How to effectively remove the internal oxide scale of stainless steel water pipe after welding?

After welding stainless steel water pipes, internal scale forms due to the chemical reaction between the metal and oxygen during the high-temperature welding process. This scale not only affects the pipe's inner surface finish but can also reduce its corr

How can 45° equal elbows prevent microbial growth and biofilm formation in direct drinking water or purified water projects?

. As a key component in stainless steel piping systems, 45° equal elbows not only redirect water flow but also ensure that water quality is protected from secondary contamination during long-term operation. Of particular concern is that traditional pipe f

How do stainless steel water pipes resist corrosion from chloride ions and acids and alkalis in water?

In modern urban water supply systems, water quality safety depends not only on the purity of the source water but also on the quality of the pipes used during its delivery.

How do bridge bends maintain long-term sealing under high-temperature and high-pressure conditions?

As critical flow-direction connectors in piping systems, bridge bends must not only withstand continuous thermal stress and internal pressure shocks, but also ensure long-term operation without leakage, loosening, or contamination of the media.

Does stainless steel hot water pipe offer superior pressure resistance and thermal expansion resistance under high temperature and high pressure conditions?

In modern building hot water supply systems, the choice of pipe material directly affects the system's safety, durability, and user experience.

How do stainless steel water pipes ensure the purity of the transported water and prevent bacterial growth or secondary contamination on the inner wall?

With the increasing emphasis on health and quality in modern living environments, the safety of drinking water is no longer limited to the water source itself, but extends to every stage of the water distribution process.