The male hydraulic fittings in modern hydraulic systems are designed for strength and efficiency. The inner rubber layer of these fittings is made from premium NBR (Nitrile Butadiene Rubber), which is sourced from top manufacturers in Japan and South Korea. With a rubber content of 35%, the material offers excellent high-temperature resistance, high pressure tolerance, and increased durability. These qualities make the male hydraulic fittings highly resistant to wear and tear, ensuring long-term performance even in harsh working environments.

Key Benefits:

• High strength for industrial usage.
• Exceptional resistance to heat and pressure.

Advanced Engineering for High Pressure Hydraulic Hose Fittings

The construction of high pressure hydraulic hose fittings is an engineering marvel. These fittings are reinforced using top-grade domestic steel wire, which provides them with superior tensile strength. This steel wire is woven using a German knitting machine, utilizing a specialized 3*3 weaving technique. This results in hoses that are softer, allowing for easier handling, while also having a smaller bending radius. The combination of these features makes high pressure hydraulic hose fittings highly flexible, durable, and efficient in withstanding high pressure conditions.

Engineering Highlights:

• Premium domestic steel wire reinforcement.
• German knitting technology for softer, more flexible hoses.
• Smaller bending radius for improved maneuverability.

Long-Lasting Protection for Hydraulic Hose Female Fittings

Hydraulic hose female fittings are designed with a focus on extended durability, thanks to the advanced materials used in their outer rubber layer. The outer layer is a blend of CSM (Chlorosulfonated Polyethylene) and CPE (Chlorinated Polyethylene), both of which are known for their outstanding wear resistance. This protective outer layer ensures that the hydraulic hose female fitting can withstand abrasive environments, chemical exposure, and extreme working conditions, making it suitable for various industries where robust hydraulic performance is required.

Material Highlights:

• CSM and CPE blend for superior wear resistance.
• Protection against abrasions, chemicals, and environmental factors.

Enhanced Flexibility and Strength in High Pressure Hydraulic Hose Fittings

The unique 3*3 weaving method used for high pressure hydraulic hose fittings allows for improved flexibility while maintaining strength. This weaving method ensures that the hose remains easy to handle during installation and operation, without compromising on its ability to endure the high-pressure conditions that are typical in hydraulic systems. In addition, the softer nature of these hoses reduces stress on equipment, prolonging the life of both the hose and the connected machinery.

Weaving Technology:

• 3*3 weave design for optimal flexibility and toughness.
• Reduced stress on hydraulic equipment due to softer hoses.

Ensuring Quality Through Automated Pressure Testing 

To guarantee the safety and reliability of male hydraulic fittings, high pressure hydraulic hose fittings, and hydraulic hose female fittings, each hose undergoes stringent pressure testing. This is done using advanced automatic pressure testing equipment, which checks the hose's ability to handle maximum operating pressure without leaks or failures. This testing process ensures that every hydraulic hose delivered to the customer is of the highest possible quality, reducing the risk of operational failures and extending the service life of the system.

Testing Process:

• Automatic pressure testing for consistent quality.
• Ensures leak-proof performance in high-pressure environments.

Incorporating the highest quality materials and advanced manufacturing techniques, male hydraulic fittings, high pressure hydraulic hose fittings, and hydraulic hose female fittings offer superior performance for industrial applications. From the use of premium NBR for the inner layer to the blend of CSM and CPE for the outer layer, these components are engineered for strength, flexibility, and long-lasting wear resistance. Automated pressure testing ensures each product meets stringent quality standards, providing a reliable solution for high-pressure hydraulic systems.