,

Adapter For Socket Serrated in Silicon Rubber


An Adapter for Socket Serrated in Silicon Rubber is a component used in laboratories, medical, and industrial applications to provide a secure, leak-proof connection between equipment. The serrated design ensures a firm grip, while the silicon rubber material offers flexibility, resilience, and chemical resistance, minimizing the risk of slippage or leakage.

Compare

The Adapter for Socket Serrated in Silicon Rubber is a specialized laboratory component used to ensure a secure and airtight connection between glassware or tubing and various apparatuses such as condensers, distillation setups, or gas supply lines. Constructed from high-grade silicone rubber, this adapter features a serrated or ribbed socket design, which provides enhanced grip and sealing for flexible tubing or connectors. Its high flexibility, thermal stability, and chemical resistance make it ideal for use in analytical chemistry, organic synthesis, pharmaceutical production, and gas/liquid handling systems. The serrated finish ensures tubing stays in place even under pressure or vacuum conditions, while the soft yet resilient silicone rubber protects against breakage and leakage.

Feature of Adapter For Socket Serrated in Silicon Rubber

  • Material: Premium-grade silicone rubber — flexible, durable, and inert

  • Design: Serrated/ribbed socket allows for tight, non-slip connections

  • Temperature Resistance: Typically from -40°C to +250°C

  • Chemical Resistance: Inert to most acids, alkalis, and solvents

  • Airtight Seal: Suitable for both pressure and vacuum applications

  • Easy to Install & Remove: Soft rubber allows hassle-free assembly

  • Autoclavable: Can be sterilized multiple times without degradation

  • Sizes: Available in multiple internal diameters to fit common lab tubing and glassware

  • Use Case: Connects tubing to glass apparatus such as flasks, condensers, columns, and receivers

  • Color: Usually translucent or gray for easy visibility and inspection

en English