Advantages of brass pipes: Copper pipes have a hard texture, are resistant to corrosion, and can withstand high temperatures and high pressures, making them suitable for use in a variety of environments.

Brass tubes are relatively lightweight, have excellent thermal conductivity, and exhibit high strength at low temperatures. They are frequently used in the manufacture of heat-exchange equipment (such as condensers). They are also employed in oxygen-generation systems for assembling cryogenic pipelines. Copper tubes with small diameters are often used to convey pressurized liquids (such as in lubrication systems and hydraulic systems) and as pressure-tapping lines for instrumentation.

It has the following important advantages: Copper pipes have a hard texture, are resistant to corrosion, and can withstand high temperatures and pressures, making them suitable for use in a wide variety of environments where other materials might fail. Consequently, compared to brass pipes, many other pipe materials have obvious drawbacks. For example, galvanized steel pipes—once commonly used in residential settings—are prone to rusting. After only a short period of use, they can cause problems such as yellowing tap water and reduced water flow. Moreover, some materials experience a rapid loss of strength at high temperatures, posing significant safety risks when used in hot-water piping systems.

However, since copper has a melting point as high as 1083 degrees Celsius, the temperature fluctuations caused by hot water systems have virtually no impact on brass pipes. Common types of brass pipes include brass pipes for electrical applications, brass pipes for refrigeration, high-pressure-resistant brass pipes, corrosion-resistant brass pipes, connecting brass pipes, plumbing brass pipes, electric heating brass pipes, and industrial brass pipes, among others.

Since brass pipes are used so extensively, the market now offers a wide variety of brands and models. As you can see, we’ve just introduced one particular model—the H85 brass pipe. We’ve specifically highlighted this model because it has some unique features: it enjoys an exceptionally high rate of usage and pairs exceptionally well with many other materials, making it incredibly convenient to work with. Consequently, the H85 brass pipe is not only of outstanding quality but also reasonably priced—truly a great choice.

H85 brass is an alloy with relatively high strength and excellent ductility. It can withstand cold and hot pressure processing very well, and also exhibits outstanding weldability and corrosion resistance. It is commonly used for condenser and heat-exchanger tubes, siphon pipes, serpentine tubes, and components of cooling equipment.

H85 brass is an alloy characterized by relatively high strength and excellent ductility. It exhibits outstanding resistance to both cold and hot forming processes, as well as excellent weldability and corrosion resistance. It is widely used in condenser and heat-exchanger tubes, siphon pipes, serpentine tubes, and components for cooling equipment. H85 brass has good electrical and thermal conductivity, demonstrates superior corrosion resistance in both atmospheric and freshwater environments, and possesses excellent ductility. Moreover, H85 brass is easy to work through both cold and hot forming processes, readily weldable, forgeable, and tinnable, and shows no tendency toward stress-corrosion cracking.