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The Hammer Drive Anchor (also known as Hammering Anchor or Drive Pin Anchor) is a high-efficiency mechanical anchor bolt designed for rapid, reliable anchorage in solid substrates like C25+ concrete and dense stone. Its streamlined structure—featuring a slotted expansion sleeve, tapered core rod, and striking end—relies on mechanical expansion to create a tight, load-bearing bond without chemical curing or complex tools.

Ideal for time-sensitive projects and batch installations, this concrete anchor bolt eliminates the waiting time of chemical alternatives, delivering immediate stability for medium-to-low load applications. Whether securing brackets, equipment bases, or support structures, it balances simplicity and performance, making it a staple in construction, MEP, and industrial settings.
The Hammer Drive Anchor (also known as Hammering Anchor or Drive Pin Anchor) is a high-efficiency mechanical anchor bolt designed for rapid, reliable anchorage in solid substrates like C25+ concrete and dense stone. Its streamlined structure—featuring a slotted expansion sleeve, tapered core rod, and striking end—relies on mechanical expansion to create a tight, load-bearing bond without chemical curing or complex tools.

Ideal for time-sensitive projects and batch installations, this concrete anchor bolt eliminates the waiting time of chemical alternatives, delivering immediate stability for medium-to-low load applications. Whether securing brackets, equipment bases, or support structures, it balances simplicity and performance, making it a staple in construction, MEP, and industrial settings.
Unlike torque-dependent or chemical anchors, the Hammer Drive Anchor installs in under 30 seconds per unit with just a drill and hammer. No mixing nozzles, injection guns, or curing periods are required—critical for fast-track construction, emergency repairs, or large-scale projects where speed directly impacts deadlines.
Upon hammering, the tapered core rod expands the sleeve instantly, creating immediate anchoring force. This eliminates the hours-long curing wait of chemical anchor bolts, allowing immediate loading—essential for urgent fixes like temporary structural bracing or equipment setup.
Its simple two-component structure (expansion sleeve + tapered pin) reduces material costs compared to undercut or chemical anchors. By cutting out consumables and specialized tools, it lowers total project expenses while maintaining reliability.
Available in galvanized steel (standard), stainless steel A2/A4 (corrosive environments), and nylon (insulation needs), it adapts to diverse conditions. Sizes range from M6 to M20+, covering applications from small shelving to medium-duty equipment bases. The standardized drill-clean-insert-hammer process requires minimal training, reducing human error.
Unlike torque-dependent or chemical anchors, the Hammer Drive Anchor installs in under 30 seconds per unit with just a drill and hammer. No mixing nozzles, injection guns, or curing periods are required—critical for fast-track construction, emergency repairs, or large-scale projects where speed directly impacts deadlines.
Upon hammering, the tapered core rod expands the sleeve instantly, creating immediate anchoring force. This eliminates the hours-long curing wait of chemical anchor bolts, allowing immediate loading—essential for urgent fixes like temporary structural bracing or equipment setup.
Its simple two-component structure (expansion sleeve + tapered pin) reduces material costs compared to undercut or chemical anchors. By cutting out consumables and specialized tools, it lowers total project expenses while maintaining reliability.
Available in galvanized steel (standard), stainless steel A2/A4 (corrosive environments), and nylon (insulation needs), it adapts to diverse conditions. Sizes range from M6 to M20+, covering applications from small shelving to medium-duty equipment bases. The standardized drill-clean-insert-hammer process requires minimal training, reducing human error.
• Materials: Galvanized steel (rust-resistant for general use), stainless steel A2/A4 (for marine/chemical environments), nylon (for non-conductive light loads).
• Sizes: Diameters from M6 to M20+, with length options including 6*45, 8*70, 10*100, 12*120, and 20*150 (matching substrate thickness and load demands).
• Substrate Compatibility: Exclusively for solid concrete (≥C25), dense stone, or robust masonry—performance diminishes in hollow or weak materials.
• Installation Hole Requirement: Hole diameter equals anchor diameter; depth must exceed embedment by ¼” to ensure expansion space.
