Rubber Mallet YATO YT-4605, rubber head, wooden handle, 345 mm length, 980 g

YATO YT-4605 is a rubber mallet with a rubber head and a wooden handle, designed for impact tasks that require controlled, non-marring strikes. With an overall length of 345 mm and a head weight totaling 980 g, this tool balances force and surface protection for woodworking, assembly and light demolition where delicate finishes must be preserved.

Advantages

The rubber head delivers firm impact without digging into or damaging finished surfaces, while the wooden handle offers shock absorption and a secure grip. The head width of 122 mm increases the contact area for even force distribution, reducing the risk of concentrated damage. The combination of materials provides a reliable tool for repeated tapping and adjustment tasks.

Suitable for

• Woodworking joinery and fitting
• Assembly of furniture and cabinetry
• Adjusting and aligning components without marring
• Light demolition where surface protection is required
• Workshop maintenance and installation tasks

Key specifications

• Head material: rubber
• Handle material: wood with finished surface
• Overall length: 345 mm
• Head width: 122 mm
• Head weight: 980 g

How to use

Hold the wooden handle near its midpoint or end for comfortable leverage and aim the rubber head at the workpiece. Deliver measured blows rather than excessive force to avoid unintended movement; the rubber face is intended to transfer impact energy while protecting surfaces. For tasks requiring more delicate control, use lighter taps and reposition the contact area as needed. Inspect the rubber face before use to ensure it is clean and free of deep cuts or embedded debris that could scratch finished surfaces.

Usage recommendations

Store the mallet in a dry place away from direct sunlight to prevent premature hardening or cracking of the rubber. Clean the rubber head after use and avoid striking sharp metal edges directly with the rubber face. Replace the tool if the rubber shows significant wear or the handle becomes loose to maintain safe and effective operation.