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Glass fiber filters feature fast flow rates, high loading capacity, wide-range thermal tolerance, and excellent precipitate retention. These filters are ideal for gravimetric analyses of air pollutants and serving as prefilters for use upstream of membrane filters. The standard filters for dissolved and suspended solids testing in sanitary water analysis procedures. Glass fiber filters are fabricated from binder-free borosilicate glass fiber with extremely high maximum operating temperatures in air.
Description:
Grade 693. 4.2cm diameter. 1.1um pore size. Binder-free. Fine porosity. Fast flow rate. 1.1um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For use in dissolved and suspended solids testing and more.
Description:
Grade 693. 7.0cm diameter. 1.1um pore size. Binder-free. Fine porosity. Fast flow rate. 1.1um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For use in dissolved and suspended solids testing and more.
Description:
Grade 691. 11.0cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 691. 2.1cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 693. 9.0cm diameter. 1.1um pore size. Binder-free. Fine porosity. Fast flow rate. 1.1um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For use in dissolved and suspended solids testing and more.
Description:
Grade 691. 4.2cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 693. 2.4cm diameter. 1.1um pore size. Binder-free. Fine porosity. Fast flow rate. 1.1um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For use in dissolved and suspended solids testing and more.
Description:
Grade 691. 9.0cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 691. 5.5cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 691. 2.4cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 691. 12.5cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
Grade 693. 5.5cm diameter. 1.1um pore size. Binder-free. Fine porosity. Fast flow rate. 1.1um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For use in dissolved and suspended solids testing and more.
Description:
Grade 691. 15.0cm diameter. 1.5um pore size. Binder-free. Fine porosity. Fast flow rate. 1.5um particle retention. High-loading capacity. Wide thermal tolerance. Excellent precipitate retention. For filtration of proteins and cells, gravimetric determination, and more.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
TX40HI20WW, 85 mm. Borosilicate glass microfibers reinforced with woven glass cloth and bonded with PTFE. Thickness: 178 um. Water Flow Rate at 0.35 bar: 32 mL/min/cm2. Typical Aerosol Retention: 99.90%.
Description:
Made of binder-free pure quartz. For air monitoring in high temperatures and aggressive atmospheres. Heat treated for reduction of trace organics and superior chemical purity. Thickness: 432um. Weight: 5.8mg/cm2. Maximum temperature: 1093[degree]C. 4.7cm diameter.
Description:
Made of binder-free pure quartz. For air monitoring in high temperatures and aggressive atmospheres. Heat treated for reduction of trace organics and superior chemical purity. Thickness: 432um. Weight: 5.8mg/cm2. Maximum temperature: 1093[degree]C. 82.5cm diameter.
Description:
Made of binder-free pure quartz. For air monitoring in high temperatures and aggressive atmospheres. Heat treated for reduction of trace organics and superior chemical purity. Thickness: 432um. Weight: 5.8mg/cm2. Maximum temperature: 1093[degree]C. 2.5cm diameter.
Description:
Gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
81mm diameter. For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder and organic free. 99.98% DOP efficiency (0.3um). 550[degree]C maximum in air. Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
Made of binder-free pure quartz. For air monitoring in high temperatures and aggressive atmospheres. Heat treated for reduction of trace organics and superior chemical purity. Thickness: 432um. Weight: 5.8mg/cm2. Maximum temperature: 1093[degree]C. 20.3x25.4cm sheets.
Description:
For air monitoring applications. High flow rate and filtration efficiency. Ultra-pure soft water processing to reduce residual ion content. Heat treated for reduction of trace organics and superior chemical purity. 87.5mm diameter.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
90mm diameter. For use in US EPA Method 1311 Toxicity Characteristics Leaching Procedure and in Zero Headspace Extractors for volatile analysis and more. Binder-free borosilicate glass. No added extractables. Fine porosity. Medium flow rate. 0.7um particle retention. 50/pk.
Description:
For gravimetric analysis of air pollutants, as a prefilter, and for sanitary water analysis procedures. Binder free borosillicate glass fibre. 99.98% DOP efficiency (0.3um). Fine porosity. Fast flow rate. 1.0um particle retention.
Description:
Made of binder-free pure quartz. For air monitoring in high temperatures and aggressive atmospheres. Heat treated for reduction of trace organics and superior chemical purity. Thickness: 432um. Weight: 5.8mg/cm2. Maximum temperature: 1093[degree]C. 3.7cm diameter.
Description:
Made of binder-free pure quartz. For air monitoring in high temperatures and aggressive atmospheres. Heat treated for reduction of trace organics and superior chemical purity. Thickness: 432um. Weight: 5.8mg/cm2. Maximum temperature: 1093[degree]C. 10.2cm diameter.
Description:
47mm diameter. For use in US EPA Method 1311 Toxicity Characteristics Leaching Procedure and in Zero Headspace Extractors for volatile analysis and more. Binder-free borosilicate glass. No added extractables. Fine porosity. Medium flow rate. 0.7um particle retention. 50/pk.
Description:
47mm diameter. Depth-type filter medium. Made of finer glass fiber than standard prefilters, with 5% acrylic binder. 0.5um liquid nominal rating. 0.5um particle retention. Fine porosity. Medium flow rate. 100/pk.
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