Ultimate Zrh06 Shock Reduced Riveting Hammer Collection [8Qh9cJNq]

ZRH06 Shock Reduced Riveting Hammer

The ZRH06 Shock Reduced Riveting Hammer is a cutting-edge tool designed for professionals seeking high performance with minimal vibration. This innovative hammer is engineered to provide exceptional tooling capabilities while ensuring operator comfort and efficiency. Its core feature lies in the effective air cushion behind the hammer piston, which significantly reduces vibration during use. This design not only enhances the user's experience but also prolongs the tool's lifespan.

Key Product Features

The ZRH06 riveting hammer boasts several key features that make it a standout choice in the market. Firstly, it is compatible with the RRH series, allowing for easy part interchangeability and versatility. The streamlined profile and adjustable power provide users with the flexibility to tackle a wide range of tasks. Additionally, the hammer is equipped with a universal swivel air inlet joint, which ensures the best maneuverability in tight spaces. These features make the ZRH06 a versatile and efficient tool for various applications.

Product Specifications and Benefits

The ZRH06 riveting hammer is a precision tool with a range of specifications that cater to the needs of professional users. With a chisel shank opening of 0.401 inch and a bore diameter of 15.24 mm, it is capable of handling a variety of rivet sizes. The piston stroke of 102 mm and blows per minute of 2160 B.P.M ensure rapid and efficient riveting. The overall length of 225 mm and a net weight of 1.33 kg make it easy to handle and maneuver. The air inlet is 1/4 PT, and the air hose inner diameter is 9.5 mm, providing compatibility with a wide range of air supply systems. The ZRH06 is perfect for use in industries such as construction, automotive, and metalworking, where reliable and efficient riveting is essential. Its advanced features and robust construction make it a valuable asset for any professional looking to enhance their work efficiency and reduce vibration-related fatigue.