0.22 μm Hydrophilic Sterile PVDF Syringe Filters for Mycoplasma Filtration Individually Packed

4.9/5 Based on 723+ Verified Reviews

Cofilters offers sterile PVDF syringe filters in both single-layer and double-layer configurations, with double-layer filters featuring a prefilter for high throughput and prevention of back pressure. These filters utilize a hydrophilic PVDF membrane ensuring low protein binding and fast flow rates, making them ideal for applications requiring high protein recovery.

Low extractables, low binding

0.22 Micron Hydrophilic Sterile PVDF Syringe Filters

The 0.22 micron Polyvinylidene difluoride (PVDF) membrane undergoes a hydrophilic treatment, enabling it to achieve both low protein binding and rapid flow rates concurrently, ideal for scenarios requiring high protein recovery. Suited for filtering protein solutions as well as mild organic biological solutions or enzyme solution.

Sterile 100%

Sterilized by gamma radiation individually single blister packed, RNase & Dnase free

Efficiency pre-filter

Single or double-layer hydrophilic PVDF membranes Endotoxin<0.25 EU/mL, pH range 2-10

Stable Connections

Premium Polypropylene(PP) Housing , luer lock inlet/outlet slip offers a leak-tight syringe

Applications

Syringe filters can satisfy the requirements of life science applications for sterilization of solutions or clarification of biological fluids.

How to select the right Sterile PVDF Syringe Filters by sample liquid volume?

Sample VolumeFilter Diameter Filtration AreaHoldup VolumeThroughput Volume
< 10 ML13 mm0.92 cm²< 25 μl< 25 ML
10-100 ML25 mm3.4 cm²< 100 μl< 100 ML
100-200 ML33 mm4.9 cm²< 125 μl< 125 ML

How to use a syringe filtration?

Selecting the appropriate membrane material depends on your sample’s characteristics. Ensure chemical compatibility to prevent extractables and leachables. Check out this article for more insights.

Load test sample into syringe

Load the syringe with our solution, you can pull the plunger back, and that will draw the solution into your syringe

Find right lab syringe filters

Opening up the packaging on our syringe filter. We'll set that to the side

Attach the filters twist securely

Attach the filter onto the luer-lock of the syringe by twisting it firmly. Ensure it is securely in place.

Push sample through the filter

Push your solution through the membrane, being careful not to exert excessive pressure, as it may cause the membrane to burst slightly

Frequently Asked Questions

Visit the product page of your syringe filter and click on the “Application/Specification” tab located in the middle. Scroll down to find the filter area. For any assistance, reach out to sales@cofilters.com.

Our standard Cofilters sterile syringe filters undergo sterilization through gamma irradiation. We carefully control the irradiation level to guarantee sterility. Each lot is tested with spore strips to ensure effectiveness before sale.

Our sterile syringe filters feature a dual-layer membrane design. The top layer, with a larger pore size of 0.65μm, acts as a prefilter, followed by a 0.22μm layer for sterilization.

Syringe filters with absolute rated membrane media are generally expected to be similar across suppliers if they share the same size, membrane material, and pore size rating. However, this consistency isn’t guaranteed for filters with nominally rated media like glass fiber or nonwoven polypropylene. When exploring different suppliers for nominally rated syringe filters, pore size rating alone isn’t sufficient for comparison. It’s essential to carefully review the media specifications provided by the supplier to make an informed selection.

Certainly, certificates of conformance (CoC) are available with syringe filter orders upon request. Remember to ask for the certificate when placing your order.

The syringe filters have a maximum recommended operating temperature of 60°C when used with compatible fluids. Operating at higher temperatures can weaken the housing strength, potentially requiring a limit on applied pressure. Ensure to take appropriate safety measures, including wearing personal protective equipment (PPE), when handling hot fluids.

Got a filtration question you need solving?

Whether it’s about finding the right filter for your application or tackling a tricky science problem, I’m here to help you turn your ideas into reality. Let’s conquer those big science challenges together!

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