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Whether your needs are for performance enhancements or process improvements,
silanes' unique properties and functions will provide you unique solution
options to meet your plastics or rubber needs.
Rubber Compounding
As demand increases for elastomeric products in colors other than black, and
with mechanical attributes similar to those provided by carbon black, silanes
are the key to providing a method of effectively bonding various inorganics to
the polymer phase.
Coupling silanes with minerals provides improved:
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Abrasion resistance
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Composite strength
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Rheology control
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Rolling resistance in tires
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Toughness
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Wet electrical properties
Find silanes
for rubber compounding.
Polymer Manufacturing
Selected silanes, known as “external donors”, are used in conjunction with
Ziegler-Natta catalysts in the manufacture of polypropylene. The silanes bring
a better balance of productivity / isotacticity to the process versus other
organic materials.
Reactive silicone polymers have also been used to produce thermoplastic
vulcanizates(TPV) which are defined as a thermoplastic elastomer with a
chemically crosslinked rubbery phase, produced by dynamic vulcanization.
Find silanes
for polymer manufacturing.
Plastic Compounding
The use of vinyl silane has been commercially used since the 1970s to
crosslink polyethylene and its copolymers for electrical wire and cable
insulation and jacketing where its temperature resistance has been exploited.
The technology is also being used to produce hot water piping materials where
its resistance to long term pressure at elevated temperature is essential.
Find silanes for plastic compounding.
For More Information:
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Find silane coupling agents.
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Are you developing an innovative product or application? See how the SISC can help.
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Contact us for more information on silanes for plastics and rubber
applications.
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Read more about silicones in rubber.
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