Introducing the High Temp Silicone Plug, a versatile solution for various applications including powder coating, painting, anodizing, and media blasting. These T-shaped silicone stoppers are designed to provide excellent sealing capabilities, making them perfect for waterproofing, sealing plugs, pipe holes, test tube plugs, rubber bulkheads, caps, cylinder plug heads, and threaded rubber plugs. The package includes 20 durable plugs, each colored in sleek black.
Product Attributes | Details |
Total Size | 14x9x7mm (0.55×0.55×0.27 inch) (OD x Height x Mount Dia) |
Mount Hole Diameter | 7mm (0.27 inch) |
Material | Rubber |
Color | Black |
Package Includes | 20 pcs x Silicone Plug |
These high temp silicone plugs are crafted from premium silicone material, ensuring high elasticity and exceptional insulation and sealing performance. They exhibit remarkable resistance to high temperatures as well as acid and alkali, meaning they will not dissolve or swell in acidic liquids. This feature makes them particularly advantageous for various industrial and DIY applications.
Using the silicone plugs is incredibly simple. They snap-lock into their mounting holes with fingertip pressure, providing a secure and reliable seal without the need for additional tools or adhesives. This ease of use makes them an ideal choice for both professionals and hobbyists alike.
It is important to note that due to manual measurement, the size of the plugs may have a slight error of +/- 1-2mm. Additionally, variations in color may occur due to different batches of production. This slight deviation should not affect the performance of the plugs, which are designed to meet rigorous standards for quality and effectiveness.
In conclusion, the High Temp Silicone Plug is an essential tool for anyone involved in powder coating, painting, and other applications requiring reliable sealing solutions. With their high-quality construction, impressive performance characteristics, and user-friendly design, these plugs are sure to meet your needs and exceed your expectations.