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Silicone and rubber are often used interchangeably, but their performance differs significantly. This guide compares silicone vs rubber in terms of heat resistance, chemical stability, flexibility, durability, and best applications. Learn how to choose the right material for consumer, automotive, medical, and industrial products.

Silicone and EPDM are widely used for seals and gaskets, but their performance differs significantly under heat, UV exposure, and chemical contact. This guide compares silicone vs EPDM in terms of temperature range, weather resistance, compression set, and chemical compatibility to help engineers select the right material for long-term sealing reliability.

Silicone and NBR are commonly used for seals and gaskets, but their performance differs significantly in oil-rich environments. This guide compares silicone vs NBR in terms of petroleum resistance, temperature tolerance, compression set, and long-term sealing reliability to help engineers choose the right material for automotive and industrial applications.

Silicone and Viton (FKM) are both used in high-performance sealing applications, but their resistance to heat and aggressive chemicals differs significantly. This guide compares silicone vs Viton in terms of temperature limits, chemical stability, compression set, and long-term durability to help engineers select the right elastomer for demanding industrial environments.

Food-grade silicone is widely used in kitchenware and baby products, but many brands misunderstand what the term actually means. This guide explains FDA and LFGB standards, platinum vs peroxide curing, safety testing requirements, and common myths about food-grade silicone to help product developers make informed material decisions.

Platinum-cured and peroxide-cured silicone differ in crosslinking chemistry, affecting purity, odor, compliance, and long-term performance. This guide explains the technical differences, mechanical properties, food-grade implications, and ideal use cases to help product developers choose the right curing process for their application.

Shore A hardness determines how soft or firm silicone feels and performs. This guide explains what Shore hardness means, how it affects sealing, compression set, and durability, and how to select the correct silicone durometer for gaskets, phone cases, kitchenware, and industrial applications.

Silicone color consistency in mass production depends on more than a Pantone reference. This guide explains how pigment dispersion, base material variation, curing temperature, and quality control affect silicone color matching, and how manufacturers reduce batch-to-batch variation to maintain brand consistency.