Glass Fiber Mesh Fabric

Sports floor reinforcement mesh using fiberglass is a technique employed to enhance the durability and performance of athletic surfaces. Using fiberglass mesh for sports floor reinforcement is an effective way to enhance performance and longevity, making it a popular choice in the design and construction of athletic facilities. Here are some key aspects of this application:

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Description

Benefits of Fiberglass Sports Floor Reinforcement Mesh in Sports Flooring

Increased Strength: Fiberglass Mesh adds tensile strength to the flooring system, helping to prevent cracking and deformation under heavy loads and impacts.
Flexibility: The mesh allows for some flexibility in the floor, which can be beneficial in sports applications where shock absorption is important.
Durability: It improves the overall lifespan of the flooring, making it more resistant to wear and tear from regular use.
Moisture Resistance: Fiberglass Sports Floor Reinforcement Mesh is resistant to moisture, which can help prevent issues like mold and mildew in sports environments.
Cost-Effectiveness: By reinforcing the substrate, fiberglass mesh can reduce the need for repairs and replacements, ultimately saving costs over time.

Applications

Gymnasiums: Used in basketball courts, volleyball courts, and multi-purpose gymnasiums to provide a stable and durable surface.
Indoor Tracks: Reinforces the surface of indoor running tracks, ensuring they withstand heavy foot traffic and impacts.
Tennis Courts: Enhances the longevity of indoor and outdoor tennis surfaces.
Fitness Centers: Used in areas with heavy gym equipment to prevent floor damage.

Installation

Preparation: The subfloor is prepared and made level to ensure proper adhesion of the Sports Floor Reinforcement Mesh.
Placement: Fiberglass mesh is laid over the subfloor and secured, often using adhesives or mortars.
Overlayment: A suitable flooring material (like rubber, vinyl, or wood) is applied over the mesh-reinforced base.

Specifications and parameters

Item No.	Density Count/25mm		Mesh Size (mm)		Area Weight (g/m²)	Tensile Strength (N/20mm)		Woven Structure	Content Of Resin %(≥)
Item No.	Warp	Weft	Warp	Weft	Area Weight (g/m²)	Warp	Weft	Woven Structure	Content Of Resin %(≥)
GF-20x10-60	20	10	1.2	2.5	60	660	660	Plain	14
GF-20x10-75	20	10	1.2	2.5	75	660	750	Plain	14
GF-5x5-75	5	5	5	5	75	700	700	Leno	18
GF-5x5-125	5	5	5	5	125	1200	1300	Leno	18

Production Process

product-750-431

About Unit Weight

Unit weight is one of the most important parameters, for EIFS, the regular range of unit weight from 45-300g/m², normally including 45g/m², 60g/m², 75g/m², 90g/m², 110g/m2, 145g/m² and 160g/m², for inner using, the weights are 45-125g/m², for exterior using, the weights from 110-160g/m².