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Fiberglass Reinforced Polymer Bars
Fiberglass reinforcing bars for civil engineering are made of alkali-free glass fiber (E-Glass) untwisted roving with less than 1% alkali content or high-tensile glass fiber (S) untwisted roving and resin matrix (epoxy resin, vinyl resin), curing agent and other materials, composite by molding and curing process, referred to as GFRP bars. -
Hydrophilic Precipitated Silica
Precipitated silica is further divided into traditional precipitated silica and special precipitated silica. The former refers to silica produced with sulfuric acid, hydrochloric acid, CO2 and water glass as the basic raw materials, while the latter refers to silica produced by special methods such as supergravity technology, sol-gel method, chemical crystal method, secondary crystallization method or reversed-phase micelle microemulsion method. -
Hydrophobic Fumed Silica
Fumed silica, or pyrogenic silica, colloidal silicon dioxide, is amorphous white inorganic powder which has high specific surface area, nano-scale primary particle size and a relatively high (among silica products) concentration of surface silanol groups. The properties of fumed silica can be chemically modified by reaction with these silanol groups. -
Hydrophilic Fumed Silica
Fumed silica, or pyrogenic silica, colloidal silicon dioxide, is amorphous white inorganic powder which has high specific surface area, nano-scale primary particle size and a relatively high (among silica products) concentration of surface silanol groups. -
Hydrophobic Precipitated Silica
Precipitated silica is further divided into traditional precipitated silica and special precipitated silica. The former refers to silica produced with sulfuric acid, hydrochloric acid, CO2 and water glass as the basic raw materials, while the latter refers to silica produced by special methods such as supergravity technology, sol-gel method, chemical crystal method, secondary crystallization method or reversed-phase micelle microemulsion method. -
Carbon Fiber Surface Mat
Carbon fiber surface mat is a non-woven tissue made from random dispersion carbon fiber. It’s a new super carbon material, with high performance reinforced, high strength, high modulus, fire resistance, corrosion resistance, fatigue resistance, etc. -
Carbon Fiber Plate For Reinforcement
Unidirectional Carbon Fiber Fabric is a type of carbon fiber fabric where a large number of untwisted roving are present in one direction (usually the warp direction), and a small number of spun yarns are present in the other direction. The strength of the entire carbon fiber fabric is concentrated in the direction of the untwisted roving. It is highly desirable for crack repairs, building reinforcement, seismic reinforcement, and other applications. -
Fiberglass Surface Veil Stitched Combo Mat
Fiberglass Surface Veil Stitched Combo Mat is one layer of surface veil(fiberglass veil or polyester veil) combined with various of fiberglass fabrics, multiaxials and chopped roving layer by stitching them together. The base material can be only one layer or several layers of different combinations. It can be mainly applied in pultrusion, resin transfer molding, continuous board making and other forming processes. -
Fiberglass Stitched Mat
Stitched mat is made of chopped fiberglass strands randomly dispersed and laid on the forming belt, stitched together by a polyester yarn. Mainly used for
Pultrusion, Filament Winding, Hand Lay-up and RTM molding process, applied to FRP pipe and storage tank, etc. -
Fiberglass Core Mat
Core Mat is a new material, consisting of a synthetic non-woven core,sandwiched between two layers of chopped glass fibers or one layer of chopped glas fibers and the other one layer of multiaxial fabric/woven roving. Mainly used for RTM, Vacuum Forming, Molding, Injection Molding and SRIM Molding process, applied to FRP boat, automobile, aeroplane, panel, etc. -
PP Core Mat
1.Items 300/180/300,450/250/450,600/250/600 and etc
2.Width: 250mm to 2600mm or sub multiple cuts
3.Roll Length:50 to 60 meters according to the areal weight -
PTFE Coated Fabric
PTFE coated fabric has the characteristics of high temperature resistance, chemical stability, and good electrical properties. It is widely used in electrical, electronic, food processing, chemical, pharmaceutical, and aerospace fields to provide stable protection and protection for industrial equipment.
