Striking tools are disclosed that include an aluminum head. Striking surfaces may be securely attached to the head by a bushing or other means. In this way, light weight striking tools may be made with greater durability.

A handle includes an inner core and a gripping portion disposed around the periphery of the inner core, and at least one chamber is formed between the inner core and the gripping portion. A hammering tool includes the handle. When the hammering tool is used for striking, the internal damping slot of the hammerhead can use a damping material as a first buffering and absorb the vibration and impact force of the hammerhead, which are then delivered to the inner core of the handle, the inner damping layer and its chamber serve as a second buffering and absorb the vibration and impact force delivered from the inner core of the handle, and finally, the outer damping layer serves as a third buffering and absorbs the vibration and impact force delivered from the inner damping layer.

A handle includes an inner core and a gripping portion disposed around the periphery of the inner core, and at least one chamber is formed between the inner core and the gripping portion. A hammering tool includes the handle. When the hammering tool is used for striking, the internal damping slot of the hammerhead can use a damping material as a first buffering and absorb the vibration and impact force of the hammerhead, which are then delivered to the inner core of the handle, the inner damping layer and its chamber serve as a second buffering and absorb the vibration and impact force delivered from the inner core of the handle, and finally, the outer damping layer serves as a third buffering and absorbs the vibration and impact force delivered from the inner damping layer.

Striking tools are disclosed that include a handle and a head. Striking surfaces may be securely attached to the head. In this way, lighter weight striking tools may be made with greater durability.

Striking tools are disclosed that include a handle and a head. Striking surfaces may be securely attached to the head. In this way, lighter weight striking tools may be made with greater durability.

A hammer is provided that includes a handle, a head, a striking insert, and a claw. The hammer provides for a head with a keyed hole to couple to a keyed projection on a striking insert. The head also includes a dovetail projection that couples to the dovetail connection of the claw. Each component may comprise a different material. For example, the striking insert and the claw comprise one material, and the handle and the head comprise another material. In some embodiments, a slotted punch with a magnetic retainer creates a bore through the face of the head and the striking insert to support a fastener (e.g., a nail) within the head.

A shock absorbing hammer includes a head and a handle connected to the head. At least one recessed portion is located on each cheek of the head and abutted to the handle.

A shock absorbing hammer includes a head and a handle connected to the head. At least one recessed portion is located on each cheek of the head and abutted to the handle.

A replaceable hitting structure for a hammer contains: a body, a handle extending downwardly from a middle portion of the body, and at least one hitting block connected with the body. The body includes an accommodation extension arranged on one end thereof, a housing groove defined in the accommodation extension, and a peripheral trench defined in the housing groove. Each hitting block includes a hammering face formed on a first side thereof, a connecting face arranged on a second side thereof, a coupling post extending outwardly from the connecting face and accommodated in the housing groove, a fixing notch defined on an outer wall of the coupling post, and a positioning ring retained in the fixing notch. When the coupling post is housed in the housing groove, the positioning ring contacts with the peripheral trench of the body, and the connecting face engages with the accommodation portion.

A replaceable hitting structure for a hammer contains: a body, a handle extending downwardly from a middle portion of the body, and at least one hitting block connected with the body. The body includes an accommodation extension arranged on one end thereof, a housing groove defined in the accommodation extension, and a peripheral trench defined in the housing groove. Each hitting block includes a hammering face formed on a first side thereof, a connecting face arranged on a second side thereof, a coupling post extending outwardly from the connecting face and accommodated in the housing groove, a fixing notch defined on an outer wall of the coupling post, and a positioning ring retained in the fixing notch. When the coupling post is housed in the housing groove, the positioning ring contacts with the peripheral trench of the body, and the connecting face engages with the accommodation portion.