Elastomers
Rubber coating application is a fundamental consideration in the selection of coating material. Temperature, friction, pressure, medium, speed, load etc., is considered when selecting the appropriate rubber / elastomer coating.
Quality rollers begin at the source - raw materials. Our custom mixing and formulating plants acquire the finest raw materials available. A combination of strict quality control, the latest computer technology, precise technical and chemical knowledge of each elastomer, is utilized in formulating complex compounds that operate at peak efficiency.
We are equipped with innovative technology and highly trained personnel to ensure maximum performance from each and every roller that we produce. All rollers are tested to the most exacting standards to ensure compliance with today’s competitive markets.
Every roller must comply with our high manufacturing and quality standards, resulting in reduced down time, lower maintenance costs, and increased process efficiency for our customers.

Elastomer Comparison Chart
Rubber Property Comparison Chart Rating: E=Excellent G=Good F=Fair P=Poor
Tensile Strength | F | G-E | G | P |
Hardness Range | 20-100 | 30-100 | 5-80 | 35-80 |
Max. Service Temp. Deg. Celcius | 120 | 80 | 100 | 260+ |
Ozone Resistance | P | P | G | E |
Cut Resistance | F | G | F | P |
Abrasion Resistance | F-G | G-E | G-E | P |
Tear Strength | F | G | G | P |
Compression Set | F-G | F | P | E |
Resistance To | ||||
Heat Build Up | P | E | P | G-E |
ASTM #1 Oil | E | P | E | G |
ASTM #3 Oil | E | P | E | F |
Reference Fuel B | G-E | P | G | P |
Ketones: MEk | P | E | P | F |
Aromatics: Toluene | G-E | P | G | P |
Aliphatics: Hexane | E | P | E | P |
Ethyl Acetate | P-F | E | P | G |
Cellosolve | F | E | P | E |
Methylene Chloride | P | E | P | F |
Trichloroethylene | P | P | P | P |
Diethylene Glycol | E | E | E | E |
Isopropyl Alcohol | G-E | E | E | G |
Water (75 deg. F) | G | E | G-E | G |
Caustics: 10% NaOH | G-E | E | G | E |
Acids: H2SO4 | F | G | G | F |