Because the nut on the inside can move, therefore this can even be mounted when there is misalignment with the bottom hole. The nut on the inside has a float 0.3 mm from the center.

Because the nut on the inside can move, therefore this can even be mounted when there is misalignment with the bottom hole. The nut on the inside has a float 0.3 mm from the center.

Because the nut on the inside can move, therefore this can even be mounted when there is misalignment with the bottom hole. The nut on the inside has a float 0.3 mm from the center.

Because the nut on the inside can move, therefore this can even be mounted when there is misalignment with the bottom hole. The nut on the inside has a float 0.3 mm from the center.

Because the nut on the inside can move, therefore this can even be mounted when there is misalignment with the bottom hole. The nut on the inside has a float 0.3 mm from the center.

Because the nut on the inside can move, therefore this can even be mounted when there is misalignment with the bottom hole. The nut on the inside has a float 0.3 mm from the center.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

The outer knurled form is reversed, which allows for high tensile strength and torque strength.

A hexagonal-type press fit nut. Achieves a hight mounting strength using simple press fitting. Can easily perform tapping on thin plates. Can also easily perform tapping at locations that are difficult to weld such as on aluminum plates.