304L Food Grade Stainless Steel Welded Pipe For Drinking Water

Food-grade stainless steel is a green, environmentally friendly, and safe metal material. It is widely used in food, beverage, medical, brewing, and other industries. It is also a reliable choice for water supply pipelines.

Stainless steel pipelines have strong corrosion resistance, earthquake resistance, and pressure resistance, which can effectively ensure the safe use of pipelines; their dense, opaque, and anti-seepage characteristics can also effectively prevent oil, bacteria, viruses, and other substances from entering the water body and protect water quality. healthy.

Advantages of stainless steel drinking water pipes:

01. Stainless steel is a kind of healthy and environmentally friendly raw material, long-term use is not easy to scale. It is not easy to be contaminated by bacteria and avoid secondary pollution of water. Bacteria tend to stick to surfaces, forming harmful biofilms. Stainless steel has a harder, smoother surface and is therefore less hospitable to these microorganisms.

02. All raw materials are selected as 304.304L and 316.316L, which are characterized by stable characteristics, high compressive strength, and poor linear expansion coefficient.

03. Stainless steel pipe has corrosion resistance, a service life of up to 100 years, basically does not need maintenance, and comprehensive application cost is low.

04. At the temperature of 120℃ -- 40℃, stainless steel water pipe can be long-term safe production; The compressive strength of the stainless steel feed pipe exceeds 530n/mm.

05. Stainless steel tube smooth inner wall, liquid resistance is small, reducing the transportation cost. Stainless steel water pipe is a 99.9% renewable raw material, not easy to cause natural environmental and ecological crises.

06. Water, hot water, domestic water, natural gas, medical, crude oil, chemical plants, sewage treatment, and other system software can use stainless steel pipes.

In summary, when selecting materials for drinking water systems, it is important to consider factors such as safety, durability, and potential for contamination.