A HDPE geomembrane smooth is very low permeability synthetic membrane liner or barrier with smooth surface. It can be used solely or with any geotechnical engineering related material so as to control fluid (or gas) migration in a human-made project, structure, or system.

PP high-strength geotextile is a synthetic material made from 100% virgin polypropylene fibers through an advanced needle-punching process. This unique process creates a robust three-dimensional fiber network, resulting in exceptionally high tensile strength, tear resistance, and puncture resistance. It is primarily used as a reinforcement, isolation, filtration, and drainage material, and is widely used in civil engineering and infrastructure construction, where mechanical properties are critical.

Uniaxially oriented plastic geogrid is a polymer mesh material made primarily from high-density polyethylene (HDPE) or polypropylene (PP). It is precision extruded, punched, and subjected to high-intensity directional stretching in the longitudinal (unidirectional) direction. This unique process aligns the polymer molecules along the stretching direction, resulting in extremely high tensile strength and modulus in that direction. It is specifically designed for reinforcement and strengthening projects requiring the ability to withstand strong tensile stress in a single direction.

Perforated geocells are a three-dimensional, honeycomb-like confinement system with drainage holes evenly distributed throughout a cell sheet (typically made of high-density polyethylene (HDPE) or polypropylene (PP)). They inherit the excellent lateral confinement and load-spreading capabilities of traditional geocells while adding highly efficient vertical and horizontal drainage. This seamlessly combines reinforcement and stabilization with drainage and dredging, making them an ideal solution for soft, high-water-content, poorly drained soils.

Bentonite composite waterproofing material is an active, sustainable waterproofing membrane composed of natural sodium bentonite as its core waterproofing component, securely encapsulated between two layers of geotextiles (such as nonwovens) or between a geotextile and a layer of HDPE film. Its core principle is to utilize the water-expanding properties of sodium bentonite to form a durable, self-healing, high-density gel waterproofing layer within the structure, effectively blocking water migration.

A geocomposite bentonite blanket (GCL) is a prefabricated, thin layer of anti-seepage material consisting of two layers of geotextile (typically non-woven and/or woven) fabrics, securely encapsulating high-purity natural sodium bentonite particles through a process of needling, stitching, or bonding. Essentially, it's a "waterproof blanket" that combines the excellent waterproofing properties of bentonite with the mechanical properties of modern geosynthetics, providing an efficient, convenient, and reliable anti-seepage solution.

Drainage board with a special plastic sheet extrusion process will be closed to the protruding cylinder shell to form a bump-like membrane, shell continuous, with a high degree of three-dimensional space and some supports, can resist the long-term high-pressure, no deformation.

Strong corrosion resistance: able to maintain stability in environments with various chemicals and not easily corroded.

Our Flocked Flame Retardant Carpet is professionally engineered for high-traffic public and commercial spaces where safety and comfort are paramount.

HDPE roughened geomembrane is a high-performance anti-seepage material made from high-quality virgin high-density polyethylene resin, using a special co-extrusion blow molding or roll-forming process to create a uniformly roughened surface.

The environmentally friendly linear low-density polyethylene geomembrane is a type of geomembrane produced from PE-LLD raw material using calendering or blow molding processes.

An anti-seepage material made from LDPE resin, with a rough raised surface via special processing—boosts friction, bonds well with surrounding media, and prevents slippage.