Engineered for superior strength and flexibility, our expanded metal solutions provide the ultimate foundation for modern architectural and industrial reinforcement.
As a global leader in the metal wire products sector, our expandable metal lath sets the industry benchmark for structural integrity. By employing advanced cold-slitting and stretching techniques, we ensure each panel offers exceptional bond strength and consistent aperture geometry for critical plastering and cladding applications.
Our technical advantage lies in our proprietary alloy treatments and anti-corrosion coating processes. This ensures that our expandable metal lath resists oxidation in extreme environments, providing a lightweight yet incredibly rigid support system that reduces installation time and material waste.
Our commitment to excellence is built on three core technical foundations that ensure every millimeter of mesh meets global standards.
Quantitative evidence of our expanded metal lath's efficiency and global adoption rates.
Detailed engineering data for our expanded metal series,
optimized for global construction standards.
| Material | Thickness (mm) | Mesh Size (mm) | Weight (kg/m²) | Coating | |
|---|---|---|---|---|---|
| EXL-100 Standard | Galvanized Steel | 0.40 | 12x20 | 1.20 | Hot-dip Zinc |
| EXL-200 Heavy | Galvanized Steel | 0.60 | 15x25 | 2.10 | Hot-dip Zinc |
| EXL-300 Marine | SS304 Stainless | 0.50 | 10x15 | 1.80 | Passivated |
| EXL-400 Ultra | SS316 Stainless | 0.80 | 20x30 | 3.20 | Electro-polished |
| EXL-500 Light | Galvanized Steel | 0.30 | 8x12 | 0.80 | Zinc Phosphate |
| EXL-600 Prime | Aluminium Alloy | 1.00 | 15x20 | 1.40 | Anodized |
| EXL-700 Guard | Galvanized Steel | 0.70 | 18x22 | 2.50 | Polymer Coated |
| EXL-800 Elite | SS316L Stainless | 1.20 | 25x35 | 4.10 | Specialized Epoxy |
Note: All specifications are based on standard expansion rates. Custom aperture sizes and thickness are available upon request for specialized architectural requirements.
Real-world applications where our expandable metal lath solved complex structural challenges.
Deployed heavy-duty lath to support curved facade panels, ensuring wind load stability in high-altitude conditions.
Utilized SS316 expandable lath to prevent cracking in shotcrete linings within high-humidity tunnels.
Custom expanded apertures used as a base for high-density acoustic foam installation in a state-of-the-art research lab.
Applied SS316L lath with specialized epoxy coating to resist salt-water corrosion in extreme maritime environments.
Used aluminum expanded lath for decorative exposed ceilings, combining aesthetic appeal with lightweight strength.
Provided high-purity stainless lath as a rigid substrate for antimicrobial epoxy wall coatings in surgery wings.
From architectural facades to industrial filtration, our lath provides the critical structural backbone.
Providing high-tensile reinforcement for shotcrete and rock-bolting systems in deep-shaft mining.
Using food-grade SS304 expandable lath for drainage covers and sterile conveyor supports.
Implementing SS316L lath for acid-resistant cladding and equipment protection guards.
The primary choice for plastering substrates, ensuring crack-free finishes on large surface areas.
Utilizing lightweight aluminum lath for non-structural internal baffles and shielding components.
Serving as the protective mesh for solar panel mounting systems and wind turbine nacelle internals.
Every production batch undergoes stringent quality audits to ensure absolute consistency in mesh dimensions and material purity.
We provide Mill Test Certificates (MTC) for all raw materials, ensuring full transparency from ore to finished lath.
Advanced salt-spray and adhesion tests ensure our coatings last for decades without peeling or oxidation.
Our commitment to global quality standards is validated by third-party certifications and decade-long partnerships.
Expert answers to common technical and commercial inquiries regarding our metal lath.
Join hundreds of global engineering firms that trust our precision-engineered metal solutions for their most critical projects.
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