AlkaliResistant Fiberglass Mesh Plaster Netting China Factory Suppliers
Our premium Fiberglass Mesh Plaster Netting is an advanced alkali-resistant reinforcement fabric engineered for high-performance construction and decoration. Manufactured using professional C or E glass fiber yarn through specialized weaving techniques and treated with a high-temperature anti-alkali coating, this material ensures superior structural integrity and prevents cracking in diverse architectural applications.
Designed for maximum versatility, this mesh provides exceptional resistance to acids, alkalis, and chemical erosion, making it the ideal choice for reinforcing internal and external walls, natural marble, plasterboards, and External Insulation and Finish Systems (EIFS). Its high tensile strength and dimensional stability guarantee long-term durability for building surface renovations and modern construction projects.
Detailed Parameters
| Material | 100% High-Quality Fiberglass | Standard Colors | White, Orange |
|---|---|---|---|
| Custom Colors | Blue, Green, Yellow, etc. | Standard Length | 50m (Customizable) |
| Standard Width | 1m (Customizable) | Mesh Sizes | 4x4mm, 5x5mm, 6x6mm |
| Weight Range | 60g/m² - 300g/m² | Coating | Alkali-Resistant Agent |
| Glass Yarn Type | C Glass / E Glass Fiber | Treatment | High Temperature Heat Finishing |
Key Advantages
Chemical Stability
Excellent resistance to acids, alkalis, water, and cement erosion, ensuring longevity in harsh environments.
High Strength
High modulus and lightweight design provide superior tensile strength and impact resistance.
Dimensional Stability
Hard and flat structure that resists contraction, deformation, and positioning shifts during application.
Multi-Functional Protection
Provides effective fire resistance, heat preservation, and sound insulation for modern interiors.
Eco-Friendly & Durable
Naturally anti-mildew and insect-repellent, reducing maintenance costs for building facades.
Strong Bonding
Superior resin bond strength and solubility in styrene for seamless integration with mortar.
Product Gallery
Management Platforms
Manufacturing Process
Integrated workflow: Drawing yarn → Twisting → Adjusting warp → Weaving → Coating → Packing.
Custom Packaging
Flexible options: Plastic bags with woven bags or specialized cartons (6-8 rolls per carton).
Rapid Quoting
Professional response system ensuring all inquiries are quoted within 24 hours.
Production Logistics
Efficient shipping by sea with a standard delivery lead time of 7-10 days post-payment.
Quality Assurance
Strict guarantee that mass production quality matches approved pre-order samples.
Expert Support
Specialized technical team to assist from purchase consultation to on-site application.
Application Guidelines (Weight vs. Use)
| Mesh Weight | Primary Application | Core Benefit |
|---|---|---|
| 75g / m² | Thin Slurry Reinforcement | Eliminates small surface cracks |
| 110g / m² | Indoor/Outdoor Walls | Prevents material expansion cracks |
| 145g / m² | EIFS Systems | High-pressure surface stability |
| 160g / m² | Insulator Layer Mortar | Absorbs temperature shrinkage |
| Custom Weight | Specialized Engineering | Tailored strength requirements |
Frequently Asked Questions
Our mesh is treated with a specialized anti-alkali coating and reinforced agents through high-temperature heat finishing, preventing the glass fibers from degrading when in contact with alkaline cement.
Yes, we offer fully customizable specifications. While our standard width is 1m and mesh sizes are 4x4mm to 6x6mm, we can adjust these to meet your exact engineering requirements.
For External Insulation and Finish Systems (EIFS), we recommend the 145g/m² mesh fabric, as it is specifically designed to prevent cracking under surface pressure and mixed materials.
We welcome all order sizes. There is no strict MOQ; even a single piece (1PC) is acceptable, making us an ideal partner for both small renovations and large-scale projects.
The mesh acts as a reinforcement skeleton within the plaster or mortar, distributing stress and absorbing movements caused by temperature changes or material expansion, thus preventing ruptures.
If the product is in stock, we can deliver within 5 days. For custom production or out-of-stock items, the standard production lead time is 7 to 10 days.
