Spanish (Mexico)ResiMesh: Reinforcement and stabilization for resin bound surfaces
Eliminate the need for a structural base.
The Ace ResiMesh system offers a revolutionary, faster, and more cost-effective solution for resin bound surfacing installations.
Overview:
The Ace ResiMesh system offers a revolutionary, faster, and more cost-effective solution for resin bound surfacing installations. This system streamlines installation by eliminating the need for a structural base, thereby accelerating project completion and reducing labor costs. Ace ResiMesh is a specially engineered reinforced composite that serves multiple functions, such as an isolation layer for overlay installations or as a replacement for traditional structural sub-bases, negating the requirement for tarmac or concrete. It is particularly effective in mitigating the risk of cracking.
Contractor-Friendly Solution:
Ace ResiMesh is designed to be user-friendly, enabling contractors to manage the entire resin bound installation process independently, reducing the reliance on specialized professionals for tarmac, concrete, or other structural base installations.
Functional Benefits:
- Reinforcement (R): Enhances structural integrity
- Stress Relief (STR): Reduces stress within the pavement
- Specification (S): Prevents contamination from soil
Composition:
- Material: Glass filament grid structure
Key Benefits
- Crack Mitigation: Ideal for overlaying cracked concrete or tarmac, blocks or pavers, significantly reducing the risk of reflection cracking.
- Ease of Installation: The supple fabric design stays flat with no ripples when rolled out and is easy to cut and handle on-site.
- CWA Compliance: Allows water to permeate through, ensuring Clean Water Act compliant surfacing.
- Section Reduction: Can be installed directly onto crush and run, eliminating the need for additional layers.
- Thickness Efficiency: No need to increase the depth of the resin bound surface during installation.
- Ground Stability: Suitable for installation onto unstable ground, reducing the risk of cracking.
