Deesawala Rubber manufactures EPDM rubber sheet, a synthetic rubber which is known for its passive chemical properties. The product offers remarkable resistance to weathering and a good performance. They exclude contact with oils and fuels.
Deesawala EPDM (Ethylene Propylene Diene Monomer) rubber sheets are utilized by diverse industries. They are equipped with incredible features such as heat resistance, weather resistance, electrical insulation properties, etc. Take a quick glance at some general specifications as well as data for rubber sheet EPDM.
Material Composition
EPDM: Ethylene Propylene Diene Monomer
Physical Properties
Temperature Range
Deesa EPDM rubber sheets have capabilities to withstand temperatures that may range from -40 °C to +120°C (-40°F to +248°F). The extended temperature ranges may be offered by the specialized grades.
Weather Resistance Properties
EPDM rubber sheets can easily resist ozone. They can also resist UV exposure and weathering. They are absolutely suitable for various types of outdoor applications.
Chemical Resistance Properties
EPDM rubber sheets are equipped with good resistance to water, steam, mild acids, and alkalies. But they might not be advisable for use with petroleum-based fluids and hydrocarbon solvents.
EPDM (Ethylene Propylene Diene Monomer) rubber sheets have exceptional properties. Hence, they are used across different industries. Here is your comprehensive guide on some of the common applications of EPDM sheets.
With 20 years in the rubber products industry, Deesawala Rubber Industries has an extensive experience that is reflected in its well-established manufacturing facility, with technology for every process, be it mixing, calendaring or extruding of components.
Technical Data Sheet for EPDM Rubber Material for Rubber Sheet
TDS NO.: DEESA-01
Polymer: EPDM Rubber
Color: Black
Appearance: Smooth
For Size: As per Customer Specs
SL. No. | Description | Unit | Specified Value | Test Method | Analysis Report |
1. | Hardness | IRHD/Shore A | 60±5 | ISO 48 | 59 – 64 |
2. | Tensile Strength | MPa | 9 Min. | ISO 37 | 10.5 – 11.2 |
3. | Elongation at break | % | 300 Min | ISO 37 | 400 – 500 |
4. | Compression Set | ||||
a) | At 70 ± 2°C for 24 hrs | % | 20 Max | ISO 815 | 11.15 – 12.5 |
b) | At 23 ± 2°C for 72 hrs | % | 12 Max | ISO 815 | 9.40 – 10.20 |
c) | At -10 ± 2°C for 72 hrs | % | 50 Max | ISO 815 | 40.50 – 42.5 |
5. | Ageing at 70 ± 2°C for 7 days | ISO 188 | |||
a) | Change in Hardness | IRHD/Shore A | -5/+8 | ISO 48 | +2 to +3 |
b) | Tensile Strength change | % | -20 Max | ISO 37 | -3.10 to -2. 20 |
c) | Elongation Change | % | -30 / +10 | ISO 37 | -5 .15 to -3. 25 |
6 | Volume change in water at 70 ± 2°C for 7 days | % | -1 / +8 | ISO 1817 | 1.80 – 1.90 |
7 | Stress Relaxation at 23°C for 7 Days | % | 15 Max | ISO 3384 | 9.10 |
8 | Stress Relaxation at 23°C for 100 Days | % | 22 Max | ISO 3384 | 15.25 |
9 | Ozone Resistance at 50 pphm, 40°C for 48hrs | Visual | No Crack | ISO 1431-1 | No Crack |
Note: The above results are conforming to EN 681-1: 1996 and ISO 4633 current standards