industrial woven fabrics

Product Category

• Fiberglass Woven Fabric is an industrial fabric made from glass fibers through the traditional weaving process (vertical interweaving of warp and weft yarns). Its core value lies in the fact that the inherent characteristics of glass fibers (such as high strength, high-temperature resistance, and insulating properties) are directed and enhanced through the weaving structure to become a reinforcing substrate for composite materials or a functional isolation material.

  Composition

  The base material is silicon dioxide (SiO₂, content 50-75%), supplemented with metal oxides such as alumina (Al₂O₃), calcium oxide (CaO), and other metal oxides, which are melt-drawn to form continuous fibers with diameters ranging from 5 to 24 microns.

  Type

  E-glass (general-purpose type, excellent insulation, low cost)

  S-glass (high-strength type, tensile strength 30-40% higher than E-glass)

  C-glass (acid-resistant type, for corrosive environments)

  Weaving Technique

  Yarn preparation: glass fiber raw yarns are twisted or merged to form yarns for weaving (e.g. EC9 67tex, 200-400 monofilaments).

  Loom type: rapier loom (to reduce fiber damage), air jet loom (high-speed production).

  Organization

  Plain Weave: compact structure, mechanically isotropic, used for circuit board substrates

  Twill Weave: Highly flexible, suitable for curved composites (e.g. boat hulls)

  Satin Weave: smooth surface, excellent resin wettability (aerospace laminates)

  Fiberglass Woven Fabric

• White Fiberglass Mesh Roll is made of fiberglass yarns woven to form a mesh structure and coated with a white modified coating such as acrylic resin or PVC. It is generally available in rolls (commonly 1 meter in width and 50-100 meters in length) with a white coating that is both protective and functional.

  Characteristics

  The high tensile strength of glass fiber (usually ≥1500N/5cm) effectively disperses stress and prevents the base from cracking.

  Resistant to a temperature range of -40℃ to 150℃, adaptable to extreme weather conditions.

  It is resistant to acid and alkali corrosion (stable in a pH 7-14 environment) and suitable for highly alkaline environments such as cement and gypsum.

  Elongation at break ≤3%, ensuring no structure deformation during reinforcement.

  The open mesh structure allows water vapor to pass through, avoiding the problem of the hollow drum.

  Main Applications

  ETICS external wall insulation system: embedded in the plastering mortar layer to prevent cracking of the insulation board (following EN 13499).

  Used in gypsum board joints and plaster layer reinforcement to improve impact resistance.

  Used as a reinforcement layer for waterproofing membranes to improve puncture resistance.

  Paved above the heat insulation layer, enhancing the structural strength of the backfill layer.

  High-temperature filtration material, composite material substrate, etc.

  Fiberglass Woven Mesh Fabric

• Kevlar Aramid Fabric is a high-performance synthetic Aromatic Polyamide (Aromatic Polyamide) material developed by DuPont in 1965, which is a typical representative of para-aramid. Its unique molecular structure and physicochemical properties make it a cutting-edge engineering material widely used around the world, especially in lightweight protection, composite materials, and extreme environments, where it is irreplaceable.

  Kevlar is chemically known as Polyphenylene terephthalamide (PPTA), and its molecular chain consists of alternating benzene and amide bonds. The rigid structure of the benzene ring gives it a high modulus (resistance to deformation), while the amide bonds form a three-dimensional network through hydrogen bonding, which significantly enhances the bonding between the molecular chains, thus providing ultra-high strength and impact resistance.

  Key Performance

  Tensile strength up to 3,620 MPa, about 5 times that of high-quality steel, with a density of only 1.44 g/cm³ (1/5 that of steel).

  Modulus of elasticity about 70-112 GPa, close to carbon fiber level.

  Glass transition temperature (Tg) of about 345°C, decomposition temperature of more than 500°C, short-term temperature resistance of up to 400°C.

  Resistant to most organic solvents, fuels, and weak acids and bases, but degrades in strong acid/base environments.

  The high orientation of the molecular chains gives excellent friction and cut resistance.

