
HandHelmet Chisel Grip
Engineered Hand Protection for Struck-Tool Operations
The HandHelmet® Chisel Grip is an industrial engineering control designed to protect workers during chiseling and struck-tool tasks. In construction, heavy engineering, fabrication, mining, and maintenance environments, hand injuries frequently occur due to hammer mis-strikes, tool slippage, vibration exposure, and uncontrolled impact.
This grip system physically increases the distance between the operator’s fingers and the strike zone, while absorbing impact energy and minimizing vibration transmission. It is not just a comfort accessory — it is a safety upgrade designed to remove hands from the primary hazard path.
Why It’s a Critical Safety Upgrade
Chiseling operations present three primary risks:
Direct hammer impact to fingers
Tool slippage during high-force strikes
Long-term vibration-induced fatigue
The HandHelmet® Chisel Grip addresses each through engineered design, combining impact resistance, vibration dampening, and anti-slip handling in one integrated solution.
Core Features
Impact-Resistant Construction
Manufactured from high-density, impact-resistant polymer designed to withstand up to 15 kN impact load, suitable for heavy-duty industrial applications.
Shock-Absorbing Elastomer Layer
Integrated dampening layer reduces vibration transmission by up to 65%, lowering fatigue and repetitive strain risk.
Finger Clearance Design
Extends the operator’s grip point away from the hammer strike zone, reducing direct finger exposure.
Heat Resistance up to 200°C
Performs reliably in hot work environments, shutdown operations, and fabrication sites.
Anti-Slip, Oil & Dust-Resistant Surface
Textured grip ensures secure handling in wet, oily, or debris-filled environments.
Universal Chisel Compatibility
Designed to fit standard metal, masonry, and concrete chisels.
Washable & Reusable
Chemical-resistant and easy to maintain without degradation in performance.
Technical Specifications
Parameter | Details |
|---|---|
Product Name | HandHelmet® Chisel Grip |
Product Type | Industrial Safety Grip for Chisels |
Material | High-density polymer with elastomer dampening layer |
Dimensions | 150 × 50 × 45 mm (Custom sizes available) |
Weight | Approx. 200 grams |
Impact Resistance | Up to 15 kN |
Vibration Reduction | Up to 65% dampening efficiency |
Temperature Resistance | Up to 200°C |
Grip Surface | Anti-slip, oil & dust-resistant |
Compatibility | Standard industrial chisels |
Color Options | Safety Yellow, Black, Custom |
Industry Applications
Construction
Masonry and brick chiseling
Concrete breaking and precision cutting
Renovation and structural modification
Heavy Engineering & Fabrication
Metal shaping and surface preparation
Equipment adjustment and structural alignment
Mining & Quarrying
Stone breaking in rugged environments
High-impact struck-tool operations
Maintenance & Repair
Emergency onsite chiseling tasks
Shutdown and turnaround operations
Operational Benefits
Enhanced Worker Protection
Removes fingers from direct strike paths — the leading cause of struck-tool hand injuries.
Reduced Fatigue & Vibration Exposure
Minimizes strain during repetitive impact tasks.
Improved Control & Precision
Stable grip surface improves accuracy and confidence.
Durability in Harsh Conditions
Built for high-frequency industrial use.
Compliance with Safety Programs
Functions as an engineering control, not just PPE, supporting zero-injury initiatives.
Engineering Control Advantage
Unlike gloves (which are PPE), the HandHelmet® Chisel Grip is an engineering control. It reduces risk by design — physically separating hands from the hazard instead of relying solely on worker behavior or protective gear.
Inspection & Maintenance Guidelines
Inspect before use for cracks, deformation, or excessive wear.
Remove from service if damaged.
Wash and clean regularly to maintain grip performance.
Designed for Zero-Accident Worksites
Struck-tool injuries are preventable when exposure is engineered out of the task. The HandHelmet® Chisel Grip transforms traditional chiseling into a controlled, safer operation by combining impact resistance, vibration reduction, and ergonomic design.
It is not just a grip — it is a proactive step toward eliminating hand injuries in industrial environments.


