polypropylene housing 0.45um syringe filter for fertilizers

Syringe Filters Merck Millipore Millex™-GP Sterile Syringe Filters with PES Membrane Ready-to-use, syringe-driven units designed for sterilizing and clarifying sterile solutions

'Syringe Filter, 25mm, Pore Size 0.45 micron m, Capacity 0.6mL, Filter Material Nylon, Housing Material Polypropylene, Housing Dia. 28.6mm, Housing Height 26.5mm, Inlet Connection Female Luer Lock, Outlet Connection Male Luer, Max. Pressure 7 Bar, Autoclavable Yes, For Use With Liquids, Package Quantity 100'

Reinforced polypropylene housing has secure connections for male luer slip outlet and female luer lock inlet. Non-sterile bulk pack of syringe filters 100/pack. The membrane type and pore size are visible on each filter housing as well.

Filter samples of all kinds of solutions, solvents, or gases quickly and efficiently. GVS ABLUO™ 13mm Syringe Filters, Non-sterile are available with a variety of membrane materials and pore sizes to meet specific filtration needs.

These Corning syringe filters have polypropylene copolymer housings, hose barb inlets and hose barb outlets. • PTFE membranes provide the best chemical resistance • These naturally hydrophobic membranes can be used for venting applications or filtering gases • 100% integrity tested, sterile and certified nonpyrogenic and noncytotoxic

Finneran 13mm Mini-Tip Syringe Filters provide extremely low dead volume of less than 10ul, and are available in 0.2um and 0.45um pore sizes. Autoclavable. Autoclavable. Related Products: Syringe Filter 0.2

Polypropylene PP Syringe Filters 0.45um filtration value 13mm polypropylene housing 100 (ml/min@10psi) flow rate

Disposable Syringe Filters featuring: Polypropylene housing Leur-Lok and pressure fitting Convenient color coding system Broad filter material selection Ultrasonically bonded for reliability Cellulose acetate (CA) sterile/non-sterile Cellulose acetate filters show a

These Corning® syringe filters have polypropylene copolymer housings, female Luer lock inlets and male Luer slip outlets. Nylon (NY) membranes are naturally hydrophilic, surfactant-free and offer the lowest extractables 100% integrity tested, sterile and nonpyrogenic and noncytotoxic Manufactured in accordance with ISO 9001 standards

Description. Thermo Scientific™ Nalgene™ syringe filters are built to meet your lab’s clarification and sterilization needs. Our filters are available in a variety of sizes and membranes that can be easily used for both sterile and non-sterile laboratory applications.

[STERILE SYRINGE FILTERS] - sterile syringe filters are made with PES membrane filters with polypropylene (PP) housing,using the most advanced methods and design features. The PES syringe filters with GF pre-filter has excellent dirt-holding capacity, which makes a syringe filter a much larger throughput for some “hard to filter” sample.

Whether your research necessitates prefiltration, sample preparation, sterile filtration, laboratory filtration, or gas venting, Nalgene syringe filters are lab essentials. Key Features. 10 to 100mL sample size; Inlet: Female Luer-Lok™ Outlet: Male Luer slip; Polypropylene housing with ID color rings; Pore size and membrane type printed on unit

Filters are molded in the polypropylene housings, providing a reliable seal without the use of adhesives Female luer-lock inlet and male luer slip outlet Color coded by membrane type for easy identification, and membrane material and pore size are printed on the housing Available individually packed in peel-to-open paper/plastic blister packs Also available bulk packed in PVDF, PES, PTFE, and

Each filter is labeled with the specific filter material and pore size for easy identification Housing injected in Polypropylene or Acrylic Membrane Material: Cellulose Acetate, Nylon, PES, Nitrocellulose, Regenerated Cellulose, PVDF, PTFE and PE, Glass Fiber

Polypropylene is a hydrophilic membrane that exhibits a wide range of chemical compatibility to organic solvents. A good choice for HPLC sample filtration when performing chromatography protein analysis.