HPLC Solvent Handling Component Accessories
Foxx Life Sciences UN/DOT Tight Head Containers for Shipping, Transport, Storage, and Waste; 20L (5 Gallon), HDPE, 70mm Cap, UN 3H1, 1/EA
392-2004-OEM: UN/DOT Container 20L HDPE with S70 Cap. 20L HDPE EZwaste UN/DOT System is designed to be an affordable solution for liquid waste disposal. Our containers are made to be tough and durable. They are great for secure shipment and storage of liquid products. The DOT/UN container is available in 13.5L, 20L and 60L. Each comes with a 70S cap. These containers can also be used in other industries including, but not limited to sanitation, chemical, agricultural and food. All raw materials used in our containers meet FDA Standards for food contact. Made from HDPE, meets UN 3H1 Standards.
Foxx Life Sciences EZwaste HPLC Solvent Waste System, 10L Heavy Duty Reusable Carboy, 83mm (83B) VersaCap with Four (4x) Ports for 1/8 Inch O.D. Tubing; Three (3x) Ports for 1/4 Inch O.D. Tubing; One (1x) Hose Barb Port for 1/4 or 3/8 Inch I.D. Tubing
332-3419-OEM: EZwaste System, 10L, HDPE, 83mm Cap, 4x 1/8", 3x 1/4" OD Tubing, 1/4" and 3/8" HB and Filter. Foxx Life Sciences EZwaste Solvent Waste System is designed to be an affordable solution for HPLC liquid waste disposal. Each system is manufactured to safely collect waste from two HPLC machines. This system features an activated carbon filter, which traps volatile organic compounds from being released into the air. This prevents chemicals from being inhaled by lab workers, and provides an easy mechanism of disposal for vapor wastes. The EZwaste Solvent Waste system also features a closed-loop design, which protects against leaks and spills, improving overall lab safety. Each EZwaste Solvent Waste System comes with one 83mm or 120mm open VersaCap, fittings, plugs for unused ports, a replaceable sulfur-cured EPDM gasket, and a chemical exhaust filter. * Depending on application, carbon exhaust filter life cycle may vary
Foxx Life Sciences EZwaste HPLC Solvent Waste System, Standard Size Replacement Chemical Exhaust Filter, Activated Carbon, 1/EA
330-0906-OEM: EZwaste Chemical Exhaust Filter, 1pk. EZwaste Solvent Waste Filter Replacements come in packs of 1, 2, or 5. The EZwaste Solvent Waste System is designed to be an affordable solution for HPLC liquid waste disposal. Each system is manufactured to safely collect waste from two HPLC machines. This system features an activated carbon filter which traps volatile organic compounds from being released into the air. This prevents chemicals from being inhaled by lab workers, and provides an easy mechanism of disposal of vapor wastes. The EZwaste Solvent Waste system also features a closed-loop design which protects against leaks and spills, improving overall lab safety. * Depending on application, carbon exhaust filter life cycle may vary
Analytical Sales & Services Canary-Safe™ Solvent Safety Products, GL45 Caps, GL45 Mobile Phase Caps, Mobile Phase Bottle Safety Caps
Canary-Safe GL45 Mobile Phase Cap with 1 Standard Port, and 1 Port for 1/4″ Tubing Includes Fittings
IDEX Health & Science Upchurch FILTER GENERAL SOLVENT INLET
Idex Inlet Solvent Filters, Includes: 1 Filter (Cups and end fittings sold separately), Pore Size: 10 um, Flow Rate: 40 mL/min, Stainless Steel, Thread Size: 0.25 to 28 Flat bottom
Perkin Elmer US LLC 10µm Titanium Solvent Reservoir Sparger
To ensure optimal performance of your LC instruments and to protect your columns, you must remove unwanted particulate matter from the mobile phase. PerkinElmer offers several types of solvent filters to accomplish this task. Spargers, which connect directly to the solvent input lines, are available in both 10 and 40 micron pore sizes and in either stainless steel or titanium. The 40-micronsizes are recommended for use with water-based mobile phases.
Waters Corp Waters Solvent Inlet Tubing, Replacement Set, Alliance e2695, HPLC System
This product is a replacement set of four solvent inlet lines designed for use with the Alliance e2695 HPLC System. It includes all necessary components for installation.
- Designed for Alliance e2695 Separations Module
- Suitable for HPLC systems
- Includes four solvent inlet lines (A-D)
- Contains a solvent filter/sinker
- Supplied with a label and connector to the degasser
- Provided as a single package
Neta Scientific Agilent Gold Plated Inlet Seal with Washer
This item is manufactured by Agilent
Agilent GC inlet seal, gold plated, with washer - Split/Splitless Inlet Supplies
UNSPSC Code 41115700
- AA
Optimize Technologies OPTI-SOLV Analytical Solvent Reservoir Filter for 1/8" OD Tubing, 10µm
A solid PTFE body keeps the OPTI-SOLV™ filter at the base of the bottle where a bottom-mounted titanium frit provides unrestricted solvent access. As always, Optimize makes installation as simple as possible - no tools or fittings required and includes 5 feet of pre-installed PTFE tubing. OPTI-SOLV™ Reservoir Filters employ a unique conical design inside the filter housing to prevent air bubbles from getting trapped and disturbing your analysis. While the availability of HPLC-grade solvents diminishes the need for pre-filtering, it is still imperative that a filtration device be installed in the reservoir. Placing a filter in the reservoir is an economical way to filter particles that may result from buffer salt precipitation, airborne dust, improperly cleaned glassware, or microbial contamination; none of which are remedied by the use of HPLC-grade solvents.
Optimize Technologies OPTI-SOLV Analytical Solvent Reservoir Filter for 1/16" OD Tubing, 2µm
A solid PTFE body keeps the OPTI-SOLV™ filter at the base of the bottle where a bottom-mounted titanium frit provides unrestricted solvent access. As always, Optimize makes installation as simple as possible - no tools or fittings required and includes 5 feet of pre-installed PTFE tubing. OPTI-SOLV™ Reservoir Filters employ a unique conical design inside the filter housing to prevent air bubbles from getting trapped and disturbing your analysis. While the availability of HPLC-grade solvents diminishes the need for pre-filtering, it is still imperative that a filtration device be installed in the reservoir. Placing a filter in the reservoir is an economical way to filter particles that may result from buffer salt precipitation, airborne dust, improperly cleaned glassware, or microbial contamination; none of which are remedied by the use of HPLC-grade solvents.