Silicone pads are a popular category of silicone products in high demand. They possess certain tension, flexibility, excellent insulating properties, pressure resistance, heat resistance, cold resistance, stable chemical properties, environmental safety, odorless, and are non-toxic and tasteless, not soluble in water or any solvent. They are a highly active green product.

Silicone pads, based on the properties of silicone and different application fields, can be divided into three main categories:

Thermal silicone pads are commonly used in the electronics industry. From an engineering perspective, how to design flexible thermal silicone sheets to match the irregular surface of the material, utilize high-performance thermal materials, eliminate air gaps, and thereby enhance the overall thermal conversion capability, allowing devices to operate at lower temperatures.

Mugs, placemats, and pot pads, etc.

Silicone cup pads are commonly used in household items, offering heat insulation, anti-slip properties, and creative decoration. They are made of silicone material and can be paired with various cups; their heat-insulating function effectively protects the table from burns. The exquisite appearance not only enhances colorful living but also provides heat insulation and retention. Made by high-temperature vulcanization with hydraulic presses, they are heat-resistant, environmentally friendly, and non-toxic, aligning with today's environmental concept. These silicone cup pads are stylish and versatile, can be flipped for different shapes, and are suitable for cups of various diameters. Place them on the table with confidence while enjoying hot drinks, as they are heat-resistant from -40°C to 220°C and won't damage the table surface!

Silicone pot pads are generally larger than silicone cup pads, often featuring a honeycomb or grid-like design for excellent shock absorption on pots. They share the same other properties as cup pads.

Silicone gaskets are commonly used in industrial machinery as shock absorbers and fasteners, providing anti-slip, anti-vibration, static-dissipative, and high-temperature-resistant properties. This enhances machine protection and reduces wear and tear.