In the field of construction engineering, concrete cracks and lifespan degradation have long been the core pain points that have plagued the industry - cracks not only affect the aesthetic appearance of the structure, but also may cause chain problems such as leakage and corrosion, leading to a
In the era of green infrastructure and high-quality construction, polypropylene concrete fiber (PP fiber,PP micro fiber,pp macro fiber,pp twisted fiber) has emerged as a game-changing material, revolutionizing the durability, crack resistance, and sustainability of concrete structures worldwide.
The 3D composite drainage net not only resolves the two core problems of excessive self-weight and easy blockage that exist in traditional drainage layers, but also brings new improvements in terms of construction efficiency, space saving, and total life cycle cost.And it can be customized with
Different types of projects have different requirements for the long-term load, flow and durability of the 3D drainage net. When choosing the product, it is necessary to follow the regulations of the country or region where the project is located.When choosing a composite drainage geonet for
Polypropylene(PP) filament fibers enhance the durability of concrete by increasing its tensile strength and dispersion. Polypropylene monofilament fibers(pp micro fibers) are a type of high-strength bundled single filament fibers, which are manufactured from 100% polypropylene through a special
The role of polypropylene synthetic micro fiber in concrete crack resistance:1. The soft and lightweight polypropylene monofilament fibers in concrete compensate for the brittle nature of rigid concrete.2. Effectively solve the problems of early plastic cracks and later shrinkage cracks in concrete
The drainage board with geotextile layer (usually formed by the combination of the drainage board base material and the geotextile) further enhances the core functions such as drainage, filtration, and protection through the synergy of the two materials' properties.Its advantages mainly lie in the
Traditional concrete is prone to cracks when facing temperature changes and plastic shrinkage, thereby affecting the durability and safety of the structure. However, polypropylene fibers(PP micro fibers,PP macro fibers or PP mesh fibers), as concrete reinforcing fibers, can effectively address
In the current era where the demand for urban rainwater management is increasing, choosing the appropriate rainwater module(rain water storage module) is of utmost importance. When selecting a rainwater module, one must consider three aspects: scene requirements, performance parameters, and cost-
The application of fiber concrete represents a significant breakthrough in the field of building materials. The successful development of the new polypropylene fiber concrete technology has brought new hope for enhancing the durability of building structures.Traditional concrete is prone to
Drainage sheet mats are a new type of geotechnical composite material made by melting and weaving random fibers. Their compressive strength is generally around 100~500 Kpa, enabling them to withstand significant pressure. They can remain stable even under high load conditions and are less prone to
Recently, polypropylene synthetic macro fiber for concrete have gained significant attention in the engineering field due to their outstanding performance. These fibers are made from synthetic resins through special processes and surface treatments, featuring high tensile strength, good dispersion