Spaces and nuts can be mounted by only press fitting them onto the printed circuit board.

Spaces and nuts can be mounted by only press fitting them onto the printed circuit board.

Spaces and nuts can be mounted by only press fitting them onto the printed circuit board.

Spaces and nuts can be mounted by only press fitting them onto the printed circuit board.

Spaces and nuts can be mounted by only press fitting them onto the printed circuit board.

Spaces and nuts can be mounted by only press fitting them onto the printed circuit board.

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

A fastener that can be used for a wide range of sheet metal housings. [Features] · When press-fitted, the hexagonal flange portion distorts the substrate and causes it to flow into the tapered section. · This produces a strong pushing force that enables high torque at the hexagonal section to be achieved. · Stainless steel screws can be embedded into aluminum sheets using a regular pneumatic or hydraulic press. · No special tools required. · After embedding, there is no protrusion from either th

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.

Able to obtain high retention force. Reduces work hours and costs drastically, and eliminates pitching shift during assembly.