Our microfilters with elements remove particles, water and oil reliably and economically. Nevertheless, because of their specific properties, microorganisms cannot be barred effectively by these high-capacity filters, since the rapid proliferation of the microorganisms enables them to grow through the filter media.For this purpose, our sterile filters from the series ST-R and high end HB are especially equipped with the necessary characteristics for meeting this critical task 100%. They provide a maximum of biological safety. The robust D and DS series were developed specially for steam sterilization.Our high end steam elements from the series HS and DPL are quite unique. Here, from microporous sintered fibres and the extremely large pleated filter surface the use of a large sum of pore cross-sections relative to the material share was implemented. This ensures an optimum ratio of filter fineness to filter capacity.The main task of all our sterile and steam filters is to protect products from contamination by microorganisms and ultimately to protect the health of all consumers. To enable you as a user to derive the maximum benefit from our service, we offer you the chance to assess the integrity of your filters in use, without having to dismantle them. This is done rapidly and safely with our filter integrity system analyzer.Features:High flow housing:1) In stainless steel 1.4301 (optional in 1.4404)2) Surface characteristic: high gloss finish3) Maximum permissible working pressure: 16 bar over-pressure4) Maximum permissible operating temperature: 200°5) Aseptic EPDM hosuing seal6) Available connections: thread in accordance with DIN 2999, NPT,clamp, "milk" pipe, butt weld, flange and SMSSterile filter elements for the ST-R series:1) Inline steam sterilizable at 121°C; (1.1 bar over-pressure for 30 min)2) Operating temperature 170°C;, 200°C; short-term (hot air)3) Suitable for all competitors` housingsSterile filter elements for high end HB series:1) Robust construction, stainless steel or heat-resistant polypropyleneinternal support body and polypropylene external support body withwelded end caps2) PTFE impregnated, hydrophobic microfibre medium3) Enlarged inside diameter and folded medium for optimum flowcharacteristic4) Steam-sterilizable at max. 142°C; for 15 minutes5) Operating temperature 80°C; continuousSteam filters for D series:1) Filter medium microporous sintered stainless steel 1.4404 (316L)2) Temperature range: -75 ~ +200°C3) High end steam filter elements of HS and DPL series4) Microporous filter medium, folded bonded fiber, stainless steel1.4404 (316L)5) Temperature range: -75 ~ +300°CApplications:1) Electronics industry, semiconductor industry, computer hard disks,and CD-ROM2) Pharmaceutical industry3) Packaging machines and filling installations4) Food production (dairies, breweries, mineral-water springs andwine production)5) Available filtration requirement:a) Steamb) Water (liquids)c) Air and gas filteringd) Aeration and ventilation
Our filters use machine pleated elements, which form the heart of the filterPleating means the following benefits:a. Lower velocityb. Lower differential pressurec. Better separationd. Higher dirt hold
Our filters use machine pleated elements, which form the heart of the filterPleating means the following benefits:a. Lower velocityb. Lower differential pressurec. Better separationd. Higher dirt hold
1. Patented modular structure, the automatic user interface is specially designed for the ease of use2. Multi-tube structure efficiently prevents movement of CMS. Attrition is kept to a minimum, there
High pressure filtration technologySafe and secure processing even under high pressure.Even under extreme applications ZANDER filters ensure the quality of air or gasesby means of high end filtration
Various gases in the compressed air have different solubility and diffusivity, which makes their comparative penetrability different when passing the membrane module (completely imported). They can be
Various gases in the compressed air have different solubility and diffusivity, which makes their comparative penetrability different when passing the membrane module (completely imported). They can be
Various gases in the membrane have different solubility and diffusivity, which makes their penetrability comparatively different when passing the membrane module. N2, Ar, and ammonia penetrate slowly
Various gases in the membrane have different solubility and diffusivity, which makes their penetrability comparatively different when passing the membrane module. N2, Ar, and ammonia penetrate slowly
Principle:1) Two methods of methanol cracking H2:a) Absolute methanol splits into CO and H2,the chemical equation is CH3OH-CO +2H2b) Methanol and de-ion water spilt into CO2and H2, its chemical equati
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