SBR sheet – cut to size

What are SBR rubber sheets?

SBR rubber sheets (styrene-butadiene rubber) are versatile elastomer sheets characterised by their high abrasion resistance, elasticity and cost-effectiveness. This material is frequently used in applications where mechanical load-bearing capacity and resistance to wear are required.

Although SBR rubber sheets are not as resistant to chemicals and weathering as EPDM, they offer an excellent solution for use indoors or in less demanding environments.

SBR is available in various versions, including smooth, textured or reinforced designs, to meet the requirements of different industries.

SBR rubber sheets cut to size

A major advantage of SBR rubber sheets is the option to order custom cut pieces to size. This allows the material to be precisely adapted to specific applications, which reduces material waste and increases efficiency.

Examples of custom cut pieces:

• Gaskets: Perfectly cut shapes for machines and pipelines.
• Impact protection: Elastic pads and protective layers for sensitive surfaces.
• Floor mats: Robust and non-slip floor coverings for work areas.

Our cut pieces are available in different thicknesses and shapes and are cut precisely to your requirements.

Processing of SBR rubber sheets

SBR rubber sheets are easy to process and offer a wide range of adaptation options. Common processing methods include:

• Cutting: Precise adjustments with knives or machines.
• Punching: For the production of gaskets or specific shapes.
• Bonding: With suitable rubber adhesives for permanent joints.
• Laminating: Combination with other materials for special requirements.
• Vulcanising: To improve the material properties and durability.

The flexibility in processing makes SBR rubber sheets an ideal choice for a wide variety of applications.

Properties

SBR rubber sheets offer a wide range of advantages that make them particularly attractive for industrial applications:

• High abrasion resistance: Durable and resistant to mechanical wear.
• Good elasticity: Provides flexibility and impact absorption.
• Cost-effectiveness: Cost-effective alternative to other elastomers.
• Processability: Easy to cut, bond and punch.
• Temperature resistance: Suitable for moderate temperature ranges.

However, SBR rubber sheets have limited resistance to ozone, UV radiation and chemicals, which makes them better suited to indoor applications.

Applications

SBR rubber sheets are used in numerous industries and applications:

• Mechanical engineering: Shock absorbers, underlays and protective layers.
• Construction industry: Floor mats and gaskets for indoor applications.
• Automotive industry: Padding, door seals and protective materials.
• Conveyor technology: Abrasion-resistant elements such as anti-slip surfaces or sliding inserts.
• Leisure and sports industry: Elastic mats and protective padding.

Thanks to their versatile properties, SBR rubber sheets are an optimal choice for mechanically stressed applications with moderate environmental requirements.

FAQ about SBR rubber sheets

Are SBR rubber sheets weather-resistant?
SBR is less resistant to ozone, UV radiation and extreme weather influences and is therefore recommended primarily for indoor applications.

In which thicknesses are SBR rubber sheets available?
As standard, thicknesses from 1 mm to 50 mm are available. Custom-made versions are possible on request.

What advantages do SBR rubber sheets offer compared with other types of rubber?
SBR is cost-effective, abrasion-resistant and elastic, but is less suitable for applications with intensive exposure to chemicals or weathering.

Can SBR rubber sheets be recycled?
Yes, SBR rubber can be recycled, which makes it an environmentally friendly option.

How are SBR rubber sheets processed?
SBR rubber sheets can be individually adapted by cutting, punching, bonding or vulcanising.

Technical data

The technical properties of SBR rubber sheets include:

• Hardness: 50 to 70 Shore A (depending on the version)
• Temperature resistance: -20 °C to +70 °C
• Density: approx. 1.6 g/cm³
• Tensile strength: Up to 5 MPa
• Elongation at break: 250 % to 350 %
• Abrasion resistance: Very high, ideal for mechanically stressed applications
• Electrical properties: Limited insulating
• Standard formats: Available in thicknesses from 1 mm to 50 mm and widths up to 2000 mm