• Load Capacity: Engineered for medium-to-low static loads (verify for high-vibration applications). Stainless steel variants offer enhanced tensile strength for corrosive settings.
| Hammering Anchor | |
| Model | Model |
| 6*45 | 12*72 |
| 6*60 | 12*80 |
| 8*50 | 12*90 |
| 8*70 | 12*100 |
| 10*50 | 12*120 |
| 10*80 | 16*100 |
| 10*90 | 16*120 |
| 10*100 | 16*150 |
| 10*120 | 20*130 |
| 12*60 | 20*150 |
• Materials: Galvanized steel (rust-resistant for general use), stainless steel A2/A4 (for marine/chemical environments), nylon (for non-conductive light loads).
• Sizes: Diameters from M6 to M20+, with length options including 6*45, 8*70, 10*100, 12*120, and 20*150 (matching substrate thickness and load demands).
• Substrate Compatibility: Exclusively for solid concrete (≥C25), dense stone, or robust masonry—performance diminishes in hollow or weak materials.
• Installation Hole Requirement: Hole diameter equals anchor diameter; depth must exceed embedment by ¼” to ensure expansion space.
• Load Capacity: Engineered for medium-to-low static loads (verify for high-vibration applications). Stainless steel variants offer enhanced tensile strength for corrosive settings.
| Hammering Anchor | |
| Model | Model |
| 6*45 | 12*72 |
| 6*60 | 12*80 |
| 8*50 | 12*90 |
| 8*70 | 12*100 |
| 10*50 | 12*120 |
| 10*80 | 16*100 |
| 10*90 | 16*120 |
| 10*100 | 16*150 |
| 10*120 | 20*130 |
| 12*60 | 20*150 |
The most common use case: securing pipe hangers, cable trays, HVAC duct supports, and fire sprinkler brackets to concrete beams or slabs. It also anchors small electrical panels and pump bases reliably.
Ideal for non-primary connections like platform railings, ladder brackets, and canopy plates. It temporarily stabilizes precast concrete elements (walls, stairs) during installation before permanent fastening.
Anchors medium-duty storage racks (drive-in/narrow-aisle types) to concrete floors, preventing overturning. It secures conveyor supports, operating platform legs, and small tank bases in manufacturing plants.
Fixes road signs, small signal poles, and tunnel cable trays. For architecture, it secures curtain wall adapter plates (when pre-embedded parts are misaligned) and interior decorative elements like signage frames.
The most common use case: securing pipe hangers, cable trays, HVAC duct supports, and fire sprinkler brackets to concrete beams or slabs. It also anchors small electrical panels and pump bases reliably.
Ideal for non-primary connections like platform railings, ladder brackets, and canopy plates. It temporarily stabilizes precast concrete elements (walls, stairs) during installation before permanent fastening.
Anchors medium-duty storage racks (drive-in/narrow-aisle types) to concrete floors, preventing overturning. It secures conveyor supports, operating platform legs, and small tank bases in manufacturing plants.
Fixes road signs, small signal poles, and tunnel cable trays. For architecture, it secures curtain wall adapter plates (when pre-embedded parts are misaligned) and interior decorative elements like signage frames.
Our team provides detailed installation manuals, video tutorials, and hole-sizing charts to ensure compliance with standards—critical for maximizing the Hammer Drive Anchor’s performance. We also offer substrate assessment advice to avoid installation errors.
We supply tailored sizes (beyond standard M6-M20+) and material grades (e.g., high-grade stainless steel for coastal projects) to meet unique project needs.
Contact our experts via phone (+86-186-2526-3814) or email (sales@tedunzg.com) for troubleshooting. We also offer FAQs and on-demand technical consultations to resolve installation or performance questions.
Our team provides detailed installation manuals, video tutorials, and hole-sizing charts to ensure compliance with standards—critical for maximizing the Hammer Drive Anchor’s performance. We also offer substrate assessment advice to avoid installation errors.
We supply tailored sizes (beyond standard M6-M20+) and material grades (e.g., high-grade stainless steel for coastal projects) to meet unique project needs.
Contact our experts via phone (+86-186-2526-3814) or email (sales@tedunzg.com) for troubleshooting. We also offer FAQs and on-demand technical consultations to resolve installation or performance questions.