Excellent corrosion resistance: resists multi-media erosion and extends system life.
In pipeline and mechanical systems, the media are often complex - it may be tap water, gas, hydraulic oil, or industrial wastewater or high-temperature steam containing trace impurities. The chemical stability of brass (copper-based, containing zinc and a small amount of other alloying elements) enables it to cope with these challenges calmly: Water and moisture corrosion resistance: a dense oxide film will naturally form on the surface of brass to prevent further penetration of moisture, especially suitable for pipe connections in humid environments such as bathrooms and kitchens (such as bathroom angle valves and faucet valve cores). Tolerant to a variety of fluid media: brass does not chemically react to oily media such as gasoline, diesel, and lubricating oil; it also has a certain resistance to low-concentration acid and alkali liquids (such as industrial circulating water), which is better than iron accessories (easy to rust and clog) and plastic accessories (easy to be corroded by solvents). Adapt to harsh environments: in coastal areas or high-humidity industrial workshops, brass has significant resistance to salt spray corrosion and can be used for ship pipelines and hydraulic joints of outdoor mechanical equipment to reduce maintenance frequency.
Excellent thermal conductivity: suitable for heat exchange and temperature control scenarios
The thermal conductivity of brass is much higher than that of stainless steel and plastic. This feature makes it indispensable in systems that require heat transfer:
Refrigeration and HVAC systems: The brass joints of air conditioning pipes can quickly conduct hot and cold energy, reduce heat loss, and ensure the efficiency of indoor temperature regulation; the brass connectors of radiators and pipes accelerate the release of hot water heat and improve the heating effect.
Mechanical equipment heat dissipation: In equipment such as engines and hydraulic pumps that generate a lot of heat when running, brass oil pipe joints can assist in heat dissipation to prevent excessive oil temperature from affecting equipment performance.
Hot water system safety guarantee: The brass fittings of the inlet and outlet pipes of household water heaters can evenly conduct water temperature and reduce the risk of aging and cracking of accessories caused by excessive local temperature differences.
