stage manual gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Secure your gas distribution system with the Gasarc Chem Master SGM6010 high-purity single-stage gas manifold. With a robust single-cylinder configuration, it supports efficient gas supply, minimising downtime. Its encapsulated valve design prevents leaks and ensures durability, making this high-purity manifold the ideal choice for demanding applications where reliability is crucial.
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SGM6020 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6020 Series two-stage manual change gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Maximise precision with the Gasarc Chem Master SGM6020 two-stage gas manifold. High-pressure isolation valves ensure secure operation, while the single-cylinder configuration guarantees a reliable gas supply. Its encapsulated valve design provides added protection against leaks and contamination, making this high-purity gas manifold a trusted solution for critical gas distribution systems.
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SGM6030 Single Stage Stainless Steel Diaphragm Manual Change Gas Control Panel
SGM6030 single-stage stainless steel diaphragm manual change gas control panel provides reliable gas supply switching and precise pressure control for high-purity gas systems.
The Chem Master SGM6030 series single stage manual change control panels are designed for primary pressure gas control of corrosive, toxic or high purity gases up to grade 6.0 purity (99.9999%), on gas distribution systems where slight pressure variation is acceptable.
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SGM6040 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6040 Series two-stage manual gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Take control with the Gasarc Chem Master SGM6040 high-purity two-stage gas manifold for precision gas management! Its high-pressure isolation valves offer precise gas flow management for demanding applications. Featuring a process line isolation valve, maintenance and repairs can be carried out without system disruption. The twin-cylinder configuration ensures consistent supply, while the encapsulated valve design provides robust protection against leaks and contamination.
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SGM6210 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6210 Series single-stage manual gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Enhance your gas flow control with the Gasarc Chem Master SGM6210 high-purity single-stage manual gas manifold. Its single-cylinder configuration provides a simple and reliable solution, supporting individual cylinder connections. Designed with an encapsulated valve, it offers enhanced leak protection and durability, ensuring smooth, uninterrupted operations even in demanding environments.
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SGM6220 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6220 Series two-stage manual gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Ensure consistent gas flow with the Gasarc Chem Master SGM6220 high-purity two-stage gas manifold. Its high-pressure isolation valves ensure secure and precise flow control, perfect for demanding environments. The manifold system's twin-cylinder configuration reduces downtime by ensuring a continuous gas supply. Additionally, its encapsulated valve design adds an extra layer of leak protection, making it an excellent choice for sensitive gas distribution systems.
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SGM6230 High-Purity Single-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6230 Series single-stage manual gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.
Maximise efficiency with the Gasarc Chem Master SGM6230 high-purity single-stage manifold. Its high-pressure isolation valves offer exceptional flow control for demanding applications. The twin-cylinder configuration guarantees a continuous gas supply, reducing downtime and ensuring uninterrupted operation. Plus, the encapsulated valve design adds an extra layer of protection against leaks and contamination, making this high-purity gas manifold ideal for the most sensitive environments.
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SGM6240 High-Purity Two-Stage Manual Gas Manifold
The Gasarc Chem Master SGM6240 Series two-stage manual gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.
Achieve unmatched precision with the Gasarc Chem Master SGM6240 high-purity two-stage manifold. Its high-pressure isolation valves provide reliable flow control, while the process line isolation valve ensures hassle-free maintenance. The twin-cylinder design minimises downtime, supporting continuous gas supply even in demanding applications. With its encapsulated valve design, this high-purity gas manifold system also offers excellent protection against contamination, safeguarding your system's integrity.
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SGS600 High-Purity Single-Stage Cylinder Regulator
The Gasarc Chem Master SGS600 single-stage diaphragm cylinder regulator is designed for primary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where slight pressure variation from decreasing cylinder pressure is acceptable.
Designed for purity-critical applications, the Gasarc Chem Master SGS600 high-purity single-stage regulator delivers steady performance with precise control over gas flow. Its low wetted surface area and encapsulated seat design minimise gas contamination risk. Six-port configuration, front and rear panel mounting options, and a full range of inlet and outlet fittings enable flexible installation.
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SGS620 High-Purity Single-Stage Cylinder Regulator
The Gasarc Chem Master SGS620 single-stage piston cylinder regulator is designed for primary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where slight variation from decreasing cylinder pressure is acceptable.
Get reliable performance where it matters most with the Gasarc Chem Master SGS620 high-purity single-stage regulator. The encapsulated seat design and low wetted surface area support consistent operation. Offering six ports, this high-purity pressure regulator includes two outlets and two inlets for comprehensive gas management. Its front and rear panel mounting options add flexibility, while the full range of inlet and outlet fittings enable compatibility with diverse application requirements.
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SGT600 High-Purity Two-Stage Cylinder Regulator
The Gasarc Chem Master SGT600 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.
