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Basalt fiber is an inorganic fiber material made primarily from natural basalt rock. It is processed through high-temperature melting and drawing processes, resulting in stable Chemical and physical properties. This fiber has applications in various fields, characterized by its abundant raw material source and relatively simple production process.

In a strategic move toward sustainable infrastructure, high-performance basalt fiber Needled Mats have been specified for major port facility upgrades across Europe. Designed to meet the rigorous demands of coastal and marine engineering, these innovative 750 g/m² and 950 g/m² basalt geotextiles are redefining durability and environmental resilience in heavy-duty geotechnical applications.

Basalt is widely distributed and inexpensive in my country. Its fiber production cost is low, and it has significant comprehensive advantages compared to chemical fibers, carbon fibers, and glass fibers. It has great market potential and is a new type of high-tech, high-value-added product for the new era.

Basalt fiber is not only high in strength, thermally stable, resistant to damage to mating surfaces, and exhibits low wear and a stable coefficient of friction, but it is also reasonably priced. Applying basalt fiber to friction reinforcement materials not only increases the lifespan and operating temperature of automotive friction materials, but also addresses various unfavorable factors in current friction materials, helping to solve the thermal fade phenomenon in traditional automotive brakes, thereby reducing traffic accidents.

Basalt fiber, as a natural green inorganic fiber, is made from natural basalt through melt drawing. It possesses unique advantages such as low carbon footprint, environmental friendliness, lightweight, strong weather resistance, and excellent mechanical properties. After composite modification and process innovation, it has achieved large-scale application in the field of automotive cabin materials, reshaping the cabin material system from multiple dimensions of environmental protection, performance, and cost, injecting core momentum into low-carbon travel.

Natural and non-toxic material basalt fiber is produced by melting and drawing volcanic rocks. To create basalt fibers, basalt ore is heated to about 1500°C before being drawn into continuous threads through platinum-rhodium alloy spinnerets.

Basalt fiber, a "green high-performance fiber" derived from natural basalt ore, boasts inherent advantages such as high temperature resistance, chemical corrosion resistance, excellent mechanical properties, and environmental biodegradability, leading to the development of various high-value products in the textile industry. Among these, untwisted yarn and nonwoven fabric are two of the most widely used and core-value representatives. Relying on different textile processes and structural characteristics, they respectively achieve differentiated empowerment in areas such as high-end composite material reinforcement, industrial protection, and environmental filtration.

High-quality basalt fiber cloth specially designed for producing high-performance epoxy resin laminates board. It uses continuous basalt fibers through special weaving and surface treatment processes to achieve the best wettability and adhesion with the epoxy resin system, the final composite materials with outstanding mechanical properties, heat resistance and corrosion resistance.

Basalt fiber nonwoven fabric is a sheet material made by randomly or orientedly laying chopped basalt fibers or continuous filaments into a web and then reinforcing it through nonwoven processes such as needle punching, hydroentangling, and meltblowing (which requires the addition of a small amount of hot-melt fibers). Its core value lies in its "structural controllability" and "functional versatility." By adjusting the fiber length, web laying method, and reinforcement process, its physical and chemical properties can be customized to suit different scenarios.

Basalt fiber untwisted Cloth is a thin fabric woven from continuous basalt fiber filaments (untwisted or weakly twisted) using simple weave structures such as plain and twill. Its core value lies in maximizing the retention of the mechanical properties and functionality of basalt fibers through a structural design of "low twist + high continuity," making it an ideal reinforcing substrate in the field of composite materials.