Hammer GEKO G72292 rubber-coated head, 2000 g, steel shaft

Rubber-coated hammer GEKO G72292 with a 2000 g striking weight is a heavy-duty hand tool designed for controlled impact work. The rubber coating on the head reduces rebound and protects the struck surface while the steel shaft provides strength and durability. This model is intended for tasks that require a large striking mass combined with surface protection and better shock absorption.

Advantages

The rubber-coated head reduces bounce and minimizes damage to delicate contact surfaces, allowing more precise blows. The 2000 g head delivers high kinetic energy for heavy-duty striking tasks, while the steel shaft ensures structural integrity under repeated impacts. Enhanced grip and improved shock absorption reduce user fatigue and give better control during extended use. The balanced design supports stable handling and predictable strikes.

Suitable for

• Construction site striking and assembly work
• Metalworking tasks where surface protection is needed
• Demolition tasks requiring controlled, heavy impacts
• Installation of large components and fittings

Key specifications

• Striking weight: 2000 g
• Head finish: rubber-coated for reduced rebound
• Shaft material: steel for increased durability
• Tool type: heavy-duty hammer

How to use

Hold the hammer by the shaft with a firm grip and position the rubber-coated face against the target surface. Swing with controlled motion, using the weight of the head to deliver the required impact rather than excessive arm force. Keep a stable stance and observe safe distances from bystanders. Inspect the rubber coating and shaft before each use for signs of wear or damage and replace the tool if structural integrity is compromised.

Usage recommendations

Use protective equipment such as safety goggles and gloves. Select this 2000 g rubber-coated hammer when you need strong, controlled impacts while minimizing surface damage and rebound. Store in a dry place and avoid exposing the rubber coating to solvents or excessive heat that could degrade the material.