Fiberglass Pruducts For Construction Field
Fiberglass For Construct Field
GRC and Concrete Reinforcement Process
Spray-up GRC Process
In the spray-up process, continuous AR-fiberglass rovings are fed into a handheld spray gun, chopped into short lengths, and combined with a cement slurry. The mixture is sprayed into a mold to create high-strength, thin-walled architectural panels.
Premix GRC Process
Chopped fiberglass strands are mixed directly into the concrete or mortar matrix before casting. This reinforcement creates a three-dimensional network that prevents cracking and increases the toughness of precast components.
Ar Fiberglass Roving for GRC Spraying
Ar Fiberglass Roving for GRC Spraying is specially designed for GRC spray-up processes. It contains a high Zirconia (ZrO2≥16.5%) content, providing excellent acid and alkali resistance in cement environments. It delivers superior mechanical properties and long-term durability for architectural facades.
Product Model/Features
| Product Code | Product Features | Typical Application |
|---|---|---|
| 2400 | High ZrO2 content, easy chopping, and excellent integrity | GRC wall panels and architectural ornaments |
End-Use Markets
(Chemistry and Chemical/Infrastructure/Marine/Petrochemical/Building and Construction)
AR Chopped Strands for Concrete Reinforcement
AR Chopped Strands are coated with specialized sizing and are compatible with various cementitious binders. They are designed to prevent micro-cracking in concrete, offering excellent dispersion and water resistance in flooring and mortar applications.
Product Model/Features
| Product Code | Product Features | Typical Application |
|---|---|---|
| 6mm | Fine fiber diameter, excellent surface finish | Plastering and specialty mortars |
| 12mm | High dispersion, alkali-resistant, prevents shrinkage cracks | Floor screeds and precast concrete |
| 18mm | Superior impact resistance, enhanced toughness for thick sections | Industrial flooring, road pavements, tunnel linings |
End-Use Markets
(Chemistry and Chemical/Infrastructure/Marine/Petrochemical/Building and Construction)
Building Exterior and Interior Wall Construction
This process involves reinforcing the wall system with fiberglass products. For exterior walls (EIFS), fiberglass mesh provides a “steel skeleton” to prevent cracking due to thermal expansion and contraction. For interior drywall, self-adhesive tape is used for joint treatment, ensuring a seamless and stable surface before the final coating.
Fiberglass Reinforcing Mesh
Fiberglass Reinforcing Mesh is treated with alkali-resistant liquid and is compatible with base-coat mortars. It features high tensile strength and low stretch, ensuring the long-term stability of exterior wall insulation systems.
Product Model/Features
| Product Code | Product Features | Typical Application |
|---|---|---|
| 130gsm | Light weight, high cost-effectiveness, easy to handle | Interior wall reinforcement and plastering |
| 145gsm | Balanced flexibility and strength, excellent alkali resistance | Standard Exterior Insulation Systems (EIFS) |
| 160gsm | Heavy-duty reinforcement, "Gold Standard" for EIFS | High-quality exterior facades and structural reinforcement |
| 160gsm | Extra high impact resistance, superior tensile strength | Ground floor walls and high-traffic areas |
End-Use Markets
(Infrastructure)
Fiberglass Self-Adhesive Tape
Fiberglass Self-Adhesive Tape features a strong pressure-sensitive adhesive, allowing for fast and easy application on wall joints and cracks. It provides a reliable bond and prevents future cracking in drywall, plasterboard, and other building surfaces without the need for pre-plastering.
Product Model/Features
| Product Code | Product Features | Typical Application |
|---|---|---|
| 60gsm | Lightweight and thin, easy to overlap, high flexibility | Standard drywall joints and fine crack repair |
| 65gsm | Balanced tensile strength and thickness, easy application | Professional wall construction and joint treatment |
| 75gsm | Heavy-duty reinforcement, superior tear resistance | High-stress wall joints and corner reinforcement |
End-Use Markets
(Infrastructure)
Waterproofing and Roofing Process
Fiberglass roofing tissue acts as the essential substrate in waterproofing membranes. The tissue is continuously fed into a bitumen bath and fully saturated with modified bitumen. This reinforcement provides the membrane with superior dimensional stability and rot resistance for harsh environmental conditions.
Fiberglass Roofing Mat
Non-woven fiberglass tissue offers uniform thickness and excellent porosity, ensuring fast bitumen absorption. It is the ideal carrier for SBS and APP modified bitumen membranes used in roofing and underground engineering.
Product Model/Features
| Product Code | Product Features | Typical Application |
|---|---|---|
| 50gsm | Lightweight, excellent porosity, uniform distribution | SBS/APP waterproofing membranes |
| 90gsm | High tensile strength, superior dimensional stability | Heavy-duty roofing and bridge decks |
| Reinforcement | Scrimp reinforced, ultra-high tear resistance | Specialized infrastructure waterproofing |
End-Use Markets
(Infrastructure)
