Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Tubular rivets are made from seamless drawn precision tubing. Compared to deep drawn hollow rivets, this has the advantage that both inner and outer diameters at the shank, are exactly cylindrical with consistent wall thickness. Tubular rivets are ...
Semi-tubular rivets according to DIN 660 or based on it are used in various industries such as construction, electrical and electronics industry as well as mechanical engineering. In these applications, semi-tubular rivets according to DIN 660 can ...
Countersunk rivets according to DIN 661 or similar are used in various industries such as construction, electrical and electronics industry and mechanical engineering. In these applications, DIN 661 countersunk rivets can create a reliable and ...
Flat round rivets according to DIN 661 or similar are used in various industries such as construction, electrical and electronic industry as well as mechanical engineering. In these applications, flat round rivets according to DIN 661 can create a ...
Spacers are used in printed circuit boards (PCBs) to ensure a defined distance between different layers of the PCB or between the PCB and the enclosure or other components. The use of spacers helps to prevent electrical and mechanical issues that can ...
Collar sleeves have chamfered ends or are smoothly cut and are typically used as support and sleeve bushings, as well as spacer elements.
Collar sleeves have chamfered ends or are smoothly cut and are typically used as support and sleeve bushings, as well as spacer elements.
Terminal pins are drawn in or tapered on one side and cut off smoothly on the other side. They are mainly used in the electrical industry as connecting elements, plugs or solder connections.
Rolled sheet metal collar sleeves can be used as support and hose sleeves, as spacers as well as soldering terminals.