1. What logistics options do you support, especially for international customers?

We work with professional freight forwarders to offer ocean, air, or land transportation. For basalt fiber panels, we provide customized packaging (waterproof film + wooden crates) to prevent damage during transit, and can also handle FOB, CIF, or DDP terms based on your needs.

2. In what engineering fields are basalt fiber panels commonly used?

They are widely used in construction (exterior insulation boards, wall cladding, bridge decking), industrial engineering (anti-corrosion liners, equipment shields), new energy (solar backsheets, wind turbine components), and marine engineering (ship deck panels, offshore platform cladding).

3. Can basalt fiber panels withstand harsh environments?

Yes. They can withstand temperatures from -60°C to 600°C, are corrosion-resistant (acids, alkalis, and salt spray), and will not rust or degrade. This makes them suitable for coastal areas, industrial workshops, or outdoor projects exposed to extreme weather.

4. Are basalt fiber panels easy to process and install?

Absolutely. They can be cut, drilled, glued, or laminated like traditional building boards (e.g., plywood, cement boards) and molded into thin or thick panels as needed. Their lightweight nature also reduces labor intensity, cutting installation time by 30% compared to heavy materials like steel or concrete.

5. Do basalt fiber panels offer good durability and a long service life?

With excellent aging resistance, UV protection, and moisture resistance, their service life exceeds 50 years under normal conditions. Unlike wood or metal, they won’t warp, rot, or corrode, outperforming many synthetic fiber and traditional building panels.