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Silicone molding technology is a manufacturing process that transforms liquid silicone rubber (LSR) or solid silicone compounds into precision-shaped products via controlled curing. It leverages silicone’s unique elasticity, résistance à la chaleur, and biocompatibility to serve industries from cultural relic protection to medical devices. But what makes this technology versatile, how do you select the right methods

High-temperature silicone plugs are specialized elastomeric components designed to withstand extreme heat while sealing or protecting openings (Par exemple, trous, fils de discussion) in industrial, médical, and food-related applications. Made from high-purity silicone rubber blended with heat-resistant additives, they maintain elasticity and structural integrity even at temperatures far beyond standard silicone products. But what sets them apart from

Silicone sealants are high-performance elastomeric materials based on polydimethicone (PDMS). By blending PDMS with crosslinkers, remplissage, and catalysts, they cure into flexible, durable sealing layers—either at room temperature or with heat. Their exceptional weather resistance, stabilité chimique, and adhesion make them indispensable across industries. But how do you classify them, choose the right type for

Silicone molding is a manufacturing process that transforms liquid or semi-solid silicone raw materials into elastomeric products with specific shapes and properties. It serves as the backbone of producing everything from daily necessities (Par exemple, Ustensiles de cuisine) to high-precision industrial parts (Par exemple, scellés). But with multiple molding techniques available, how do you choose the right one

TPU (Polyuréthane thermoplastique) and silicone are two versatile elastomeric materials, but their unique chemical structures, processing methods, and performance traits make them suited to distinct applications—from consumer electronics to medical devices. Understanding their differences is critical to avoiding costly material mismatches (Par exemple, using TPU for high-temperature seals or silicone for load-bearing parts). This article breaks

The question “Is silicone elastic?” has a definitive answer: Yes—silicone is a highly elastic material, and this trait is one of its most valuable characteristics. Contrairement aux matériaux rigides (Par exemple, métaux) that deform permanently under stress or brittle materials (Par exemple, verre) that break, silicone can stretch, plier, or compress and return to its original shape. Ce

Silicone seals are specialized sealing components made from silicone rubber—an elastomeric material celebrated for its exceptional resistance to extreme temperatures, vieillissement, et produits chimiques. Unlike traditional rubber seals (Par exemple, nitrile, EPDM), they balance flexibility, durabilité, and environmental safety, making them indispensable across industries from electronics to medical devices. This article breaks down their core properties, genres,

Silicone hardness test is a critical quality control and R&D tool for silicone products—from soft baby bottle nipples to hard automotive gaskets. It measures a silicone’s resistance to indentation, directly reflecting its flexibility, durabilité, and suitability for end-use. This article breaks down the two most common test methods (Shore and Rockwell), facteurs d'influence clés, et