Membranes - Import export

INVITRO-CONNECT GmbH offers various test strategies without animal testing for examining skin Corrosion: - OECD 435 - Skin Corrosion : "In Vitro Membrane Barrier Test Method for Skin Corrosion" (Corrositex): The Corrositex® assay is a standardized and quantitative in vitro test developed as a replacement for the dermal corrosivity rabbit test. The Corrositex® assay is presently the only in vitro assay approved by the U.S. Department of Transportation for testing potential corrosive materials and assigning packing group categories. For more information please contact INVITRO-CONNECT GmbH for assistance in developing specialized protocols for your test materials. INVITRO-CONNECT GmbH: Fast Project Execution: personal - competent - reliable --> contact@invitro-connect.com More than 80 test laboratories - Product safety - Regulatory service - In vitro tests - All OECD tests for pharmaceuticals, chemicals, medical devices and cosmetics - Study monitoring, MSDS etc.

For the following membrane technologies, OSMO offers rentable plants Microfiltration and ultrafiltration: ceramic modules, spiral wound elements (4" and 8"), pipe and capillary modules as well as dived membrane systems Nanofiltration and reverse osmosis: Spiral wound elements (4” and 8”) up to 100 bar, filtration performance 100 – 5000 l/h Pilot plants for electrodialysis Pilot plants for capillary modules for surface water treatment, Membrane area up to 70m², performance 1500-3000 l/h with integrated reverse osmosis plant Pilot plants for diffusion dialysis For pipe modules, the following pilot plants are rentable: Anorganic pipe modules (MF / UF) Olivia mini: Membrane area approx. 0,2 - 0,3 m² Olivia: Membrane area approx. 0,8 - 1,6 m² Olivia 2.0: membrane area approx. 0,8 - 1,6 m² Organic pipe modules (MF / UF) Membrane area 2-10m² depending on installed elements (Spiral wound modules UF - NF - RO): Brasilia 4", 2 elements 4040 up to 20 bar PIA 4", 3 elements 4040 up to 100 bar PAU

Separation of dissolved gases with membrane degasification Gaseous components can be removed by conventional technologies, like e.g. percolators columns (for example CO2-percolators). Alternatively, gaseous components in water can be removed with very high retention rates by membrane degasification, which is working with hydrophobic membranes and a partial pressure drop. The advantages of the membrane degasification are low operation costs as well a s compact design.

Our Vac-Sil® Quality Membranes have been specifically designed for use as vacuum membranes for Solar/P.V. module lamination, plus the forming or thermo-pressing of vinyl foil veneers on furniture woodwork, composites in aerospace, F1 cars, marine, and other general products. We also provide a range of precision components, primarily for use in solar panel production. The range includes laminator vacuum seals, PTFE & Glassfabric belts (Stringer, Release, Vision, Transport etc) and also squeegee edge profiles for screen printing. Listening to our valued customers and their experiences, VAC-SIL® Quality Membranes have been polymer engineered to give users excellent thermal and mechanical properties, with good chemical resistance that leads to optimum service life. Visit our website for further information - advantages, benefits, areas of use, datasheets, faq's and installation instructions.