Innovative Solutions For Industrial Coatings
Based on your enhancement targets to improve surface properties such as bonding and friction reduction, to impart antibacterial properties to industrial filters, or to enhance chemical resistance of plastic and metal components, Applied Membrane Technology (AMT) supplies or develops the best coating solution to meet your specific needs.
AMT’s innovative Fluoro-silicone coatings; Parylene polymers coatings, Parylene PF and PM coatings, noble metal and alloy coatings, can be applied on a multitude of substrates, microporous filters, metal wires, powders, aerogels, zeolites and other substrates for use in space applications, industrial extrusion, catalysis and many medical applications. High performance tubing and precision components made of plastic, ceramics, glass, metals and elastomers can be coated to meet your specific surface property improvement goals.
Rapid Development, Protoyping and Scale Up
AMT leverages its international research and development resources to identify or to rapidly develop the best coating technology for your specific needs. Availability of lab samples and pilot runs for tailored coating solutions can be arranged. AMT has extensive expertise in supporting industrial product development programs.
Large Scale Manufacturing
We at Applied Membrane Technology (AMT) offer cost-efficient large-scale production. A strict quality assurance program ensures AMT’s coatings are consistent and perform at the highest levels.
AMT manufactures many of its unique products by using plasma polymerization technologies. Coatings are covalently bonded to your substrate at ambient temperature for long lasting quality and performance.
Applied Membrane Technology (AMT) offers novel catalytic coating solutions for the application of nanometer-scale noble metals and transition metals to various surfaces including microporous glass, ceramics, and polymer hollow fiber membranes.
AMT’s catalytic solutions are ideal for environmental sorptive and separative processes, as well as bio-catalysis, drug synthesis, gas and chemical catalytic reactions and processes. Implanting catalytic solutions into polymer matrices or creating nano-metallic stand-alone surfaces are also useful for antibacterial applications.
AMT’s technology provides ultrathin corrosion-protective barrier coatings for industrial, space and biomedical applications.
Conformal coatings composed of hydrophobic conventional Parylenes, highly hydrophobic Parylene PF, and fluoropolymers can be applied in complex configurations such as monolayer or multilayer constructions to protect coated material from harsh chemical environments.
Corrosion resistant coatings can be applied to printed circuit boards for space electronics or to mobile devices and optical lenses as antireflection and water repellant coatings. A wide variety of fluoropolymers and metal coatings made from platinum, titanium and gold are available for the most demanding application requirements. AMT’s technology is especially suited for temperature sensitive substrates.