Experience superior pressure stability with the Gasarc Chem Master SGT600 high-purity two-stage regulator, tailored for the most demanding applications. It is designed with an encapsulated seat and a low wetted surface area to low contamination risks, making it perfect for a variety of high-purity applications. This two-stage regulator features a flexible five-port setup and a full range of inlet and outlet fittings for compatibility with diverse systems.
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SGT620 High-Purity Two-Stage Cylinder Regulator
The Gasarc Chem Master SGT620 two-stage piston cylinder regulator is designed for primary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.
For applications that demand uncompromising precision, the Gasarc Chem Master SGT620 high-purity two-stage regulator ensures ultra-stable delivery pressure. Its encapsulated seat design and low wetted surface area ensure reliable gas control. Engineered for versatility, this piston-style high-purity regulator offers a five-port configuration that includes two outlet ports and a side inlet port. It is available with a full range of inlet and outlet fittings that support adaptable use in demanding environments.
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Shelves
Laboratory shelves provide practical and accessible storage for equipment, supplies, and materials. Designed for durability and efficient organization, they help maximize available space and maintain a clean, well-ordered workspace.
Shelves intended for installation on laboratory furniture structures or for wall mounting. Different types of construction materials available with the possibility of being equipped with anti-fall devices at the back and front.
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Signal Boxes DGM-SK
The Druva Gas Management Signal Boxes DGM-SK are fault-indicating units that can monitor up to ten electrical circuits and provide both acoustic and optical signals to alert users of deviations and malfunctions.
The Druva DGM-SK Gas Management Signal Box is a fault indicator that can monitor up to ten electrical circuits for deviations. It features an integrated lamp and signal horn to verify proper operation. When an alarm is triggered (e.g., gas failure), both an acoustic signal (buzzing) and an optical signal (red LED) are activated for each channel. The acoustic signal can be acknowledged by pressing a button, while the optical signal remains on until all issues are resolved. The unit also includes a collective alarm to alert a central office, control unit, or external signalling device. Any equipment with a mechanical or inductive contact (according to DIN 19234 NAMUR) can be used as a signal transmitter.
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Silica d18 Column
HILIC column for separation using mobile phases containing high concentrations of organic solvent.
Column packing material comprises of a non-endcapped unbonded high purity silica substrate, enabling excellent retention of very polar, basic, water soluble analytes. Column is specifically designed and tested to be used in combination with high organic mobile phases (>80% acetonitrile) to provide retention of analytes that are too polar to be retained by reversed-phase chromatography.
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Silica HILIC Column
HILIC column for separation using mobile phases containing high concentrations of organic solvent.
Column packing material comprises of a non-endcapped unbonded high purity silica substrate, enabling excellent retention of very polar, basic, water soluble analytes. Column is specifically designed and tested to be used in combination with high organic mobile phases (>80% acetonitrile) to provide retention of analytes that are too polar to be retained by reversed-phase chromatography.
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Silica T3 Column
Aqueous-compatible reversed‑phase column that strongly retains polar compounds.
Column packing material comprises of an endcapped intermediate T3 ligand bonded to a high purity silica substrate, enabling balanced retention of polar and hydrophobic molecules, even when used with 100% aqueous mobile phases. Column is designed for enhanced polar compound retention, and is stable under low pH condition, making it ideal for method development involving the separation of polar and non-polar analytes.
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Single-Source Dual-Source Manual Propane Manifolds
The DruvaTEC 1 m³ Range single- and double-cylinder manual propane manifolds feature low-pressure regulators, safety valves, high-pressure hoses, and semi-automatic switch-over valves.
The single-cylinder manifold includes a low-pressure regulator, a 400 mm medium-pressure hose with a safety shut-off valve, and a safety relief valve. The double-cylinder manifold features a low-pressure regulator, a safety shut-off valve (upstream), a safety relief valve, two high-pressure hoses with cylinder connections, a support rail, and a semi-automatic switch-over valve (PN 16), with rotational extraction. Both propane manifold systems comply with the requirements of TRF 1996 and BGV D 34 §11 para. 4.
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Single-Source Single-Stage Acetylene Manifold MM70-1
The Druva MM70-1 1 m3 series single-source single-stage acetylene manifold features a manual quick-acting shut-off device for efficient and safe gas management.
The Druva MM70-1 is a single-stage gas manifold designed for industrial applications that require acetylene. Its manual shut-off device at the inlet pressure side enables the operators to quickly halt the gas supply in case of emergency. This acetylene manifold is rigorously tested to meet international safety standards, so you can peacefully focus on the task at hand.
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Single-Stage Cylinder Bundle Regulator CTMH0SJR
The Druva 100 m³ series single-stage cylinder bundle regulator is a high-pressure model that is designed for efficient gas supply management.
