The D-shaped silicone gasket 20x16x8 is a silicone gasket with a cross-sectional "D" shape, measuring 20mm in width, 16mm in height, and 8mm in thickness. This product is commonly used in applications requiring a tight seal and high heat resistance, such as in industrial, medical equipment, and HVAC systems. With its water resistance, excellent insulation, and durability, this D-shaped silicone gasket ensures long-lasting performance in harsh environments.
The D-shaped silicone gasket, sized 20x16x8, is a high-quality product made from heat-resistant, elastic silicone. With a distinctive "D" shape in its cross-section, this gasket has a width of 20mm, height of 16mm, and thickness of 8mm, making it suitable for applications that require a secure seal and the ability to withstand harsh environmental conditions.
Silicone is renowned for its excellent heat resistance, ranging from -60°C to 230°C, making this gasket an ideal choice for systems that need to maintain a tight seal under extreme temperatures. In addition to its heat resistance, the silicone gasket is waterproof, moisture-resistant, and provides effective insulation, protecting crucial components from water, dust, and external contaminants.
With a thickness of 8mm, the D-shaped silicone gasket 20x16x8 offers good elasticity, making installation easy while ensuring a tight seal on uneven surfaces. Silicone also resists ozone, UV radiation, and many chemicals, enhancing the gasket’s longevity and performance over time without aging or losing its properties.
The D-shaped silicone gasket 20x16x8 is widely used in industries such as medical equipment, food processing, and HVAC (heating, ventilation, and air conditioning) systems. It is particularly effective in applications requiring an absolute seal, like doors, windows, refrigerators, or air and fluid handling systems.
Thanks to its superior heat resistance, water resistance, and durability, the D-shaped silicone gasket 20x16x8 is a reliable choice for sealing needs in harsh environments, protecting vital equipment and components from external impacts while ensuring safety and efficiency during use.
