Edge protection profiles: protection against impacts, injuries & damage
Edge protection profiles are indispensable when it comes to protecting edges and corners from damage and at the same time ensuring the safety of people. Whether in an industrial environment, in the transport sector or in the private sector - edge protection profiles are used wherever sharp edges pose a risk.
In this comprehensive guide, you will learn everything you need to know about edge protection profiles. Discover the wide range of possible uses and find out how you can ensure greater safety and protection with the right edge protection!
What are edge protection profiles?
Edge protection profiles are specially shaped profiles made of various materials that are used to protect edges and corners. They are clipped, clamped or glued onto the edge to be protected and thus form a protective barrier.
Edge protection profiles are available in a variety of shapes, sizes and materials. Depending on the application and requirements, different materials are used, e.g.:
Plastic: PVC, polypropylene, polyethylene
Rubber: EPDM, NBR, Silicone
Metal: aluminum, stainless steel
The choice of the right material depends on various factors, such as mechanical loads, environmental conditions and aesthetic requirements.
The advantages of edge protection profiles:
Protection against damage: Edge protection profiles protect edges and corners from impacts, scratches and abrasion.
Injury protection: Edge protection profiles minimize the risk of injuries from sharp edges.
Anti-slip: Some edge protection profiles have an anti-slip surface.
Optical enhancement: Edge protection profiles can also be used to optically enhance products and systems.
Thermal properties of edge protection profiles
The thermal properties of edge protection profiles depend heavily on the material used.
Temperature resistance: Edge protection profiles made of plastic can generally be used in a temperature range of -20 °C to +80 °C. Profiles made of rubber or metal can also withstand higher or lower temperatures.
Thermal conductivity: The thermal conductivity of edge protection profiles generally plays a minor role.
Mechanical properties of edge protection profiles
The mechanical properties of edge protection profiles are crucial for their protective effect.
Shock resistance: Edge protection profiles must be able to absorb shocks and blows without breaking or deforming.
Abrasion resistance: Edge protection profiles should be resistant to abrasion and wear.
Flexibility: Depending on the application, edge protection profiles must be flexible and bendable in order to adapt to the contours of the edge to be protected.
Acoustic properties of edge protection profiles
In some cases, edge protection profiles can also contribute to sound insulation.
Sound insulation: Edge protection profiles made of soft materials such as rubber or foam can absorb sound waves and reduce the sound level.
Frequently used industries
Edge protection profiles are used in a wide variety of industries.
Examples of industries in which edge protection profiles are used:
Industry: Protection of machines, systems, workpieces and transport goods
Logistics: Protection of edges on shelves, pallets and packaging
Construction: Protection of edges on walls, stairs and doors
Furniture industry: protection of edges on tables, chairs and cabinets
Vehicle construction: Protection of edges on vehicles, trailers and boats
Household: Protection of edges on furniture, electrical appliances and toys
Are you looking for high-quality edge protection profiles for your company?
Rexio offers you a wide range of edge protection profiles in different shapes , sizes and materials. Let our experts advise you and find the optimal solution for your requirements!
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