News
Study on the adhesion performance of basalt fiber reinforced cementitious materials with BFRP tendons
The adhesion performance of Basalt fiber reinforced cementitious materials (BFRC) and BFRP (basalt fiber reinforced polymer) tendons is the key to their synergistic work, which directly affects the practical application of composites in civil engineering.
Research on basalt fibers in civil engineering applications
Basalt fiber is a natural basalt as raw material made of high-performance inorganic fibers, with high strength, high temperature resistance, corrosion resistance, environmental protection and other characteristics, is regarded as the carbon fiber, Glass Fiber after the “third generation of fiber materials”.
Impact of Basalt Fiber Reinforced Materials on Seismic Performance of Buildings
Basalt Fiber Reinforced Polymer (BFRP) is a new type of high-performance composite material made from molten basalt rock and drawn into fibers. It exhibits properties such as high strength, corrosion resistance, lightweight, and environmental friendliness. In enhancing the seismic performance of buildings, BFRP is primarily used to improve structural strength, ductility, and energy dissipation capacity.
Research on impact properties of basalt fiber concrete
Concrete structures are prone to brittle failure under sudden events like vehicle collisions, explosions, or earthquakes, while traditional concrete lacks sufficient energy absorption capacity under impact. Basalt fiber, with its high toughness and strong interfacial bonding, has become a core material for improving the impact resistance of concrete.
Research on corrosion resistance of basalt fiber concrete to help improve concrete durability
Research on the corrosion resistance of basalt fiber concrete shows that the mixing of appropriate amount of basalt fibers can significantly improve the corrosion resistance of concrete, which provides a new idea to solve the problem of durability deterioration caused by concrete corrosion.
Concrete corrosion is one of the important causes of its durability degradation, which brings huge economic losses every year. In order to reduce the economic losses caused by concrete corrosion, it is of great significance to study the corrosion resistance of basalt fiber concrete. At present, the relevant research is mainly through the concrete specimen immersed in different corrosion solutions to analyze the changes in its compressive strength, flexural strength and other properties.
Breakthrough in Research on Frost Resistance of Basalt Fiber Concrete, Enhancing Building Durability in Cold Northern Regions
In the severe cold regions of northern China, freeze-thaw cycles are a major cause of concrete structure deterioration. The damage to concrete caused by freezing and thawing is becoming increasingly severe each year, making research on the frost resistance of concrete highly important. Basalt fiber, due to its excellent properties, has become a key material for enhancing the frost resistance of concrete.
New progress in research on high-temperature performance of basalt fiber concrete helps improve building fire safety
Recently, new progress has been made in the research on the mechanical properties of basalt fiber concrete under the action of high temperature. The study shows that the incorporation of basalt fibers can significantly improve the high temperature resistance of concrete, providing a new solution for building fire safety.
Introduction to basalt fiber geogrids
Geogrid is a more commonly used products, especially in major construction projects play a protective role. Although the current preparation of basalt fiber manufacturers have basalt fiber geogrid, but its application is relatively narrow, are in and glass fiber geogrid competition price, or basalt fiber between each other blood fight. This article is mainly to introduce the basaltic fiber geogrid, so that we understand the basalt fiber geogrid again.
Comparative analysis of continuous basalt fiber and glass fiber
Compare the advantages and disadvantages of basalt fiber and glass fiber in terms of performance, cost and production process, market acceptance and application areas.
BFRP Development Dilemma
BFRP has many advantages in terms of performance, but its development is still facing many difficulties in terms of cost, technology, application, standards and market education. The industry needs to strengthen technical research and development, reduce production costs, develop relevant standards, and enhance user awareness of BFRP through market promotion to promote its application in a wider range of areas.