Feature(may vary by option.)

●<p>Syringe filters [Wettability: Hydrophobic PTFE Membrane], Diameter 13mm, Pore Size: 1.0 μm. [PACK OF 100]</p>
●<p>The 1.0μm and 5.0μm pore size filters has fast flow rate than 0.22μm or 0.45μm, the large pore size make their through-put rise to 1-20mL, and they could be used for the had-to-filtering solutions, widely used as pre-treatment.</p>
●<p> Hydrophobic PTFE membrane filters are ideal for aseptic exhaust of non-aqueous solvents, acids and corrosive liquids, and which is the general choice of size selective sampler. </p>
●<p>Products quality achieved by Japanese quality control system during production. And proved by ISO9001, ISO13485 certificated and CE certificated. </p>
●<p>30 days after-sales protection with a new replacement or money back. </p>

[Hydrophobic PTFE [13mm & 1.0μm]]




[Hydrophobic PTFE [25mm & 1.0μm]]




[Hydrophobic PTFE [25mm & 5.0μm]]




[Hydrophobic PTFE [13mm & 5.0μm]]





Description

Syringe Filters 13mm Diameter 1.0μm or 5.0μm Pore Size with Hydrophilic Nylon Membrane for Laboratory Filtration [PACK OF 100]

Syringe Filters 13mm Diameter 1.0μm or 5.0μm Pore Size with Hydrophilic PTFE Membrane for Laboratory Filtration [PACK OF 100]

Syringe Filters 13mm Diameter 1.0μm or 5.0μm Pore Size with Hydrophobic PTFE Membrane for Laboratory Filtration [PACK OF 100]


Filter Medium: Nylon/Hydrophilic PTFE/Hydrophobic PTFE

Diameter(mm): 13

Pore Size(μm): 1.0 / 5.0

Wettability: Hydrophilic / Hydrophobic

Sterile: No

Filtration Area(cm²): 3.9

Housing Material: Medical grade PP

Holdup-Volume(μl): <100

Volume Throughput(ml): <100

Connections(Inlet/Outlet): Female Luer Lock inlet and Male Luer slip outlet

Max Operating Pressure(psi): 7 Bar (100PSI)

Max Operating Temperature(℃): 80


Qualifications of our OEM factory:

* A world class manufacturing facility, Class 10,000 cleanroom

* ISO 9001, ISO 13485 certificated, CE certificated

* Products quality achieved by Japanese quality control system during production

* Cost-effective, state-of-the-art production technology