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What are the structural features of Male Sealing Durable 74°Cone?

By admin / Date Jul 12,2024

1. A significant structural feature of Male Sealing Durable 74°Cone is the 74° cone seal design. This design uses a precisely processed cone surface to closely fit the cone surface of the mating component to form a solid sealing barrier. Compared with conical surfaces at other angles, the 74° conical surface can provide a more stable and reliable sealing effect in high-pressure environments, effectively prevent liquid leakage and ensure the stable operation of the hydraulic system.

2. In order to ensure the durability of Male Sealing Durable 74°Cone under harsh working conditions, we use high-strength, corrosion-resistant materials for construction. These materials include carbon steel, stainless steel, etc., which have excellent mechanical properties and can also Maintain stable performance in various corrosive media. The use of high-strength materials allows this joint to withstand greater working pressure and frequent disassembly and assembly operations, extending its service life.

3. The metric thread part of Male Sealing Durable 74°Cone has been precision processed to ensure a close fit with the internal threaded components. This precision thread design improves the reliability of the connection and makes the installation and removal of the joint more convenient. The threaded part also adopts an anti-loosening design, which effectively prevents loosening caused by vibration or impact and ensures the stable operation of the hydraulic system.

4. In a hydraulic system with high pressure and high speed flow, a certain amount of heat will be generated in the joint part. In order to ensure the stable performance of Male Sealing Durable 74°Cone in high temperature environments, the manufacturer has incorporated an optimized heat dissipation structure into the design. These structures include heat sinks, heat sinks, etc., which can effectively dissipate the heat generated inside the joint, maintain the normal operating temperature of the joint, and extend the service life.