Geohex is a high-strength, permeable ground stabilization system designed for demanding mining and industrial environments where surface stability, durability, and traffic performance are critical. Used internationally across heavy-duty applications, Geohex provides reinforced ground surfaces for vehicle access, equipment movement, and operational zones while maintaining drainage and reducing surface degradation.


Mining sites place extreme demands on ground surfaces due to heavy loads, repetitive traffic, and harsh operating conditions.
Common challenges include:
Reliable ground stabilization is essential to maintain safety and operational efficiency.
Geohex reinforces the surface layer and helps distribute loads while allowing water to drain naturally through the system.
Stabilizes ground under heavy-duty vehicle and equipment traffic
Maintains permeability and drainage
Reduces rutting and surface failure
Supports repetitive traffic in controlled environments
Faster to install than traditional hard surfaces
Adaptable to temporary or semi-permanent site requirements
Geohex is commonly used in mining and industrial environments, including:
Final installation details depend on traffic type, frequency, and site conditions.

Construction and civil applications commonly align with Commercial or Heavy-Duty & Industrial performance groupings, depending on vehicle type, load frequency, and site conditions. Detailed base guidance, installation cross-sections, load classifications, and CAD drawings are available in the Technical Hub.

In mining environments, Geohex supports:
Geohex USA works through authorized distributors and provides technical support to assist with mining and industrial applications. Our team can support performance selection, installation guidance, and access to technical documentation.
Technical Note:
Geohex performance groupings are provided as general guidance only. Final design and installation requirements should be determined by a qualified professional based on site conditions and applicable regulations.