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Liquid silicone rubber applications span almost every serious manufacturing sector — from implantable medical devices to EV battery seals to baby-bottle nipples to dielectric encapsulation in smartphones. This guide maps where liquid silicone rubber wins, why it wins there, and…

Silicone overmolding is a manufacturing process that bonds a flexible silicone layer to a rigid plastic part or metal substrate, all in one shot of the overmolding process. Two materials-the ease of a thermoset silicone on the “soft” side plus…

What design engineers need to know before locking geometry — first-party tolerance data and decision rules from a Class 7 LSR cell producing 1,000+ tons per year. These LSR design guidelines answer the questions that matter before a single mold…

Silicone compression molding shapes pre-measured high-consistency rubber into cured parts inside a heated, closed mold — at a fraction of the tooling spend that liquid silicone rubber (LSR) injection demands. Silicone rubber compression molding is a manufacturing process that begins…

LSR vs TPE is the elastomer-selection question that dooms most product teams before a single part is tooled. Both liquid silicone rubber (LSR) and thermoplastic elastomer (TPE) displace natural rubber in the most demanding precision applications, yet they occupy opposite…

Engineers comparing LSR vs HCR silicone rubber for a new program rarely settle the question on chemistry alone. The decision usually turns on cycle time at target volume, achievable tolerance against the part drawing, the post-cure burden downstream qualification can…