REMFORM® screw

The most efficient screw for plastic assemblies.
  1. Benefits
  2. Downloads & Service
  3. Custom-made screws
  4. Products in stock
  5. Hole configuration

When to choose REMFORM® screw?

REMFORM® thread-forming screws offer a more resistant, secure and ergonomic assembly, while offering great savings on in-place fastening costs.

REMFORM® screws are recommended in assemblies that require:

  • High assembly torque, either with hard plastics or very deep assemblies.
  • High clamping force.
  • High pull-out resistance.
  • High resistance to vibration loosening.

Benefits

Their unique asymmetric thread form is the main feature of REMFORM® screws that provides the following important benefits:

  • Less radial deformation on the plastic reduces risk of boss bursting.
  • Very low thread forming torque values offers ergonomic assembly. 
  • High pull-out resistance.
  • High resistance to vibration loosening and stripping.
  • Higher breaking torque which allows for higher assembly torque.

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

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Downloads & Services

Samples
3D CAD Files

Screw design specifications

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

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

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

Our team of experts is ready to support you.

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Products in stock

RF81T

REMFORM® Zinc plated screw, Pan head TORX®

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RF82T

REMFORM® Zinc plated screw, Countersunk head TORX®

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RF87T

REMFORM® Zinc plated screw, Pan head flange TORX®

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RFX81T

REMFORM® Zinc plated screw, Pan head TORX®, INOX A2

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RF81TP

REMFORM® Zinc plated screw, Pan head TORX PLUS®

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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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