Anti Crack Glass Fiber

Name: Anti Crack Glass Fiber
Brand: RIDDHI ENTERPRISE
Price: 4248.00 INR
Availability: InStock

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MOQ : 1 , , Piece

Anti Crack Glass Fiber Specification

Thermal Conductivity
Low

GSM
45-160 GSM

Usage & Applications
Plastering, wall repair, ceiling, insulation, surface crack prevention

Thickness
0.2 mm - 1.0 mm

Coating Type
Alkali resistant latex

Temperature
-30C to 550C

Density
160 Gram per cubic centimeter(g/cm3)

Shape
Roll

Glass Type
E-Glass

Material
Glass fiber

Application
Anti crack, wall reinforcement, waterproofing, construction joint treatment

Technique
Woven glass fiber mesh

Surface Treatment
Alkali resistant coating

Dimension (L*W*H)
50 meter (L) x 1 meter (W) x Custom (H)

Anti Crack Glass Fiber Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
1000 Pieces Per Week

Delivery Time
1-2 Days

About Anti Crack Glass Fiber

Technical Specifications

Customization	Available
Glass Fiber Type	Plain
Color	White
Application	For Concrete Reinforcement
Size	Variable
Brand	Riddhi
Material	Glass Fibre
Type	Anti Crack
Packaging type	Packet

Superior Protection Against Cracks

The anti crack glass fiber mesh acts as a crucial reinforcement layer, reducing the risk of cracks in plastered surfaces and concrete structures. Its advanced woven E-glass construction with alkali resistant latex coating offers strong resistance against mechanical stress and environmental elements, aiding in long-term structural integrity.

Effortless Installation and Customization

Supplied in rolls of 50 meters length and 1 meter width, our mesh is easy to cut and shape according to project requirements using standard cutting tools. Lightweight and flexible, it delivers excellent adaptability for various applications, including wall repair, insulation installation, and joint treatment in new construction or renovation projects.

Long Service Life and Safety

Designed to last more than a decade when properly installed, this glass fiber mesh is odorless and exhibits impressive fire resistance and negligible water absorption. Its effectiveness across a broad temperature range (from -30C to 550C) ensures reliability in diverse environments, enhancing the lifespan and safety of buildings.

FAQs of Anti Crack Glass Fiber:

Q: How do I install the anti crack glass fiber mesh on walls or ceilings?

A: To install, simply cut the mesh to your required size using standard tools, place it over the intended area (such as joints or surface cracks), and apply plaster, mortar, or adhesive over the mesh. Ensure the mesh is completely embedded for optimal reinforcement.

Q: What are the benefits of using alkali resistant glass fiber mesh in construction?

A: Alkali resistant glass fiber mesh prevents surface cracking, improves plaster adhesion, and enhances the structural stability of walls and ceilings. Its durability, fire resistance, and negligible water absorption make it ideal for long-lasting reinforcement.

Q: When should I use glass fiber mesh during construction or repair?

A: It is best utilized during plastering, wall repairs, ceiling treatments, waterproofing, and when reinforcing joints to prevent future cracks. Apply the mesh before finishing layers to maximize its effectiveness in strengthening and protecting surfaces.

Q: Where can this mesh be applied, and what surfaces is it suitable for?

A: This mesh is suitable for use on concrete walls, ceilings, and plastered surfaces in both new construction and repair projects. Its also effective in waterproofing applications and insulation systems, adaptable to diverse temperature conditions ranging from -30C to 550C.

Q: What makes this anti crack mesh a preferred choice for long-term applications?

A: The meshs excellent tensile strength (over 1000 N/50mm), robust alkali resistant coating, and more than 10-year product life ensure superior durability. Its ability to withstand thermal extremes and maintain integrity without absorbing water provides lasting protection.

Q: How does the fire resistance and water absorption property enhance its usage?

A: Excellent fire resistance increases safety in buildings, while negligible water absorption prevents deterioration caused by moisture, ensuring the mesh continues to reinforce and protect surfaces effectively over time.

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