本文总结了石棉代用纤维的研究工作.通过在压蒸硅酸钙中掺加玻璃纤维(Wolmix、Cem—Fil耐碱玻璃纤维);矿棉(Inorphil);硅酸铝纤维(Fiberfrax);碳纤维(Sigrafil);有机纤维(Kevlar、Dolan、and Crystalline Cellulose)和纤维矿(Attapulgite、Halloysite、Wollastonite and Asbestos)制成的复合材料性能研究,找到碳纤维和Cem—Fil玻璃纤维是石棉可能的代用纤维,在力学性能上碳纤维更好些,甚至超过原石棉纤维. This article summarizes the research work of asbestos substitute fibers by adding glass fiber (Wolmix, Cem-Fil alkali-resistant glass fiber) to pressurised calcium silicate; mineral wool (Inorphil); Fiberfrax; carbon fiber ( Studied the performance of composites made of organic fibers (Kevlar, Dolan, and Crystalline Cellulose) and fiber ore (Attapulgite, Halloysite, Wollastonite, and Asbestos), finding that carbon fibers and Cem-Fil glass fibers are alternatives to asbestos fibers. The mechanical properties of carbon fiber are better and even exceed the original asbestos fiber.