Basalt fiber and products.

Basalt fiber and products

1)Material introduction

Introduction to basalt fiber

Basalt fiber is made of pure natural volcanic rock, melted at 1350--1600°C, and continuously drawn through platinum-rhodium alloy leak plates. The production and processing of wastewater, waste residue, and exhaust gas emissions are green and environmentally friendly materials.

Basalt fiber technology

Basalt fiber properties

Continuous basalt fiber is a new high-performance environmental protection fiber in the 21st century, known as one of the four high-performance fibers, with high mechanical properties, excellent creep performance, light weight, good chemical corrosion resistance, superior thermal properties, good acoustic insulation performance, good electrical insulation and dielectric properties, natural silicate compatibility, etc.

Wide range of applications

Therefore, continuous basalt fiber products and composite materials are widely used in civil construction, transportation, energy and environmental protection, petrochemical, automobiles and ships, aerospace, weapons and equipment and other fields.

2)Product project introduction

Product Introduction

At present, basalt fiber products are mainly in the fields of construction, municipal and other engineering fields, selling basalt fiber chopped yarn, basalt fiber geogrid, basalt fiber composite trail slabs, basalt fiber pipelines and other products.

Key project (1)
large-scale marine aquaculture cage

Key project (2) - solar photovoltaic bracket

Projects cooperated by the company: 1. Lianyungang photovoltaic project of China Pharmaceutical Port; 2. Inner Mongolia Bayan Zhuoermeng photovoltaic base project. 3. Zhejiang Tongjing new energy photovoltaic project.

Key project (3) - Plates for near-zero carbon prefabricated cabins

Key project (4) - basalt fiber prepreg laminate

Basalt fiber prepreg laminate is a high-performance composite material that combines the excellent properties of basalt fiber with the bonding and load transfer functions of the resin matrix. Its main uses are concentrated in fields that require comprehensive properties such as high strength, light weight, high temperature resistance, corrosion resistance, insulation, and flame retardancy.
Automotive: Manufactures lightweight body parts (such as hoods, roofs, door interiors), chassis parts, battery pack housings (using their insulation and flame retardancy), and interior parts (flame retardant and low smoke).
Rail transit: Manufacture of interior panels (ceilings, side wall panels, floors), seat skeletons, equipment hatch covers, etc. of high-speed rail and subway cars, requiring high flame retardant, low smoke, low toxicity, and light weight.
Aerospace: Used for sub-load-bearing structural parts, interior panels, luggage racks, equipment brackets, drone components, etc., using its lightweight, flame retardant, insulation and certain specific strength.