Crafted with a high-strength Q235/Q355 steel core wrapped in a water-swellable polymer sleeve, the anchor activates on contact with moisture (groundwater, construction water, or manual irrigation). The polymer sleeve expands radially by ≥300% within 5-10 minutes, filling the drill hole tightly to generate 8-12 Tons of anchoring force. This friction-based support ensures stable bonding with rock, soil, or concrete, making it ideal for complex geological conditions where traditional anchors struggle.
The product is ISO9001 certified and complies with international standards including ISO 898-1, ASTM A325, and EU CE, ensuring seamless integration into global projects. We offer flexible customization to meet diverse requirements:
- Standard diameters: 12mm (PM12), 14mm, 16mm (PM16), with customization range of 10-20mm.
- Standard lengths: 100mm, 200mm, 300mm, extendable up to 800mm.
- Polymer sleeve options: Standard (0-60℃), heat-resistant (up to 80℃ for high-temperature mines), low-temperature (down to -40℃ for permafrost regions).
- Surface treatments: Hot-dip galvanizing (430-600g/㎡), epoxy coating (for coastal corrosion resistance), or bare steel (cost-effective for dry environments).
- Tool-Free Installation: No hydraulic pumps or heavy machinery required, reducing labor costs by 40% and simplifying operation in narrow spaces (e.g., small tunnels).
- Rapid Anchoring: Polymer expansion in 5-10 minutes shortens construction time, ideal for fast-paced overseas projects.
- High Safety Factor: Excellent shear resistance (minimum breaking load 110-240 kN) and stable anchoring force, with no material loss or environmental pollution.
- Wide Adaptability: Suitable for soft rock, broken zones, dry deserts, humid coastal areas, and permafrost regions—adapting to diverse global geological conditions.
- Cost-Effective: Lightweight design reduces transportation costs; long service life (≥10 years) lowers maintenance and replacement expenses.