Our 4x4 160g Alkali-Resistant Fiberglass Mesh is a high-performance reinforcing material specifically engineered for Exterior Insulation and Finish Systems (EIFS). Manufactured from premium C-glass or E-glass fiber yarn with a high silicate content, this mesh undergoes a specialized weaving process followed by a sophisticated anti-alkali coating and high-temperature heat finishing to ensure maximum durability in harsh alkaline environments.
Designed for versatility and strength, this mesh provides exceptional water resistance, flexibility, and aging resistance. It serves as the ideal structural skeleton for reinforcing walls, plasterboards, and artificial stone, effectively preventing cracks and enhancing the overall structural integrity of building surfaces and renovation projects.
Detailed Parameters
| Base Material | C-glass or E-glass Fiber | Color | White or Custom |
|---|---|---|---|
| Mesh Size | 4x4mm (Standard) | Weight | 60-300g/m² (160g default) |
| Roll Length | 50m or 100m | Roll Width | 1m or Customized |
| Chemical Property | Alkali-resistant & Acid-resistant | Stability | High Dimensional Stability |
| Thermal Properties | Fire Resistant & Thermal Insulation | Water Property | Waterproof & Erosion Resistant |
Key Advantages
Alkali Resistance
Specially treated with anti-alkali agents to resist cement erosion and chemical corrosion effectively.
Aging Resistance
Engineered for long-term durability, resisting degradation over time under various weather conditions.
Dimensional Stability
Difficult to shrink or deform, ensuring smooth positioning and consistency across large surfaces.
Impact Resistance
Strong structural weave that prevents tearing and absorbs impact to protect the wall surface.
Multi-Insulation
Provides superior fire resistance, thermal insulation, and sound dampening properties.
Strong Bonding
Excellent resin bonding capabilities, making it highly compatible with styrene and cementitious coatings.
Product Gallery
Management Platforms
Professional Manufacturing
Direct factory production ensuring strict quality control and competitive pricing.
Flexible MOQ
No minimum order quantity; 1PC is welcome to support small projects and sampling.
Rapid Quoting
Fast response time with standard quotes delivered within 24 hours of inquiry.
Efficient Delivery
Stock items ship in 5 days; custom production takes only 7-10 days.
Custom Packaging
Available in plastic bags, woven bags, or cartons with full OEM support.
End-to-End Service
One-stop service including financial support and complete shipment documentation.
Investment Return Comparison
| Feature | Standard Mesh | Our Alkali-Resistant Mesh |
|---|---|---|
| Cement Compatibility | Low/Risk of Corrosion | High / Fully Alkali-Resistant |
| Crack Prevention | Basic Reinforcement | Advanced Structural Stability |
| Service Life | Short-term (Aging) | Long-term (UV & Aging Resistant) |
| Installation Efficiency | Average | High (Easy to Position & Cut) |
| Total Project Value | Standard | Premium / Higher Durability |
Frequently Asked Questions
It is treated with a specialized anti-alkali coating and high-temperature heat finishing, which prevents the glass fibers from degrading when in contact with the highly alkaline nature of cement and mortar.
Yes, we offer flexible customization. Mesh sizes can be adjusted (e.g., 4x4mm, 5x5mm, 6x6mm) and weights can range from 60g/m² to 300g/m² to meet your specific engineering needs.
Absolutely. It is widely used as a reinforcing material for EPS internal wall insulation boards, GRC panels, and gypsum boards to prevent cracking and increase strength.
We provide two main methods: one roll per plastic bag with two rolls in a woven bag, or one roll per plastic bag with 6-8 rolls per carton. OEM packaging is also available.
C-glass is specifically designed for higher chemical and alkali resistance, while E-glass provides excellent electrical insulation and general strength. Both are available depending on your application.
Common uses include EIFS wall reinforcement, marble back nets, waterproof rolling materials, asphalt roofing, and strengthening skeletons for plastic or rubber products.
