Aluminium rivets - Import export

The BZ 2 - a high quality, modern hand tool in an appealing design for the processing of blind rivets up to 5.0 mm (aluminum). The plier has an excellent transmission and is characterized by a very good ergonomics. It is supplied in sales packaging in transparent , attractive blister with perforation .

In the processing of blind rivets, the lever tool BZ 70 covers the range from 3.0 up to 6.0 mm (aluminum). The main focus of this type of tool is on an especially durable and robust construction for daily use in workshops or on construction sites. Supplied in an impact-resistant plastic case. The replacement nosepieces are stored in a locked box integrated in the mandrel container.

For years our "classic" among the hand rivet tools. A hand tool with opening spring -robust and reliable for the processing of blind rivets up to 5.0 mm (aluminum) in everyday use . With retension mechanism for the rivet mandrel. It stays in the toll in all phases of the riveting process, so that the tool can easily be handled with one hand, while the other hand fixes the working piece. It is supplied in sales packaging in transparent , attractive blister with perforation .

In the processing of blind rivets, the lever tool BZ 72 covers the range from 4.0 up to 8.0 mm (aluminum). The main focus of this type of tool is on an especially durable and robust construction for daily use in workshops or on construction sites. Supplied in an impact-resistant plastic case. The replacement nosepieces are stored in a locked box integrated in the mandrel container.

The lazy tong rivet tool BZ 58 can process blind rivets with a diameter up to 6.4 mm (aluminum) reliably and powerfully. Nose pieces for chancing are inserted directly in the tool and are so always accessible. The tool has a comfortable handle with which the force can be optimally implemented. A typical application is the processing of large amounts of blind rivets into floors.

Hammer stroke or drive rivets are set by driving the mandrel into the rivet body (e.g. by means of a hammer). This causes the lower end of the rivet body to expand and allows riveting components with openend boreholes and also riveting of blind-end boreholes.This riveting technology is suitable for the most diverse material combinations. For blind-end boreholes, a trial is necessary in order to establish the optimum rivet length based on the component characteristics and the firmness requirements.