PUSH-ON HOSE FITTINGS Manufacturers

INDUSTRY & KNOWLEDGE

What are PUSH-ON HOSE FITTINGS?

PUSH-ON HOSE FITTINGS is a hose connector widely used in fluid and gas systems, especially in automotive, industrial and hydraulic fields. The design concept of this type of connector is to "push" the hose directly into the connector without the help of traditional clamps, compression rings or threads to achieve a tight and secure connection. This structure usually uses a tube body with stripes, so that the hose can be firmly wrapped on the surface of the connector to prevent loosening and leakage. Due to its simple and fast installation and reliable connection, push-on hose fittings are widely favored in modern manufacturing and maintenance processes.

Main application scenarios and industry advantages of PUSH-ON HOSE FITTINGS

1. Automobile fuel system
Application scenario: Push-on hose fittings are widely used in oil pipes, intake pipes and cooling water pipes in automobile fuel systems. These systems usually work in a lower pressure environment, and push-on hose fittings can achieve fast and safe hose connections.
Working principle: With the barb structure on the connector, the hose is firmly clamped after a simple push-in action to achieve sealing and fixing functions, ensuring the smooth flow of fuel or coolant.
Advantage analysis: No additional clamps are required, the installation process is simplified, saving time; the installation process is convenient and fast, suitable for large-scale operations on automobile production lines, improving production efficiency; reliable sealing performance reduces leakage risks and improves vehicle safety.

2. Air conditioning and cooling systems
Application scenarios: In automobile air conditioning systems and other cooling equipment, push-on hose fittings are often used to connect coolant pipes and air conditioning hoses.
Working principle: The system usually withstands medium and low pressures. The push-on hose fittings can effectively prevent coolant leakage with its good sealing and stability to adapt to temperature changes.
Advantage analysis: Easy installation, convenient maintenance and replacement; strong resistance to temperature fluctuations, adapting to the alternating hot and cold working conditions during automobile operation; compact structure, saving pipeline space, and improving system reliability;

3. Low-pressure part of hydraulic system
Application scenarios: In hydraulic systems, push-on hose fittings are mostly used for connecting oil pipes and air pipes in low-pressure parts to transmit liquid or gas media.
Working principle: Although high-pressure hydraulic lines usually require stronger crimping or threaded connections, push-on hose fittings in low-pressure sections still have excellent sealing and fixing performance.
Advantage analysis: Eliminate complex tools and equipment, reduce installation thresholds and costs; suitable for application scenarios that require frequent disassembly and maintenance, improve work efficiency; simple structure, reduce potential failure points, and improve the overall stability of the system.

4. Agricultural irrigation system
Application scenario: In agricultural irrigation, push-on hose fittings are often used to connect water pipes, sprinkler pipes and other water hoses to undertake low to medium pressure water flow delivery tasks.
Working principle: With durable materials and barb design, push-on hose fittings can quickly and firmly connect various hoses, suitable for regular disassembly and equipment adjustment.
Advantage analysis: Quick and convenient installation, reducing the labor intensity of agricultural operators; the connector is corrosion-resistant and weather-resistant, and adapts to complex outdoor environments; easy to maintain and replace, improving the flexibility and life of the irrigation system.

Manufacturing advantages of Legines Industrial Machinery Inc.

1. Full CNC machining technology ensures product dimensional accuracy and surface quality
Legines Industrial Machinery Inc. adopts full CNC computer numerical control (CNC) machining technology. This advanced machining method can achieve extremely high machining accuracy and stability. By controlling the tool path through a computer program, CNC machining can ensure the dimensional consistency of each part and reduce human errors. In addition, CNC machining can achieve efficient machining of complex shapes and ensure a smooth and flawless product surface, reducing the subsequent grinding and finishing processes, and improving the overall aesthetics and service life of the product. For push-on hose fittings, precise dimensions and smooth surfaces are the key to ensuring tight connections and good sealing.

2. Equipped with 45 automatic machine tools and 35 semi-automatic CNC machine tools to achieve efficient and stable mass production
Legines has large-scale modern production equipment, including 45 fully automatic machine tools and 35 semi-automatic CNC machine tools, which can not only ensure production efficiency, but also stably output high-quality products. Automated machine tools minimize manual intervention and improve the continuity and consistency of production lines through preset programs and automatic feeding systems. Semi-automatic equipment takes into account flexibility and adapts to the processing needs of products of different batches and specifications. This equipment configuration ensures that Legines can respond quickly to market demand, maintain an annual production capacity of 2.5 million sets, and meet the order volume of multiple industries such as automobiles, industry and agriculture.

3. Advanced testing equipment to ensure that product performance meets strict quality standards
Quality control is the core link of Legines' production process. The company is equipped with multiple sets of advanced testing equipment, including dimensional measuring instruments, material hardness testers, sealing performance testing devices, etc. Through multiple testing methods, it is ensured that each production batch of products meets the strict international and customer standards in terms of dimensional accuracy, pressure resistance, sealing effect and surface quality. In addition, the testing equipment supports online monitoring of the production process, which can detect and eliminate unqualified products in a timely manner, minimize quality risks, and improve customer satisfaction.

4. Use high-quality copper and stainless steel materials to improve product corrosion resistance and mechanical strength
Legines strictly selects high-quality raw materials, mainly using high-quality copper and stainless steel as the production materials of PUSH-ON HOSE FITTINGS. Copper itself has excellent thermal conductivity and processing performance, and has good corrosion resistance, which is particularly suitable for the complex environment of fuel and coolant systems. Stainless steel materials are widely used in more demanding industrial and hydraulic applications due to their excellent corrosion and wear resistance. The selection of materials ensures that the product can resist chemical corrosion, temperature changes and mechanical shock during long-term use, prolonging its service life and improving safety and reliability.

5. The annual production of push-on hose fittings, air brake hose assemblies and other products is as high as 2.5 million sets, meeting the large-scale needs of multiple industries
With a complete production system and advanced equipment, Legines has achieved an annual production capacity of 2.5 million sets of push-on hose fittings and air brake hose assemblies. This output not only reflects the company's strong production scale, but also reflects its ability to respond quickly to market demand. The company is able to provide stable and continuous product supply to customers in various fields such as automobile manufacturing, industrial equipment, agricultural irrigation, etc., supporting large-scale projects and long-term cooperation. The strong production capacity base helps customers reduce procurement risks and ensure a stable supply chain.