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Petrarch® PC085.3 by United Chemical Technologies is low reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC085.3 suits for high temperature (>100°C) extruded silicone formulations. Petrarch® PC075.7 by United Chemical Technologies is an intermediate reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC075.7 possesses high platinum content. Petrarch® PC085 by United Chemical Technologies is a low reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC085 suits for high temperature (>100°C) extruded silicone formulations. Can be modified using inhibitors to achieve optimum reactivity. Petrarch® PC075 by United Chemical Technologies is an intermediate reactivity, platinum vinyl siloxane. Used as catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC075 can be modified using inhibitors to achieve optimum reactivity. Suits for slow room temperature cures and moderate (30-100°C) higher temperature cures. Petrarch® PC075.3 by United Chemical Technologies is an intermediate reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC075.3 suits for slow room temperature cures and moderate (30-100°C) higher temperature cures. Petrarch® PC088.3 by United Chemical Technologies is a low reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC088.3 suits for high temperature (>100°C) extruded silicone formulations. Can be used as a fire retardant in silicone resins. Petrarch® PC076 by United Chemical Technologies is an intermediate reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Suits for slow room temperature cures and moderate (30-100°C) higher temperature cures. Petrarch® PC076 can be modified using inhibitors to achieve optimum reactivity. Petrarch® PC072 by United Chemical Technologies is high reactivity, platinum vinyl siloxane. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone compositions for electronic coating applications. Petrarch® PC072 can be modified using inhibitors to achieve optimum reactivity. Petrarch® PC073 by United Chemical Technologies is high reactivity, platinum vinyl siloxane. Used as catalyst for promoting hydrosilylation reactions in one and two part room temperature vulcanizable silicone compositions for electronic coating applications. Petrarch® PC073 can be modified using inhibitors to achieve optimum reactivity. Petrarch® PC086 by United Chemical Technologies is low reactivity, platinum vinyl siloxane. Used as a catalyst for promoting hydrosilylation reactions in electronic coating applications. Petrarch® PC086 suits for high temperature (>100°C) extruded silicone formulations. Can be modified using inhibitors to achieve optimum reactivity.
Petrarch®
Coating ingredients supplied by United Chemical Technologies