[{"values":[{"value":"Português do Brasil-Portuguese","languageCode":"pt-br","link":"javascript:void(0);"},{"value":"日本語-Japanese","languageCode":"ja-jp","link":"javascript:void(0);"},{"value":"中文-Chinese Simplified","languageCode":"zh-cn","link":"javascript:void(0);"},{"value":"English","languageCode":"en-us","link":"javascript:void(0);"}],"label":"BR","default":"pt-br"},{"values":[{"value":"Português do Brasil-Portuguese","languageCode":"pt-br","link":"javascript:void(0);"},{"value":"日本語-Japanese","languageCode":"ja-jp","link":"javascript:void(0);"},{"value":"中文-Chinese Simplified","languageCode":"zh-cn","link":"javascript:void(0);"},{"value":"English","languageCode":"en-us","link":"javascript:void(0);"}],"label":"JP","default":"ja-jp"},{"values":[{"value":"Português do Brasil-Portuguese","languageCode":"pt-br","link":"javascript:void(0);"},{"value":"日本語-Japanese","languageCode":"ja-jp","link":"javascript:void(0);"},{"value":"中文-Chinese Simplified","languageCode":"zh-cn","link":"javascript:void(0);"},{"value":"English","languageCode":"en-us","link":"javascript:void(0);"}],"label":"CN","default":"zh-cn"},{"values":[{"value":"Português do Brasil-Portuguese","languageCode":"pt-br","link":"javascript:void(0);"},{"value":"日本語-Japanese","languageCode":"ja-jp","link":"javascript:void(0);"},{"value":"中文-Chinese Simplified","languageCode":"zh-cn","link":"javascript:void(0);"},{"value":"English","languageCode":"en-us","link":"javascript:void(0);"}],"label":"US","default":"en-us"}]

Cure Chemistries

Unleashing your cure potential

Two thermal cure chemistries for silicone release coating products, to meet all your application needs.

Addition Cure

Catalyzed by platinum or rhodium, addition cure chemistry has been successfully applied to solventless, solvent-based, and emulsion coatings.

Platinum Catalyst

Two glass laboratory flasks filled with colored liquids, with various-colored bands of light in background

Offering fast cure at low to moderate temperatures, platinum catalysts have the added ability to maximize bath life within defined temperature ranges.


  • Yields faster
  • More complete cure at low temperatures
  • Less prone to silicon migration
  • Non-reversible, non-blocking
  • Does not require post cure, making two-sided differential release and in-line applications possible
  • More durable coating with more stable and predictable release
  • More avenues for controlling performance


  • Susceptibility to catalyst poisoning by:
    • Amines
    • Sulphides
    • Phosphides
    • Organotin salts
  • Potential for interaction with acrylics

Rhodium Catalyst

Two glass laboratory flasks filled with colored liquids, with various-colored bands of light in background

How is a rhodium-catalyzed addition cure coating unique to Dow?


  • Does not interact with most adhesives.
  • Excellent acrylic stability
  • Relatively difficult to poison


  • Less sensitive to substrate inhibition in comparison to platinum-catalyzed coatings
  • Cures more slowly and requires a higher
  • Unsuitable for temperature sensitive substrates 
  • Unsuitable for food contact applications

Condensation Cure

Tin Catalyst

Two glass laboratory flasks filled with colored liquids, with various-colored bands of light in background

Catalyzed by tin, condensation cure chemistry is a cost-effective solution that maintains versatility and stability. 


  • Coating is robust and resistant to substrate inhibition and catalyst poisoning
  • Minimal adhesive interaction


  • Necessity for post-cure often rules out two-sided and in-line applications
  • Blocking may occur
  • Greater potential for silicone migration
  • Tin and rubber are mildly interactive - tin catalyzed coatings are less desirable with SBR adhesives

Quick links

Release the Potential of Silicone Performance
Explore our wide range of SYL‑OFF™ silicone release coatings from Dow.

Delivery Systems
Delivering the difference

Substrates Selection
Release the potential