High Construction Efficiency, Stable Stress, And Good Fit To Surrounding Rock
Surface Treatment:
Corrosion-resistant And Durable
Applicable Scenarios:
Tunnels, Mine Roadways, Slopes, And Foundation Pit Support Projects
Product Advantages:
Quick Installation, Strong Anchoring, And High Construction Efficiency
Packaging Details:
Wooden Box
Highlight:
Self Drilling Anchor Plate
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Self Drilling Anchor Bolt
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Integrated Drilling Anchor Plate
Product Description
Self-drilling anchor plate with integrated drilling and anchoring for high construction efficiency
Self-drilling anchor plates are engineered anchoring components that integrate drilling, anchoring, and load transfer functions. Designed for use with self-drilling anchor rods and bolts, these plates efficiently transfer tensile or compressive forces from the anchoring system to the substrate, providing both installation convenience and structural stability.
Design & Functionality
Featuring square or irregular shapes with areas calculated based on anchoring load requirements, these plates distribute concentrated anchor loads across a larger contact surface. This design reduces local pressure and prevents substrate crushing. A precision slot accommodates self-drilling and self-tapping anchor bolts for secure locking.
Working Principle
Drilling Phase
The self-drilling anchor bolt, equipped with a cutting drill bit, connects to the anchor plate interface. Together they rotate and drill into the substrate, eliminating pre-drilling requirements and streamlining construction.
Anchoring Phase
After reaching the preset depth, the anchor bolt locks into the substrate through thread tightening or grouting solidification. The anchor plate maintains tight contact with the substrate surface, creating a reliable load-bearing support point.
Load Transfer Phase
When external loads (such as rock/soil lateral pressure or suspended object weight) are applied, the anchor plate distributes concentrated loads across its entire bearing surface before transferring them to the substrate, preventing excessive local stress and potential anchoring failure.
Applications
Ideal for geotechnical engineering projects including tunnel initial support, slope reinforcement, and foundation pit protection. Particularly suitable for complex geological conditions with drilling challenges, such as fractured rock formations and loose soil.
Core Advantages
High Construction Efficiency: Integrated drilling and anchoring eliminates traditional "drilling - hole cleaning - anchor plate installation" steps, reducing construction time by over 30% in complex geological conditions or confined spaces
Strong Anchoring Stability: Distributed load transfer design minimizes localized substrate damage risk through optimized bearing surface engineering