1INX36YD 5498 PTFE FILM TAPE

3M™ PTFE film tape 5498 uses an extruded polytetrafluoroethylene (PTFE) film backing. This tape offers an extremely low coefficient of friction which, in combination with a pressure sensitive rubber adhesive, creates a smooth, non-stick surface over a variety of substrates to assist in mold release applications where a non-silicone tape is required. We developed this tape as a quick and easy release medium between surfaces where pressure, temperature changes and other factors may create a measure of adhesion, particularly in composite bonding applications. Applying 3M™ PTFE film tape 5498 can help reduce stick of composite resins to mold surfaces, even under a wide range of temperatures (from 40 deg F/4 deg C to 350 deg F/177 deg C) and pressures. The rubber adhesive is a non-silicone formulation designed to remove cleanly from surfaces where silicone is not permitted. Polytetrafluoroethylene (PTFE) is a synthetic material used in a variety of industries and applications to reduce the coefficient of friction. Because of its non-stick properties and high heat resistance, PTFE is used as a non-stick coating for frying pans and other cookware. It makes an excellent insulating material for electrical applications because of its non-conductivity. PTFE is non-reactive to numerous chemicals, due to the chemical resistance of fluoropolymer bonds; making it effective in containers and pipe work for reactive and corrosive substances. PTFE reduces friction, wear and energy efficiency of machinery. Because of its low friction, PTFE is used in industrial applications where sliding action of parts is required, such as with bearings, gears, slide plates, etc. In these applications, it delivers significantly better performance than nylon or acetal. 3M™ has taken this versatile compound through an extrusion process to create a thin film, then paired the film with 3M™ unique pressure sensitive adhesives to make these PTFE tapes. Innovative, high performance 3M™ PTFE tapes are reliable, durable and reduce friction.