TPE profiles are the modern problem solvers in the world of sealing technology and profile design. The abbreviation TPE stands for "thermoplastic elastomers" and describes a material that combines the flexibility and elasticity of rubber with the processing properties of thermoplastics.
What are TPE profiles? – The best of both worlds
TPE profiles are extruded profiles made of thermoplastic elastomers. This material group combines the advantages of rubber and plastic:
Rubber-like properties: flexibility, elasticity, soft touch
Thermoplastic properties: recyclable, easy to process, good dimensional stability
The combination of these properties makes TPE profiles particularly versatile and suitable for a wide range of applications.
Advantages of TPE profiles
TPE profiles offer a number of advantages over conventional rubber or plastic profiles:
Flexibility and elasticity: TPE profiles adapt perfectly to even uneven surfaces and thus ensure reliable sealing.
Lightness: TPE profiles are significantly lighter than rubber profiles.
Recyclability: TPE profiles are fully recyclable and thus contribute to sustainable production.
Variety of colors: TPE profiles are available in almost all colors and can be individually adapted to your needs.
Haptics: TPE profiles have a pleasant, soft feel.
Chemical resistance: TPE profiles are resistant to many chemicals, oils and solvents.
Weather resistance: TPE profiles are UV-resistant and ozone-resistant.
Thermal properties – temperature resistance and more
TPE profiles have different thermal properties depending on their composition.
Temperature range: The operating temperature range of TPE profiles is usually between -40°C and +130°C.
Thermal conductivity: TPE profiles have low thermal conductivity and can therefore also be used for thermal insulation.
Fire behavior: TPE profiles are generally flame-retardant and meet the requirements of various fire protection standards.
Mechanical properties – flexibility, tensile strength and more
TPE profiles impress with their good mechanical properties.
Flexibility: TPE profiles are very flexible and bendable.
Tensile strength: TPE profiles have good tensile strength.
Elongation at break: TPE profiles are stretchable and tear-resistant.
Elasticity: TPE profiles have a high resilience and return to their original shape after deformation.
Abrasion resistance: TPE profiles are resistant to abrasion and wear.
Acoustic properties – sound insulation with TPE profiles
TPE profiles can also be used for sound insulation.
Sound insulation: TPE profiles absorb sound waves and reduce the sound level.
Vibration dampening: TPE profiles dampen vibrations and reduce the transmission of vibrations.
TPE profiles in use – diverse applications in all industries
TPE profiles are used in a wide variety of industries:
Automotive: seals, body parts, interior trim
Construction: window profiles, door profiles, seals
Mechanical engineering: seals, covers, handles
Electrical engineering: cable sheaths, connectors
Medical technology: catheters, tubes, handles
Sports and Leisure: Handles, Mats, Sports Equipment
Household: seals, handles, kitchen utensils
and many more
Rexio® – your partner for TPE profiles
Rexio® offers you a wide range of TPE profiles in different shapes, sizes and degrees of hardness . We will be happy to advise you and find the optimal solution for your requirements.
Our strengths:
Variety: Large selection of profiles and seals
Quality: High-quality materials and workmanship
Customization: Custom-made products according to your needs
Experience: Many years of expertise in the extrusion of TPE profiles
Consulting: Individual advice and technical support
Find the right TPE profiles for your application now!
Our experienced team will be happy to advise you and help you with your selection. Contact us today!
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