Connection Socket Sealing Structure for High-Temperature Pipe Joints

The connection system is divided into separate functional components: a press connection mechanism for gripping and a sealing mechanism with elastomeric seals for flow management. This segmentation allows the gripping function to achieve slippage resistance without requiring severe distortion that would harm material flow, as the sealing function handles flow-related tasks independently.

Different regions of the connection system are given different properties: the gripping surfaces have high friction and distortion capacity for slippage resistance, while the sealing region uses elastomeric materials that conform to surfaces and maintain flow paths. The elastomeric seal creates a localized sealing zone that does not restrict overall material flow through the connection.

The connection system separates the gripping function from the flow path. The press connection mechanism applies distortion locally to gripping surfaces to achieve slippage resistance, while the elastomeric seal maintains a smooth, undistorted flow path that prevents erosion. This segmentation allows high distortion at grip points without affecting the interior surface quality.

The elastomeric seal acts as an intermediary between the distorted press connection and the material flow. It absorbs the distortion effects and provides a smooth sealing surface that prevents erosion, while still allowing the press mechanism to apply sufficient distortion for slippage resistance.

The sealing mechanism uses elastomeric materials whose physical properties (softness, elasticity, temperature resistance) can be adjusted to match different pipe materials and service conditions. This parameter adjustment allows the system to work with diverse joinery materials without requiring each material to withstand severe distortion, expanding material compatibility while maintaining slippage resistance through the press mechanism.

The connection system combines different materials with complementary properties: the press mechanism uses high-strength materials for gripping, while the seal uses elastomeric materials for compatibility and sealing. This composite approach allows each component to be optimized for its specific function, enabling connection of diverse materials without requiring all materials to meet stringent distortion requirements.

The sealing mechanism transitions from relying on mechanical distortion (which fails at high temperature) to using elastomeric material properties that can be selected for high-temperature resistance. The elastomeric seal maintains its sealing capability across a wide temperature range by selecting appropriate rubber compounds, while the press mechanism maintains mechanical joining strength independently.

The connection system separates mechanical joining function from sealing function. The press mechanism provides mechanical strength and gripping, while the elastomeric seal provides temperature-resistant sealing. This segmentation allows each function to be optimized independently, maintaining both mechanical strength and high-temperature sealing performance.