REMFORM® II HS™ screw

The best in its class for highly demanding plastic assemblies.

When to choose REMFORM® II HS™ screw?

How does it work?

REMFORM® II HS™ screws form their own threads and create a strong nut member into reinforced plastics.

  • Minimal radial tension during thread forming minimize the risk of overstressing the plastic. It allows for bosses with thinner walls.
  • Its optimized thread design provides excellent material contact which results in high resistance to stripping and vibrational loosening resistance.
  • It allows for a reduction in screw diameter and/or length.

REMFORM® II HS™ screw benefits

  • The optimized design of its asymmetrical thread provides a more ergonomic assembly and increases resistance to pull-out forces, vibration loosening and stripping.
  • The low radial forces minimize the risk of overstressing and cracking of the plastic. It allows for bosses with less external diameter, which offers great opportunities for cost reduction.
  • High torsional strength of REMFORM® II HS™ fasteners ensures a high torque failure, which is an advantage when the fastener is used with high strength or fiber-reinforced thermoplastic.
  • It allows a higher assembly torque and the possibility to work with deeper assemblies without increasing the screw diameter.

Need to get in touch? Contact us to discuss your application.

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Downloads & Services

Screw design specifications

We produce customized REMFORM® II HS™ screws to fit your exact requirements. To improve their functionality, REMFORM® II HS™ screws can be produced under different head designs, recess, dimensions and coating configuration. 

For further information on the options available, please contact our application engineers.

Additionally, we offer a wide range of REMFORM® II HS™ screws in stock for immediate delivery.

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Boss Design Guidelines

In order to ensure a safe installation and stable clamping force, it's relevant to pay attention to the boss design.

The recommended dimensions for core hole diameter and length of engagement are available at Design Guidelines.

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