Industrial
Saint-Gobain films perform critical tasks that empower high precision, high volume and high performance industrial applications. CHEMFILM® products deliver performance with highly engineered polymers selected for specific applications. ZITEX is a tough and strong, yet still flexible barrier material that can be optimized for certain application requirements. And NORFILM™ designs and creates performance coated solutions that are engineered to meet your application requirements. Whether it’s enabling your process, product or people, Saint-Gobain films will deliver the optimized solution.
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Zitex porous PTFE membranes exhibit the chemical inertness, hydrophobicity, and gas permeability appropriate for use as diffusion membranes in gas sensors. The porous structure of Zitex allow for gas passage to the sensor while retaining liquids or restricting liquid penetration.
NORFILM performance coated solutions and CHEMFILM fluoropolymer films and polyimide films provide the optimal surfacing material for process belting and casting. Product conveyance is critical to productivity and quality in many demanding applications. By engineering the optimal solution through substrate and functional coating selection, we provide customized solutions fit to your needs. Strength, flexibility, durability, chemical resistance, temperature performance and release are all critical parameters that Saint-Gobain and fine tune to fit. Do not overlook your product conveyance needs in your current or future process design optimizations.
Saint-Gobain produces thin film products for industrial surface protection. Whether you are looking for stain, scratch or chemical resistance, CHEMFILM fluoropolymer films and NORFILM performance coated solutions can provide ideal solutions.
The new range of CHEMFILM high performance materials provide exceptional barrier protection for diaphragm seals in positive displacement (PD) pumps. Equipment downtime is costly and minimising mean time between failure (MTBF) is a priority. Typically pumps are operating under the harshest of conditions in highly chemical and caustic environments, requiring for the diaphragms to be completely inert to chemical attack across the temperature and performance thresholds.