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Fibreglass Mesh Roll

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Fibreglass Mesh Roll Specification

Shape
Roll

Usage & Applications
Prevents cracks, reinforces cement, plaster, marble, or mosaic, used in insulation systems

Coating Type
Acrylic or Polymer Alkali Resistant

Glass Type
E-glass

Temperature
Up to 600C

Thickness
0.3 mm

Thermal Conductivity
Low

Density
110 Gram per cubic centimeter(g/cm3)

Material
Fibreglass

Application
Wall and ceiling reinforcement, tile fixing, EIFS (Exterior Insulated Finish System), waterproofing

Technique
Woven

Surface Treatment
Alkali Resistant Coating

Dimension (L*W*H)
50 m x 1 m roll

Tensile Strength (Warp/Weft)
1250 N/5 cm

Roll Weight
5.5 kg approx

UV Resistance
Yes

Storage Conditions
Dry, ventilated area

Packing Type
Shrink Wrapped Roll

Colour
White

Elongation at Break
2.5%

Moisture Resistance
Excellent

Flame Retardant
Yes

Mesh Size
5 x 5 mm

About Fibreglass Mesh Roll

We import Fibre Glass Mesh ranging from 45 gsm to 350 gsm are made nonalkaline, with high quality special glass yarns. The required chemical and physical characteristics as well as dimensional stability are achieved through special alkaline resistant finishes. Providing a proper use and observance of the plaster manufacturers working in building construction, this reinforcement fibre glass fabrics offer maximum security against tension. The reinforcement grids are highly unaffected by temperature, have excellent strength and an extreme resistance to alkali. The frequent occurring tensions in ceilings and walls are well compensated by the fabrics to prevent in the plaster. Fiber Glass Mesh is an ideal engineering material in construction and can be easily used to reinforce cement, stone, wall material, roofing, bitumen, gypsum, and so on. Alkali Resistant Fiber Glass Mesh is used for Internal & External Plaster Reinforcement .

Product name:
Fiberglass alkali-resistant mesh/ fiberglass reinforcing mesh with & without Black marking threads of both sides

Description:

The fiberglass alkali-resistant mesh is on the basis of alkali-resistant or
C-glass or E-glass woven fabric, then coated by acrylic acid copolymer liquid.

Features:

Good alkaline-resistance,
High strength,
Excellent alkali and acid resistance,
Good cohesion,
Excellent in coating.

Application:

Wall-reinforce
Out-side wall heat insulation and waterproof,
Reinforcement of plastic, bitumen, plaster, marble, mosaic, etc.
Ideal engineering material in construction.

Specification :

Width	4, 6, 8, 100 cm 200 cm
Roll length	50 100 mtrs
Color	White(standard), blue, yellow, green, red or as required by customer
Mesh size	2.52.5 mm, 33 mm, 44 mm, 45 mm, 55 mm, 88 mm, 10*10 mm.
Weight	45gsm~600gsm

Engineered for Lasting Reinforcement

Constructed from premium E-glass fibres with a 5 x 5 mm mesh, this woven fibreglass mesh offers robust tensile strength and elongation. The acrylic or polymer alkali-resistant surface treatment ensures optimal bonding and durability, making it highly effective in demanding reinforcement applications like cement, plaster, and mosaic.

Advanced Protection in Any Setting

Our fibreglass mesh is both flame retardant and UV-resistant, making it suitable for indoor and outdoor use. It delivers excellent moisture resistance and maintains its structure in environments up to 600C. Shrink-wrapped packaging helps preserve its quality during storage, and its lightweight, roll-shaped design simplifies handling.

Versatile Applications for Builders and Renovators

Ideal for insulation systems, EIFS, tile fixing, and preventing cracks in walls and ceilings, this mesh adapts to diverse projects. Its low thermal conductivity and 0.3 mm thickness make it an optimal reinforcement solution for residential, commercial, or industrial applications throughout India.

FAQs of Fibreglass Mesh Roll:

Q: How does fibreglass mesh roll reinforce walls and ceilings?

A: The fibreglass mesh roll provides structural strength to plaster, cement, or insulation layers by distributing stress evenly and minimizing the risk of surface cracking. Its high tensile strength and elongation capacity help absorb movement, enhancing the durability and integrity of walls and ceilings.

Q: What are the benefits of using an alkali-resistant coated fibreglass mesh?

A: The alkali-resistant coating, made from acrylic or polymer, protects the mesh from chemical reactions commonly found in cement-based materials. This ensures long-term adhesion, prevents mesh degradation, and extends the lifespan of reinforcement in construction applications.

Q: Where can this fibreglass mesh be used effectively?

A: This product is suitable for use in wall and ceiling reinforcement, tile installations, EIFS (Exterior Insulated Finish Systems), waterproofing, insulation systems, and crack prevention in plaster, marble, or mosaic. Its UV and flame resistance broaden its application to both interior and exterior settings.

Q: When should I use this mesh in my construction process?

A: Apply the mesh during the preparation or reinforcement stage, typically before the final plaster, tile adhesive, or insulation layer is applied. It integrates seamlessly with wet mortar or adhesives, providing stability as the material cures.

Q: What is the process for installing the fibreglass mesh roll?

A: Cut the mesh to the desired length, embed it into a fresh layer of adhesive or mortar using a trowel, and smooth it out to eliminate wrinkles. Ensure proper coverage and overlap seams by at least 10 cm where necessary for continuous reinforcement.

Q: How does the meshs thermal conductivity and density contribute to construction?

A: The low thermal conductivity helps improve insulation, reducing heat transfer through walls or ceilings. The 110 g/cm3 density ensures optimum strength while maintaining lightweight handling, facilitating quick and easy onsite applications.

Q: Can the mesh be stored outdoors or in humid areas?

A: To preserve product quality, store rolls in a dry, ventilated area away from direct sunlight and excessive humidity. The shrink-wrapped packaging offers added protection, but optimal storage conditions help prevent damage before use.

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