- In addition to its lightweight and durable properties, FRP mining equipment is also highly customizable to suit the specific needs of different mining operations. The flexibility of fiberglass materials allows for easy customization of equipment designs, enabling mining companies to tailor their equipment to meet their unique requirements. This customization can include modifications to the size, shape, and features of the equipment, ensuring that it is optimized for maximum efficiency and productivity.
- Long Flexible Drill Bit Extension A Game-Changer in Woodworking
- Furthermore, in the electrical and electronics sector, fiberglass covers are used to manufacture circuit boards, providing a non-conductive and heat-resistant substrate. They also play a crucial role in insulation and protection of electrical components in high-voltage applications.
- In addition to their functional excellence, these tanks also contribute to environmental sustainability
- The importance of large drill bits cannot be overstated


Due to the hard carbon nanofibers and abundant welded joints among the nanofibers, the hard carbon aerogels display robust and stable mechanical performances, including super-elasticity, high strength, extremely fast recovery speed (860 mm s-1) and low energy loss coefficient (<0.16). After tested under 50 % strain for 104 cycles, the carbon aerogel shows only 2 % plastic deformation, and retained 93 % original stress.
Advantages of Fiberglass Covered Grating:
Pultruded Fiberglass Grating:


Molded Fiberglass FRP Top Options
The hard carbon aerogel can maintain the super-elasticity in harsh conditions, such as in liquid nitrogen. Based on the fascinating mechanical properties, this hard carbon aerogel has promise in the application of stress sensors with high stability and wide detective range (50 KPa), as well as stretchable or bendable conductors. This approach holds promise to be extended to make other non-carbon based composite nanofibers and provides a promising way of transforming rigid materials into elastic or flexible materials by designing the nanofibrous microstructures.
