60-63mm Heavy Duty Double Bolt Galvanized Power Hose Clamp

Description

In many industrial and mechanical application scenarios, the stable connection and sealing of the pipe system are crucial, and the 60 – 63mm heavy-duty double-bolt galvanized power hose clamp is an indispensable key component.
The size design of this hose clamp is specifically for hoses with a diameter between 60 and 63 mm. Its precise specification adaptability ensures that it can provide just the right clamping effect within this specific pipe diameter range. It is defined as a heavy-duty product, which means that it has excellent strength and durability. Whether in hydraulic systems that are subjected to high-pressure fluid impact or in industrial machinery pipeline connections that are subject to frequent vibrations, it can stick to its post and play a stable role without easily deforming or damaging, providing a solid guarantee for the safe and stable operation of the entire system.
Its double-bolt design is a highlight. Compared with traditional single-bolt clamps, double bolts can distribute the clamping force more evenly around the circumference of the hose. This uniform distribution of clamping force can effectively avoid damage to the hose due to excessive local pressure, and at the same time ensure that the hose and the connecting parts can be tightly fitted under various complex working conditions to form a reliable seal. Moreover, the double-bolt structure has higher flexibility and precision when adjusting the clamping degree. Operators can finely adjust the tightening degree of the two bolts according to actual needs to accurately control the size of the clamping force to adapt to the connection requirements of hoses of different materials and different wall thicknesses, as well as to cope with various changes that may occur in the system during operation.
The galvanizing treatment gives this hose clamp excellent corrosion and rust resistance. In many practical application environments, such as chemical production workshops, outdoor machinery and equipment, marine engineering facilities, etc., the pipeline system is often exposed to corrosive media such as moisture, acid, alkali, and salt. If the hose clamp does not have good protection measures, it is easy to rust and corrode, which will affect its clamping performance and service life. After galvanizing, a dense galvanized layer is formed on its surface, just like putting on a solid protective armor for the clamp, which can effectively resist the erosion of various corrosive substances, greatly extending the service life of the hose clamp, and reducing the system maintenance and replacement costs caused by clamp damage.
In the automotive industry, it is often used in key parts such as the engine cooling system and fuel delivery system. The coolant in the cooling system needs to circulate under high temperature and high pressure, while the fuel system has extremely high requirements for sealing. This hose clamp, with its heavy-duty double-bolt structure and galvanized protection, can ensure that the connection between the hose and the radiator, engine block, fuel pump and other components is stable and well sealed, preventing coolant leakage from causing engine overheating damage, as well as safety hazards caused by fuel leakage. In the industrial field, it is widely used in the connection of various hydraulic equipment, pneumatic devices, and chemical pipelines. In the hydraulic pipeline of a large hydraulic crane, it bears huge hydraulic pressure, ensuring the smooth transmission of hydraulic oil, so that the crane can stably carry out heavy lifting operations; on a chemical production line, it can reliably connect various pipelines in an environment full of corrosive gases and liquids, maintain the normal operation of the production line, and avoid environmental pollution and production accidents caused by leakage.
In short, the 60 – 63mm heavy-duty double-bolt galvanized power hose clamp plays an extremely important role in pipe connection and sealing work in the industrial and mechanical fields with its precise size adaptation, excellent strength and durability, uniform and precisely adjustable clamping force and excellent corrosion resistance, and has become a reliable guardian of the stable operation of many complex systems.