Product description

High Quality Self-Adhesive EPDM Rubber Edge Trim

EPDM rubber have much better resistance to heat, light, and ozone than unsaturated rubbers such as natural rubber, SBR, or neoprene (polychloroprene). This makes it suitable to be utilized in external harsh environments and can be used outdoors for many years or decades without degradation. Our U channel Rubber Edge Trim can be widely used in automotive, chemical, instrumentation, machinery and daily necessities. For example: edge protection or sealing of furniture, electronic appliances, fish tanks, car doors, gas stoves, roofs, shelves, stairs, cabinets, barbecue grills and other equipment.

We Also Have White Color Silicone Rubber Edge Trim On Sale, You Can Click The Photos As Below To Reach Them:

Multiple Usage

Car or Truck Doors

Steel Boxes or Tool Boxes

Cabinets

Steel Tiles

General Information

Size:

U Channel: 1/16"

Wide-3/16"

High-13/32"

Fit for: 1/32" to 3/32"

Thermal properties of EPDM

Coefficient of thermal expansion, linear: 160 µm/(m·K)

Maximum service temperature: 212F

Minimum service temperature: −40F

Mechanical properties of EPDM

  • Hardness, Shore A: 65–70
  • Tensile failure stress, ultimate: 17 MPa (500-2500 PSI)
  • Elongation after fracture: ≥ 300%
  • Density: Can be compounded from 0.90 to >2.00 g/cm3

Easy To Install

Step 1

Insert the part into the slot of the edge trim (Do not remove the plastic film before the edge protector installed on the sheet metal)

Step 2

Remove one side film from the edge trim to let the edge trim stick on the part

Step 3

Remove the other side film to let the edge trim completely stick on the part

Why Choose Material EPDM Not PVC?

1. EPDM edge trim are not easily broken down by ultraviolet light and ozone.

2. EPDM has better thermal stability, radiation resistance and weather resistance than other polymer materials. The service life of silicon in a natural environment can reach several years but the PVC product only can last several months.

3. EPDM products have high thermal stability, and the chemical bonds of molecules do not break or decompose under high temperatures.