1. What is basalt fiber composite pipe, and how is it different from traditional pipes?
It’s a composite pipe made from basalt fibers and resin matrix. Unlike traditional steel/concrete pipes, it’s corrosion-resistant, lightweight, and non-conductive with long service life.

2. In which projects is basalt fiber composite pipe most suitable?
It excels in corrosive or special environments: chemical medium transmission, marine/coastal engineering, municipal sewage treatment, and underground geotechnical projects.

3. What after-sales services does your company provide for product use issues?
If quality-related issues arise during use, our team responds within 24 hours, offering solutions like replacement or technical guidance to reduce project impact.

4. Can basalt fiber composite pipes be cut, connected, or installed easily?
They can be cut with standard tools and connected via special adhesives or mechanical joints. Their lightweight design makes on-site installation efficient and labor-saving.

5. Will basalt fiber composite pipes interfere with electromagnetic signals in sensitive areas?
No. They are non-conductive and non-magnetic, so they won’t disrupt equipment in hospitals, airports, or precision instrument facilities.

6. What advantages does it have over traditional pipes in harsh environments?
It resists seawater, acid-alkaline media, and chemical corrosion, with no rust risk. It’s also lighter than steel pipes, lowering transportation and installation costs.