INVERETD FLARE Manufacturers

Legines Industrial Machinery Inc. specializes in the production of high-quality brass fittings, stainless steel fittings and air brake hose assemblies, using fully automatic CNC processing equipment to ensure that each reverse cone fitting meets strict size and quality standards. The company uses advanced CNC processing technology to accurately manufacture various types of reverse cone fittings and provide customized services according to customer needs to ensure product accuracy and consistency. The company produces more than 2.5 million sets of various pipe fittings and hose fittings annually to meet the needs of the global market. Legines has established long-term cooperative relationships with many large companies, especially in the US market, and has become a supplier to many well-known brands, further consolidating its position in the international market.

Legines Industrial Machinery Inc. also pays great attention to product quality control. Each batch of reverse cone fittings undergoes strict quality inspection to ensure that it can still maintain good sealing performance and durability under high pressure, high temperature and harsh environment. The company has passed the ISO9001 quality management system certification, ensuring that every step of the production process meets international standards.

INVERTED FLARE is a pipe connection fitting widely used in hydraulic, pneumatic, automotive and other industrial fields. Its unique design enables it to provide reliable sealing and connectivity in environments with high pressure and high temperature. As a professional reverse cone joint manufacturer, Legines Industrial Machinery Inc. has excellent manufacturing capabilities and rich industry experience. The INVERTED FLARE produced by Legines Industrial Machinery Inc. has excellent quality assurance.

The invested flare adopts a special cone design, and the interface forms a small cone angle, usually 45 degrees or 37 degrees. The inner hole edge of the joint forms an inverted cone structure, which can achieve good sealing when connected. Compared with traditional joints, this design can effectively prevent leakage and improve the stability of the connection, especially in high-pressure working environments. The performance is better.

The sealing performance of the reverse cone joint is one of its most important features. The perfect fit between the conical sealing surface inside the joint and the inner hole of the pipe forms a close contact surface. The sealing part of the reverse cone joint adopts a 45° or 37° cone design, which can effectively compress the connection area between the pipe and the joint to form a good sealing effect. As the pressure inside the system increases, the sealing surface of the cone joint will be subjected to greater pressure, so that the sealing of the joint is enhanced and the possibility of liquid or gas leakage is reduced. This sealing method is not only suitable for gases, but also for various liquids, such as fuel, hydraulic oil, coolant, etc., ensuring efficient sealing in various applications, especially under high pressure and high temperature conditions. The high sealing performance of the reverse cone joint makes it widely used in the fields of automobiles, aviation, hydraulic systems, etc., where the tolerance for leakage is extremely low and reliable sealing performance is particularly important.

The design of the reverse cone joint is suitable for high-pressure environments. Through its conical sealing surface and thickened joint structure design, the reverse cone joint can maintain a stable connection in hydraulic and pneumatic systems even in the face of extremely high working pressures to prevent leakage or breakage. The reverse cone joint can not only withstand continuous high pressure, but also effectively resist sudden pressure shocks or vibrations, which is particularly important in many industrial applications, such as automotive brake systems, aviation hydraulic systems, etc. Pressure often fluctuates in hydraulic and pneumatic systems. Reverse cone fittings can stably withstand these changes, ensure the normal operation of the pipeline system, and reduce equipment damage caused by excessive pressure. In situations where high pressure tolerance is required, the high pressure resistance of reverse cone fittings can effectively avoid system failure or safety accidents caused by loose connections.

Corrosion resistance is another important advantage of reverse cone fittings in long-term use, especially in humid or chemically corrosive environments. Legines uses high-quality corrosion-resistant materials such as brass and stainless steel. Brass has extremely strong corrosion resistance, especially in marine environments and humid climates. Brass fittings can effectively resist corrosion from water, salt, acidic substances, etc., and extend their service life. Stainless steel has higher corrosion resistance than brass, especially when facing acidic and alkaline chemicals. Its durability in harsh environments makes it the material of choice for high-demand industries. Due to the selection of materials and processing technology, reverse cone fittings can maintain their good performance for a long time, reduce the maintenance frequency caused by corrosion, and reduce replacement costs.

Due to its unique design, the reverse cone joint is compatible with a variety of different piping systems and is widely used in many industries. In hydraulic systems, reverse cone joints are used to connect high-pressure hydraulic pipelines. Through good sealing performance and high-pressure resistance, the liquid flows in the system without leakage. Pneumatic systems often require high-precision connectors. Reverse cone joints can provide good sealing effects to ensure the stability of gas flow and avoid air leakage. The fuel system of the car requires efficient liquid connection, and the corrosion resistance and high-pressure resistance of the reverse cone joint make it an ideal choice, especially in the connection of automobile fuel pipelines, it can prevent fuel leakage and ensure driving safety. In the braking system of automobiles and industrial equipment, reverse cone joints are used to withstand high pressure and vibration, ensure the smooth flow of brake fluid, and ensure the efficient and safe operation of the system. In the chemical, food and other industries, the corrosion resistance and sealing of the reverse cone joint make it a common accessory for the piping system in these fields.