  Application Areas

  Individual Protective Equipment (PPE)

  Bulletproof vests/helmets: absorbing the kinetic energy of the slug through fiber layering and weaving, and dispersing the shock wave by using the shear thickening effect.

  Anti-cutting gloves/clothing: using highly oriented fibers to resist the intrusion of knives.

  Aerospace and Transportation

  Aircraft skin, rocket engine casing: as a reinforcement of epoxy resin matrix composites, weight reduction of more than 30%.

  Automotive lightweight components (e.g. brake pads, drive belts): high temperature resistance and fatigue resistance superior to traditional materials.

  Industry and Energy

  Deep-sea cable reinforcement: high pressure resistance, creep resistance.

  Wind turbine blades: improved fatigue life against wind load.

  Aramid Woven Fabric

• Kevlar Mesh Fabric is a kind of open mesh structure material based on Para-Para-Aramid Fiber (PPTA) weaving, through a special weaving process to form a uniform pore, both Kevlar fiber's core characteristics of high strength, high temperature resistance, cut resistance, etc., but at the same time, with the advantages of breathability, flexibility and lightweight.

  Main Advantages

  Mechanical Properties

  Specific Strength: Maintains the tensile strength of Kevlar fibers (over 3.6 GPa), but weighs only 1/5 of the same area of steel mesh.

  Tear resistance: The mesh structure disperses stress through fiber nodes, preventing crack expansion.

  Dynamic energy absorption: under impact loads, the fibers dissipate energy through slip and fracture, and the pore structure allows for localized deformation cushioning.

  Functionality

  Breathability and Fluid Permeability: Open pores allow the passage of gases or liquids, suitable for filtration or heat dissipation scenarios.

  Flexibility: the mesh structure bends more easily than dense fabrics to fit complex curved surfaces (e.g., joints in protective clothing).

  Thermal stability: temperature resistance up to 400°C (short duration), no melting, only carbonization at high temperatures.

  Application Areas

  Personal Protection and Military

  Breathable layers for ballistic inserts: Mesh construction reduces weight and improves wearer comfort, e.g. backing layer for NIJ IV ballistic panels.

  Anti-Breakout Pads: Used in helmet liners to absorb blast shock waves while maintaining ventilation.

  Industrial & Filtration

  High temperature gas filtration: High temperature resistant filter bags for coal-fired power plants or chemical plants (resistant to acidic and alkaline flue gases).

  Wear-resistant screen mesh: replaces metal mesh in mining screening equipment, extending life by 3-5 times.

  Aerospace & Transportation

  Composite preforms: as reinforcing skeleton for carbon fiber/epoxy composites to enhance delamination resistance.

  Aircraft Ventilation Duct Reinforcement: High-temperature resistant mesh used in engine compartment ventilation systems to prevent foreign body inhalation.

  Sports & Consumer Products

  Athletic upper materials: Lightweight, tear-resistant mesh is used in running shoes or hiking boots.

  Cut-resistant gloves: High-density Kevlar mesh laminated with TPE to balance dexterity and protection.

  Aramid Woven Mesh Fabric
• High Performance Woven Fabric

• Typical Application Areas

  Fields	Scenarios	Performance
  Apparel & Textile	Sportswear, Outdoor jackets, Shirts	Lightweight, Quick-drying, UV resistant
  Home Decoration	Curtains, Sofas, Bedding	Wrinkle-resistant, Sunlight-resistant, Flame-retardant
  Industrial Materials	Conveyor belts, Filter fabrics, Geogrids	High strength, Corrosion resistance, Dimensional stability
  Medical protection	Surgical gowns, Protective masks' outer layer	Liquid permeation resistant, Anti-static

  Comparison

  Parameters	Polyester Woven Fabric	Cotton Woven Fabric	Nylon Woven Fabric
  Density (g/cm³)	1.38	1.54	1.14
  Tensile strength (MPa)	50-80 (filament)	20-40	60-100
  Moisture absorption (%)	0.4	8-10	4.5
  Abrasion resistance (Martindale)	10,000-30,000 cycles	2,000-5,000 cycles	15,000-50,000 cycles
  Thermal shrinkage (@150°C)	<3%	Easily coked	5-8%

  Polyester Woven Fabric