Cellulose Acetate Syringe Filters, 0.7/0.45um, 25mm, Luer-Lok/Luer Slip, Nonsterile, 50/Pk
GVS SKU: GF25BNPGA004AL01

GVS ABLUO Cellulose Acetate (CA) Syringe Filters, 0.7/0.45 µm, 25 mm, 50/Pk - GF25BNPGA004AL01

Class 100,000 cleanroom conditions govern GVS's syringe filter and membrane production, held to the specifications its quality management system defines. Because each syringe filter is dedicated to one sample, a failed or contaminated filtration stays isolated to its own analyst's run and leaves the next analyst's queue clear. The cellulose acetate matrix stays stable across pH 4 to 8 while admitting water-based reagents immediately, with no surfactant step and maintains a particle cutoff at that rating. The polypropylene housing routes flow to minimize backpressure in service while standing firm against aqueous acids, bases, and alcohols during regular handling and leaves no seam for sample to bypass the membrane. When chromatographic methods demand particle-free injections, the column stays clean from run to run, protecting method performance and column life.

Prefiltration

• Two-stage construction pairs a borosilicate glass fiber prefilter with the downstream membrane
• Added glass fiber stage extends usable throughput by delaying membrane clogging
• High dirt-holding capacity suits very turbid, high-solids sample loads
• Naturally hydrophilic borosilicate fiber wets quickly with aqueous samples

Membrane Characteristics

• Native surface hydroxyl groups sustain a hydration layer ahead of protein contact
• Stable in aqueous saline, buffer, and protein solution matrices
• Dilute samples retain their true, unadsorbed concentration through the membrane
• Cellulose acetate's open pore structure supports high flow rates at low operating pressure
• Lot-to-lot uniformity in pore distribution produces consistent retention across batches

Housing Characteristics

• Polypropylene density near 0.90 g/cm3 keeps housing weight low relative to denser engineering plastics
• Inert polyolefin wall contributes minimal sample adsorption to the filtrate
• Housing tolerates elevated-temperature aqueous and solvent sample filtration up to about 80°C without softening
• Rigid polypropylene body maintains its geometry through routine filtration pressure

Juggling several filter types for one routine clarification eats up your bench time. General-purpose aqueous filtration supports the sample types you handle every day so you can standardize one filter across most aqueous methods. Request volume pricing and stock availability on your filtration product selection from the Tisch Scientific team.

For more information about chemical compatibility, please review our Chemical Compatibility Chart.

Color

Clear

Connection Type

Luer-Lok/Luer Slip

Construction

Polypropylene housing, ultrasonically welded

Diameter

25mm

Filtration Area

4.63 cm²

Inlet Connection

Female Luer Lock

Material

Cellulose Acetate (CA) membrane with glass fiber prefilter

Maximum Operating Pressure

75 psi

Maximum Operating Temperature (°C)

90

Outlet Connection

Male Luer Slip

Pack Count

50

Pore Size (µm)

0.7/0.45

Pre-filter Pore Size

0.7

Prefilter (Yes/No)

Yes

Prefilter Material

Glass Fiber

Sterility

Nonsterile

Wettability

Hydrophilic

• LC-MS Sample Prep - CA's low-binding surface preserves small molecule and peptide analytes from adsorption during aqueous preparation for LC-MS runs.
• TOC Sample Prep - Hydrophilic CA removes particles from water samples with minimal carbon contribution, protecting total organic carbon measurement.
• Water Microbiology - Retains bacteria on the membrane surface for colony counting in water and environmental microbial limits testing.
• PCR Sample Prep - CA's very low non-specific binding ensures nucleic acids and buffer components pass through cleanly ahead of PCR amplification.
• Stability Testing Prep - Hydrophilic CA membrane clarifies stability samples without analyte loss, supporting accurate potency tracking over time.
• Low-Volume Sample Prep - CA syringe filters process precious microliter samples with minimal hold-up volume, maximizing recovery of dilute analytes.