Wiha 80250 Dead Blow Hammer 2 in Face Polyurethane Head

Product Description

The WIHA 80250 is a dead blow hammer built for trade professionals who need controlled, rebound-free striking force without damaging work surfaces. The head is molded from polyurethane, a material that absorbs impact energy and eliminates the bounce-back common with steel or rubber hammers. The steel handle is fitted with an anti-vibration ergonomic cushion grip that reduces fatigue during repeated use. The 2-inch face delivers a broad strike zone, and the overall length of 14-3/8 inches provides balanced swing mechanics for confined or open work areas. Replacement faces are available and install via a quick press-fit, making field servicing straightforward.

This hammer is well suited for HVAC, plumbing, electrical, and general mechanical service work where marring sensitive components is a concern. Common applications include seating ductwork connections, driving gaskets, aligning flanges, and persuading stuck fittings or panels without leaving tool marks. It performs equally well in residential service calls and light commercial installations where a technician needs a reliable, low-rebound striking tool on hand.

Key Features

• Polyurethane head eliminates rebound and protects finished or sensitive surfaces
• Replaceable faces via quick press-fit allow low-cost field maintenance
• Steel handle with anti-vibration ergonomic cushion grip reduces hand fatigue
• 2-inch face diameter provides a wide, controlled strike zone
• 14-3/8 inch overall length balances reach and control in tight spaces

Compatibility

Designed as a general-purpose dead blow hammer compatible with standard replacement polyurethane faces for press-fit dead blow hammer heads of matching face diameter.

Installation Notes

Dead blow hammers are used by HVAC technicians, plumbers, electricians, and mechanical contractors in place of steel hammers when surface protection is required. No power source or lockout is required for the tool itself, but always de-energize or depressurize the system being serviced before striking any component. To replace a worn face, press the old face out and seat the new face firmly by hand or with light bench pressure — no adhesives required. Inspect the head and handle for cracks or separation before each use and remove the tool from service if damage is found.