Through a unique mixing structure design, it achieves thorough mixing and uniform coating of the anchoring agent, reducing the consumption of anchoring agent by over 20% compared with conventional rock bolts, thereby directly lowering material costs.
It eliminates the need for additional manual mixing of the anchoring agent, cutting the installation time per bolt by more than 40%, significantly improving construction efficiency and reducing labor costs for underground operations.
It can be equipped with a galvanized anti‑corrosion process, extending the service life of the bolt body by more than two times, and reducing the frequency and cost of subsequent replacement and maintenance.
Through a unique mixing structure design, it achieves thorough mixing and uniform coating of the anchoring agent, reducing the consumption of anchoring agent by over 20% compared with conventional rock bolts, thereby directly lowering material costs.
It eliminates the need for additional manual mixing of the anchoring agent, cutting the installation time per bolt by more than 40%, significantly improving construction efficiency and reducing labor costs for underground operations.
It can be equipped with a galvanized anti‑corrosion process, extending the service life of the bolt body by more than two times, and reducing the frequency and cost of subsequent replacement and maintenance.