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Environmental noise pollution has become a critical issue affecting human health and quality of life, with industrial equipment (e.g., variable-frequency compressors) being a major contributor. Traditional noise-absorbing materials (e.g., cotton fiber felt) exhibit limited performance in high-frequency ranges and are susceptible to environmental factors like temperature. Basalt Fiber, a high-performance inorganic material with a porous structure and superior acoustic properties, has emerged as an ideal alternative for noise control applications.  

Continuous basalt fiber production adopts a "one-step process", characterized by a simplified workflow but high technical barriers. Compared to carbon fiber production, continuous basalt fiber consumes significantly less energy (less than 1/10 of carbon fiber's energy consumption) and emits no CO₂, SO₂, or other harmful gases, making it an environmentally friendly and low-carbon production method. The primary thermal equipment for continuous basalt fiber production is the furnace, which is categorized into crucible furnaces and tank furnaces. 

Basalt and carbon fiber have an important role to play in a variety of fields, and the two materials are not completely competitive, but complementary.

Basalt fiber geogrid is a kind of civil engineering reinforcing material made of basalt fiber, which belongs to the category of geosynthetics. It is made by melting basalt ore at high temperature and then drawing it into fibers, and then forming a grid-like structure by weaving, coating (such as asphalt) and other processes, which is widely used in roads, railroads, dams and other projects to enhance the stability and durability of the structure.

When comparing individual chemical or mechanical properties, high-tech fibers with superior characteristics to continuous basalt fiber (CBF) can be found. However, when considering comprehensive performance, CBF emerges as the optimal "versatile" fiber. Beyond its high strength, high modulus, and advanced technical features, CBF demonstrates exceptional resistance to acid/alkali corrosion, extreme temperatures, radiation, and oxidation. It also exhibits excellent thermal/acoustic insulation, filtration efficiency, flame retardancy, high compressive and shear strength, along with remarkable adaptability to diverse environments. These properties make it effective in reducing structural weight while forming novel composite materials. 

Basalt fiber, as a novel inorganic, high-performance, and eco-friendly material, significantly enhances the mechanical properties, durability, and functionality of permeable concrete.

The basalt fiber braided sleeve, a high-performance material produced by melting and drawing natural basalt rock, has gained prominence in recent years across industries such as industrial protection, aerospace, and renewable energy. Its unique physicochemical properties and eco-friendly advantages offer new possibilities for upgrading traditional materials. This article explores the material’s core value through its scientific attributes and real-world applications.

Concrete, as a brittle material, commonly incorporates fibers to enhance its performance. The mechanism of basalt fiber in concrete primarily manifests in the following aspects .

Basalt fiber as a kind of green high-performance materials, in recent years in the field of environmental protection in the application of research continues to expand, its corrosion-resistant, high-temperature-resistant, biodegradable and other characteristics of the environmental protection technology to provide new solutions

Standardized Process for Composite Reinforcement Mesh Layout and Joint Placement