Silicone hose main use: Fluid equipment: such as medical food, cosmetic equipment 1. Medical equipment connecting lines, catheters, etc. 2. baby bottle straws, breast pump conduit, children's water cup straws, food and beverage straws, etc. 3. insulated tubing for electrical instruments and wires, etc. 4. food conduits for hookahs, water dispensers, coffee makers, juice makers, faucets, etc.

Advantage: environmental protection, non-toxic and harmless, does not contain plasticizers, does not contain bisphenol A Silicone tube performance parameters: Dimensional tolerances: conventional tolerance of 0.1mm, precision tolerance of 0.05mm. Hardness range: 60-80A

Fumed Silicone Rubber: Ideal for High-Performance Silicone Hose Applications Fumed silicone rubber is produced using fumed silica as the reinforcing filler. Compared with other types of fillers, fumed silica has finer particles, higher purity, and better dispersion. As a result, silicone products made from this material offer superior overall performance.

Silicone hoses made from fumed silicone rubber typically provide: Higher tensile strength and better mechanical durability Excellent tear resistance for longer service life Stable elasticity and strong recovery performance Smooth and fine surface finish Options for high transparency and high cleanliness requirements

Precipitated Silicone Rubber: Cost-Effective Solution for General Industrial Use Precipitated silicone rubber uses precipitated silica as the reinforcing filler. Compared with fumed silica, it has a larger particle size and lower production cost, making it a more economical option.

1 Pressing and High-Temperature Processing Equipment In high-temperature machines such as presses, vulcanizing machines, and leather embossing equipment, flame-retardant silicone sheets are used as insulation pads and cushioning components. Their high-temperature durability and elastic stability ensure consistent quality in long-term continuous pressing and hot-pressing processes, improving production efficiency. 2 Electronic and Electrical Insulation Electronic and electrical equipment demand high material safety, insulation, and heat resistance. Flame-retardant silicone sheets are used as: Insulating pads Internal heat shields Cushioning components for control modules These applications effectively improve overall equipment safety and operational stability, preventing local overheating.

3 Automotive Manufacturing and Tooling Fixtures In automotive parts manufacturing, flame-retardant silicone sheets are applied to tooling fixtures, contact surfaces, and heat insulation pads. They maintain dimensional stability under high temperature and pressure, extending tooling lifespan and reducing maintenance costs. 4 Mechanical Equipment Thermal Insulation and Cushioning Mechanical components often require thermal insulation or cushioning in high-temperature or vibration environments. Flame-retardant silicone sheets provide elasticity, stability, and heat resistance, making them ideal for thermal and structural applications in machinery.

Silicone sheet is well known for its heat resistance, but “high temperature resistant” does not mean it will remain completely unchanged under all thermal conditions. In real applications, silicone sheet may still experience softening, expansion, warping, or compression set when exposed to excessive heat, improper loading, or unsuitable material selection. In most cases, deformation under high temperature is not caused by a single factor, but by the combined effect of material properties, operating conditions, and environmental stress.

every silicone sheet has its own recommended temperature range. Standard industrial grade silicone sheet can perform well in elevated temperatures, but long-term exposure near its upper temperature limit can gradually weaken the internal structure. As a result, elasticity decreases, dimensional stability is reduced, and the material may become softer or distorted over time. Even if no immediate damage appears, continuous heat aging can shorten service life.