SRF206 is a super smooth, dimensionally stable PTFE coated glass cloth that provides superior release properties and excellent chemical resistance against a wide range of temperatures.
This product is designed for applications that require increased wear and abrasion performance, which is provided due to a hard wearing surface.
SRF206 copper is a super smooth, dimensionally stable PTFE coated glass cloth that provides superior release properties and excellent chemical resistance against a wide range of temperatures.
This product is especially designed to provide increased longer life and reduce maintenance time in demanding application of uPVC profiles welding. Due to its superior release properties, SRF206 Copper significantly outperforms other PTFE coated fabrics used for covering the welding platens, both in number of pulls and ease of cleaning.
CS205 as S is an anti-static, PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used in the packaging industry for covering elements, impulse wires and L-Bar sealers for platen and element covers where an anti-static or black finish is required.
CS105-2 S is a PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used extensively in the packaging industry for heat sealing and wrapping applications, for tool and mould release linings and as a cover on welding platens and drying rollers.
CS103 S is a PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used in the packaging industry for covering elements, impulse wires and L-Bar sealers and for platen in various industries.
CS105-2 AS S is a static dissipative, PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used extensively in the packaging industry for heat sealing and wrapping applications, for tool and mould release linings and as a cover on welding platens and drying rollers where a static dissipative or black finish is required.
CS105 S is a PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used extensively in the packaging industry for covering elements, impulse wires and L-Bar sealers for platen and element covers in numerous industries, including uPVC welding.
CS205 S is a PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used extensively in the packaging industry for covering elements, impulse wires and L-Bar sealers for platen and element overs in numerous industries, including uPVC welding.
CS106-2 Silver S is a silver coloured PTFE-coated fabric with a high performance, silicone pressure-sensitive adhesive on one side. The product has a yellow corrugated liner to protect the adhesive surface and to ease identification and use.
This product is used uPVC welding applications for its smooth surface, good release properties and increased productivity.
CLPSA 4 S is a flexible, non-porous laminated composite comprising Versiv CL6 combined with a high-performance silicone pressure-sensitive adhesive (PSA) system. It combines the benefits of multi-layer fluoropolymer cast films with the mechanical properties of fibreglass-reinforced fabrics, making it suitable for demanding high-temperature and chemically aggressive environments.