The Druva CTMH0SJR pressure regulator is designed for compressed gas cylinder bundles in decentralised supply systems. It works with industrial, inert, flammable, oxidising gases, and gas mixtures directly on construction sites. This cylinder regulator is not suitable for corrosive or toxic gases and their mixtures.
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Single-Stage Cylinder Bundle Regulator MR400
The Druva MR400 single-stage cylinder bundle regulator is a high-pressure, high-flow regulator designed for industrial applications.
The Druva MR400 single-stage pressure regulator is designed for applications that require a high-flow outlet with consistent delivery pressure. It is ideal for various industrial processes, including oxy-fuel cutting, laser process gas service, arc welding shielding gas pressure stabilising, and inertization. This high-pressure regulator ensures reliable and precise pressure control in demanding environments.
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Single Stage Manifolds
Single Stage Manifold: Compact design, precise pressure adjustment, and safety features for reliable and efficient pure gas supply.
Optimize your gas supply system with our Single Stage Manifold. Featuring Hastelloy/Elgiloy diaphragm tightening, excellent pressure adjustment, and compliance with safety standards, it ensures precise and secure delivery of pure gases for various applications.
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S-LINE (Type 90/Type 30)
Safety storage cabinets as proven classics with a large variety of models
Safety storage cabinets for unrestricted storage of flammable hazardous materials in work areas in accordance with EN 14470-1 and TRGS 510
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SL-LINE
Cabinets for acids and alkalis with corrosion-resistant, sturdy construction and separate storage compartments for acids and alkalis
all cabinet with body made of powder-coated sheet steel and interior space made of melamine resin and flame retardant special plates. Acids and alkalis can be stored safe and separately. Two hermetically divided storage compartments; vertical or horizontal dividing wall; integrated aeration and venting system; corrosion resistance of the metal-free air ducts.
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SLX-LINE
Recirculating air filter storage cabinets for the storage of acids and bases and the extraction and filtration of their vapours
Elimination of harmful vapours due to the recirculating air filter unit. Permanent extraction and filtration of hazardous vapours. The SLX-CLASSIC recirculating air filter storage cabinets enable the common storage, extraction and filtration of the most diverse aggressive acids, alkalis and further chemicals in one cabinet.
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SmartFAST
chemical indicator designed for convenient monitoring of sterilization processes, providing a clear visual response to specified sterilization conditions.
The SmartFAST is a compact, vertically laminar product protection workbench of cleanliness class ISO 3 in accordance with ISO 14644-1. It has been specially developed for applications where the highest cleanliness requirements must be met in a limited space - ideal for research, analytics, diagnostics, quality control and in cleanroom environments with limited space. The model offers a decontaminated, particle-free working area with laminar air flow, which is reliably guided from top to bottom over the entire work surface. Contaminated particles are continuously removed so that the product in the work area remains safely protected from external influences.
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SmartFAST Mini
SmartFAST Mini: Compact ISO 3 laminar flow cabinet for decontaminated, particle-free conditions in molecular biology applications.
Designed for molecular biology, SmartFAST Mini is the smallest ISO 3 laminar flow cabinet, ensuring a decontaminated workspace. Its compact size is ideal for limited bench space, offering particle-free conditions.
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SMVI Intelligent Control Valve
SMVI Intelligent Control Valve
SMVI intelligent control valve for high flow regulation of gases or liquids
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SMV stepping motor valve
SMV stepping motor valve
SMV stepping motor valve for high flow regulation of gases or liquids
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Solenoid Valve Control Box DGM MV-05
The Druva Solenoid Valve Control Box DGM MV-05 is designed to manage and monitor solenoid valves with five/ten output channels, featuring an emergency shutdown input and integration with higher-level signals like DDC or PLC.
The Druva solenoid valve control features five or ten output channels, enabling the control and monitoring of solenoid valves. It also includes an input channel for emergency shutdown and two zero-potential signals for higher-level signals, such as DDC or PLC. When voltage is applied to the solenoid valve control, the green operating LED lights up to indicate that it is operational. The solenoid valves are activated using the "On" key switch and deactivated with the "Off" key switch. If the emergency shutdown is triggered, all solenoid valves are turned off, and the red emergency shutdown LED flashes. An acoustic signal is also emitted, which can be reset using the Reset button.
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Solid core columns
Solid Core Columns by SIELC: Efficient separation, unique selectivity, and increased loading capacity for versatile HPLC applications.
SIELC's Solid Core Columns merge solid-core-porous-shell particles with Ion-Exchange, reverse phase, and HILIC surface chemistry, providing rapid separation, unique selectivity, and enhanced loading capacity. Achieve versatile results with adjustable selectivity using pH, ion strength, and organic composition.
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What types of Chromatography Supplies do you offer?
We provide a comprehensive range, including columns, solvents, and accessories for various chromatographic techniques
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Absolutely. Detailed product information includes compatibility guidelines to help you choose the right supplies for your experiments.
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