Our SINBRAN® filter modules are made of sintered polyethylene (PE), optionally antistatic, and ePTFE membranes and are used for a wide range of industrial applications. SINBRAN® filter modules meet the highest requirements and filter particles down to a size of 0.1 µm. We build filters for installation on the clean gas side as well as on the raw gas side.
SINBRAN® filter modules are ideal for applications in air filtration, chemical process filtration, food and pharmaceutical industries, as well as medical and pharmaceutical fields. In modern battery production, SINBRAN® is valued worldwide for meeting the requirements of current and future environmental legislation.
Sintered PE offers excellent mechanical strength and chemical resistance, while ePTFE membranes provide outstanding filtration performance that far exceeds that of conventional filters. That’s why we combine the best of both worlds to create one of the best filters available for air, process, and gas filtration.
Service life is highly dependent on the application and operating conditions. In many cases, our filters can be used for several years, sometimes up to 15 years, before they need to be replaced.
Yes, our filter modules can be cleaned, washed with water and reused. However, the cleaning process should be adapted to the application and the filter material. We will be happy to provide you with the appropriate cleaning instructions, which can also be downloaded from our website.
Our filter modules are equipped with highly developed ePTFE-membranes consisting of several layers. This multi-layer structure provides extremely fine filtration and ensures that even the smallest particles down to a size of 0.1 µm are effectively retained.
The structure of the membrane is similar to a dense beech hedge in winter: A ball thrown into the hedge will be safely trapped, as will the particles in our membrane.
Unlike conventional filters, the SINBRAN® membrane’s multiple layers provide a more reliable filtration result that remains constant even under demanding conditions.