HPLC Solvent Handling Component Accessories
Optimize Technologies OPTI-MAX Outlet Cartridge Check Valve, 1/8" Ceramic Ball & Seat, Stainless Steel Cartridge, LDC/Milton Roy, All Analytical including Constametric, Minimetric, and Minipump
Opti-Max™ Cartridge Check Valves are designed to offer maximum performance and ease of use. From the sharp, consistent threads on OPTI-MAX™ custom housings, to the exacting standards used to match ball/seat sets in OPTI-MAX™ cartridges, every aspect of design and manufacturing reflects an unavoidable fact: when it comes to reliable check valve operation, quality and precision make a big difference. OPTI-MAX™ check valves offer many advantages over OEM check valve systems, and are better designed, better made and more reliable than any other after-market check valve product. Additionally, OPTI-MAX™ Free-Turn™ housings can be removed with the tubing still attached, accelerating check valve maintenance while reducing fitting wear. This item is equivalent to OEM part number 900947002.
Optimize Technologies ITB™ PTFE Piston Seal, Varian 2010, 2510
Optimize Piston Seals are the longest lasting seals on the market. Machined from either of two proprietary polymer blends, UHMW-PE or ITB, Optimize Seals provide the ultimate in high pressure sealing capacity. For mostly aqueous buffered mobile phases, PTFE-based Improved PTFE Blend (ITB) seals are a superior choice for applications with elevated temperatures, high organic content, or when the broadest possible solvent compatibility is required. ITB™ seals tend to be softer than those made from UHMW-PE, making them more forgiving at high pressures where piston side-loading or misalignment may occur. This softer nature also leads to more shedding, but the ITB™ proprietary blend is designed to shed particles that are large enough to be caught at the surface of a standard 2µm frit, not embed within it. This item is equivalent to OEM part number 00-997261-37.
Optimize Technologies OPTI-MAX Inlet Cartridge Check Valve, 1/8" Ceramic Ball & Seat, Stainless Steel Cartridge, Varian 2010
Opti-Max™ Cartridge Check Valves are designed to offer maximum performance and ease of use. From the sharp, consistent threads on OPTI-MAX™ custom housings, to the exacting standards used to match ball/seat sets in OPTI-MAX™ cartridges, every aspect of design and manufacturing reflects an unavoidable fact: when it comes to reliable check valve operation, quality and precision make a big difference. OPTI-MAX™ check valves offer many advantages over OEM check valve systems, and are better designed, better made and more reliable than any other after-market check valve product. Additionally, OPTI-MAX™ Free-Turn™ housings can be removed with the tubing still attached, accelerating check valve maintenance while reducing fitting wear.
Optimize Technologies OPTI-MAX Outlet Cartridge Check Valve, 1/8" Ceramic Ball & Seat, PEEK Cartridge, Jasco 880/980 Series, 1580 , 2080 , 2086 , 2089
Opti-Max™ Cartridge Check Valves are designed to offer maximum performance and ease of use. From the sharp, consistent threads on OPTI-MAX™ custom housings, to the exacting standards used to match ball/seat sets in OPTI-MAX™ cartridges, every aspect of design and manufacturing reflects an unavoidable fact: when it comes to reliable check valve operation, quality and precision make a big difference. OPTI-MAX™ check valves offer many advantages over OEM check valve systems, and are better designed, better made and more reliable than any other after-market check valve product. Additionally, OPTI-MAX™ Free-Turn™ housings can be removed with the tubing still attached, accelerating check valve maintenance while reducing fitting wear.
Foxx Life Sciences EZwaste HPLC Solvent Waste System, 5L Heavy Duty Reusable Carboy, 83mm (83B) VersaCap with Four (4x) Ports for 1/16 Inch O.D. Tubing; Three (3x) Ports for 1/4 Inch O.D. Tubing
332-2425-OEM: EZwaste System, 5L, HDPE, 83mm Cap, 4x 1/16, 3x 1/4" OD Tube Fittings & 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, a chemical exhaust filter, and a chemically resilient container. *Depending on application, carbon exhaust filter life cycle may vary.
Foxx Life Sciences EZwaste HPLC Solvent Waste System, Replacement Fittings, 1/16 Inch OD Tube Fittings, Green Nut with Blue Ferrule, 1/4-28 Thread, 30/PK
330-0930-OEM: EZwaste Replacement Fittings, 1/16" OD, 30/pk. Foxx Life Sciences' replacement fittings secure waste tubes to carboy providing the closed system necessary to prevent spills. 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 for vapor wastes. The EZwaste Solvent Waste system also features a closed loop design which protects against leaks and spills, improving overall lab safety.
Bellco Glass, Inc. 316-l stainless steel ra32 or better finish10 micron porosity stainless steel frit for low profile vertical side arm vessels.Frit is removable for cleaning. Comes with 45mm blue polypropylene open top cap and silicone gasketTriple tube configuration wi
316-l stainless steel ra32 or better finish10 micron porosity stainless steel frit for low profile vertical side arm vessels.Frit is removable for cleaning. Comes with 45mm blue polypropylene open top cap and silicone gasketTriple tube configuration wi
Bellco Glass, Inc. Large flange air stone sparger for large flange vessels. Fits through stainless steel head plate fitting. These spargers fit through a 5/16" fitting. 316 l stainless steel Ra 32 finish or better Acrodisc filter assembly, 0.2 micron
Large flange air stone sparger for large flange vessels. Fits through stainless steel head plate fitting. These spargers fit through a 5/16" fitting. 316 l stainless steel Ra 32 finish or better Acrodisc filter assembly, 0.2 micron
Bellco Glass, Inc. Large flange air stone sparger for large flange vessels. Fits through stainless steel head plate fitting. These spargers fit through a 5/16" fitting. 316 l stainless steel Ra 32 finish or better Acrodisc filter assembly, 0.2 micron
Large flange air stone sparger for large flange vessels. Fits through stainless steel head plate fitting. These spargers fit through a 5/16" fitting. 316 l stainless steel Ra 32 finish or better Acrodisc filter assembly, 0.2 micron
Optimize Technologies OPTI-SOLV Analytical Solvent Reservoir Filter for 1/16" OD Tubing, 2µm, 5pk
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.