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Alkali-Resistant Fiberglass Mesh with High Strength and Low Elongation for Construction Reinforcement

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Alkali-Resistant Fiberglass Mesh with High Strength and Low Elongation for Construction Reinforcement

Name: AlkaliResistant Fiberglass Mesh with High Strength and Low Elongation for Construction Reinforcement
Brand: WGSC
Price: 1 USD

Quality Alkali-Resistant Fiberglass Mesh with High Strength and Low Elongation for Construction Reinforcement for sale

Brand Name : WGSC

Certification : ISO9001

Place of Origin : CHINA

Payment Terms : T/T

Acid Resistance : Excellent

Heat Resistance : Good

Product Type : Reinforcement Material

Material : Fiberglass

Fiber Type : E-Glass

Resin Compatibility : Polyester, Vinyl Ester, Epoxy

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Fiberglass Mesh | Construction Strengthening Alkali - Resistant Fiberglass Reinforcement Grid for Building Insulation & Waterproofing

1. Product Introduction

Fiberglass Mesh is a highly versatile construction - grade reinforcement material. It is crafted from alkali - resistant glass fiber yarns via a meticulous weaving and coating process. Generally, it is equipped with an alkaline - resistant coating (such as acrylic or modified polymer coatings). This combination leverages the natural strength of fiberglass while endowing it with superior durability when faced with harsh chemical environments. In the construction industry, it is mainly used as a reinforcement layer. Its applications span across exterior insulation finish systems (EIFS), waterproofing membranes, and structural strengthening projects. Moreover, it also finds utility in various industrial and decorative scenarios.

2. Product Features and Advantages

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Alkali Resistance: The specialized alkaline - resistant coating effectively combats the corrosive nature of cement - based materials. This prevents degradation, ensuring the long - term structural integrity of the mesh when it is in contact with concrete and mortar.
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High Strength & Low Elongation: It possesses remarkable tensile strength while exhibiting minimal elongation when under load. This feature provides reliable reinforcement, effectively preventing cracking and deformation in building substrates.
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Thermal & Chemical Stability: Capable of withstanding a broad temperature range (typically from - 40℃ to 120℃), it also resists most acids, alkalis, and salts. This makes it suitable for diverse climatic and chemical exposure situations.
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Dimensional Stability: During both installation and long - term usage, it maintains a consistent size and shape. This ensures precision when applied in tiling, rendering, and waterproofing systems.
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Easy Installation: Being lightweight and flexible, it adheres smoothly to surfaces when using common adhesives or mechanical fasteners. This reduces labor costs and shortens project timelines.
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Aging Resistance: It can resist ultraviolet (UV) radiation, ozone, and weathering. Even after long - term outdoor exposure, it retains its mechanical properties.

3. Applications

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Building Insulation & Finishing: It plays a crucial role in exterior insulation systems (EIFS) by reinforcing base coats, preventing cracking in stucco, and supporting tile backer boards. For interior wall rendering, it enhances crack resistance.
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Waterproofing Systems: Acts as a reinforcing layer beneath liquid - applied or sheet - based waterproofing membranes in roofs, basements, bathrooms, and balconies.
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Structural Strengthening: During retrofitting projects, it reinforces existing concrete structures like bridges and parking garages, enhancing their load - bearing capacity.
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Industrial Protection: When combined with coating systems, it safeguards pipelines, storage tanks, and industrial equipment from corrosion and mechanical damage.
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Decorative Applications: Used in art installations, false ceiling frameworks, and the reinforcement of textured surfaces to achieve consistent shaping.

4. Technical Specifications

The following values are typical. Customized products may have different actual values according to specific requirements.

Parameter	Typical Range/Value
Basis Weight	100–1600 g/m²
Mesh Count (per inch)	4×4, 5×5, 8×8, 10×10
Alkali - Resistant Coating Type	Acrylic / Modified Polymer
Tensile Strength (MD/CD)	≥1000 N/5cm / ≥1000 N/5cm (typical)
Alkali - Resistant Retention Rate	≥70% (after standard alkali immersion test)
Elongation at Break	≤5%
Operating Temperature	-40℃ to 120℃

5. Packaging Method

Each roll of Fiberglass Mesh is tightly wound and wrapped in waterproof PE filmto stop moisture from getting in. Several wrapped rolls are then packed into sturdy corrugated cardboard cartonswith clear labels. These labels include details such as product specifications, batch numbers, and handling instructions. For large - volume orders, palletization is provided to protect the product from damage caused by stacking during transportation.

6. Storage Conditions

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Store the product in a dry and well - ventilated warehouse. The relative humidity in the warehouse should be less than or equal to 60%, and the ambient temperature should be kept between 10℃ and 30℃.
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Keep the product away from direct sunlight, rain, and contact with sharp objects or strong chemicals (for example, acids and solvents) to prevent damage to the coating or breakage of the fibers.
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Stack the rolls horizontally and leave enough space between stacks to ensure proper air circulation and prevent deformation.

By choosing our Fiberglass Mesh, you are selecting a reliable and high - performance reinforcement solution that meets stringent industry standards and caters to your specific project needs.

Alkali-Resistant Fiberglass Mesh with High Strength and Low Elongation for Construction Reinforcement

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