There are mainly four connection methods for Steel Wire Reinforced Hoses, which should be selected based on usage scenarios, conveyed media and pressure requirements. The core is to ensure firm connection and leak-free sealing, and the details are as follows:
The first is quick connector connection. Connection is achieved through quick plugging and unplugging of male and female connectors. It is easy to operate without tools, and suitable for scenarios requiring frequent disassembly (such as agricultural irrigation and temporary conveying operations). During connection, it is necessary to ensure that the connector matches the inner diameter of the hose, and the buckle or sealing ring is fully clamped to prevent falling off due to excessive pressure.
The second is flange connection. Align the flange plates at both ends of the Steel Wire Reinforced Hose with the equipment flanges, and fasten them with bolts. It has strong sealing performance and high pressure resistance, and is suitable for high-pressure conveying scenarios (such as industrial oil circuits and chemical medium conveying). During installation, a sealing gasket must be installed between the flanges, and the bolts should be tightened evenly to avoid leakage caused by uneven stress.
The third is threaded connection. The end of the hose is equipped with internal or external threads, which are directly screwed with the equipment interface threads. It is suitable for medium and low-pressure scenarios (such as household water supply and oil supply for small equipment). Before connection, wrap the thread with raw material tape or apply sealant to enhance sealing performance and prevent leakage from thread gaps.
The fourth is clamp connection. Use a metal clamp to sleeve the Steel Wire Reinforced Hose on the equipment interface with a boss, and fix it by tightening the clamp bolts. It is suitable for scenarios where the inner diameter of the hose matches the interface well (such as low-pressure air conveying and sewage discharge). It should be noted that the clamp should be centered, and the bolts should be tightened with moderate force to avoid leakage due to loose tightening or damage to the hose due to over-tightening.
