- REMFORM® II HS™: High strength thread forming screw for fiber-reinforced plastics (Flexural Modulus between 3000MPa and 9000MPa) providing high clamping force and pull-out resistance.
- REMFORM®: Thread forming screw designed for standard thermoplastics, for ductile and medium plastics (Flexural Modulus <3000MPa). It provides low forming torque and high stripping resistance.
- REMFORM® II F™: Thread forming screw for very hard plastics (Flexural Modulus >9000MPa) or thermoset materials, and assemblies with short engagement depth.
Select the option that best matches your requirements to proceed to the next step.
Great, you are threading into thin sheet metal, you can choose from:
- FASTITE® 2000™ - TRILOBULAR® Thread forming screw designed specifically for thin sheet metal. The best option for fast installation, high stripping resistance and assured high clamping force.
- TAPTITE 2000® - TRILOBULAR® thread forming screw that eliminate tapping operations and offer excellent mechanical properties in thicker gauge metals.
- METRIC – Standard metric thread screws for pre-tapped holes or nut assemblies; can always be replaced by a more efficient solution.
Select the option that best matches your requirements to proceed to the next step.
If you are threading into aluminum, magnesium and light alloys, you can choose from:
- TAPTITE 2000® - TRILOBULAR® thread forming screws that eliminate tapping operations and offer excellent mechanical properties.
- POWERLOK® - TRILOBULAR® locking screws to prevent loosening in tapped holes.
- REMFORM®II F™ - Thread forming screws for magnesium assemblies or aluminum profiles with open holes.
- METRIC - Standard metric thread for tapped holes or nuts; can be always replaced by a more efficient solution.
Select the option that best matches your requirements to proceed to the next step.
FASTITE® 2000™ screws are the best alternative to self-tapping screws, rivets, and caged nuts. The unique FASTITE® 2000™ thread rolling screws are the best cost-effective solution for joining steel and aluminium thin sheets with untapped holes. It offers a strong mechanical joint with excellent pull-out and vibration loosening resistance.
FASTITE® 2000™ screws solve common fastening problems when joining thin metal sheet, assuring clamping force and stripping resistance whilst offering opportunities for cost reduction.
Standard metric screws for pre-tapped holes. Assemblies with metric screws could show problems of vibrational loosening and missalignment, that that cause cross threading.
Metric screws can be always replaced by a more efficient solution to ensure vibrational loosening resistance and avoid cross threading during installation.
TRILOBULAR® POWERLOK® screws are recommended to solve loosening problems in tapped holes, especially in the assembly of components under severe vibration conditions and expansion/contraction cycles.
Main benefits:
- Immediate and continuous locking action. Do not lose their efficiency in high operating temperatures.
- Reduction of in-place fastening cost by eliminating the need for additional locking elements, such as adhesive patches, locking washer, etc.
- Excellent vibration loosening resistance. POWERLOK® screw meets the standards of regulation IFI 524.
- POWERLOK® thread design ensures continued locking effectiveness after repeated insertions and removals.
REMFORM® thread forming screws offer a more resistant, secure and ergonomic assembly, while offering great savings on in-place fastening costs. Recommended for direct assembly in standard thermoplastics requiring:
- High clamping force
- High resistance to vibration loosening
- High pull-out resistance
- Minimal radial tension, reducing the risk of boss bursting
REMFORM® II F™ thread forming screw is the best solution for the assembly of:
- Very hard materials such as glass fiber-reinforced plastics, thermoset materials, phenolic resin, ...
- Aluminum extruded profiles with open holes
REMFORM® II F™ is also recommended for the assembly of thermoplastics where the length of engagement is lower than optimal.
REMFORM® II HS™ (High Strength) thread forming screws are recommended for direct assembly in high strength or fiber-reinforced plastics with great opportunities for cost reduction. Main benefits are:
- High clamping force
- High resistance to vibration loosening
- High pull-out resistance
- Minimal radial tension, reducing the risk of boss bursting
TAPTITE 2000® high performance thread rolling TRILOBULAR® screws offer many opportunities to reduce your in-place fastening costs, avoiding tapping operations and providing excellent mechanical properties.
The TRILOBULAR® design improves the thread forming process and strengthens the assembly into holes drilled, punched or cast in aluminum or light alloys. Main benefits:
- Excellent pull-out and vibration loosening resistance
- Higher clamping force and high prevailing torque
- Eliminate cross-threading
- Reduce the total cost of assembly
TAPTITE PRO® high performance thread rolling TRILOBULAR® screws offer many opportunities to reduce your in-place fastening costs, avoiding tapping operations and providing excellent mechanical properties.
The TRILOBULAR® design improves the thread forming process and strengthens the assembly into holes drilled, punched or cast in aluminum or light alloys. Main benefits:
- Excellent pull-out and vibration loosening resistance
- Higher clamping force and high prevailing torque
- Eliminate cross-threading
- Reduce the total cost of assembly
TRILOBULAR® POWERLOK II® screws are recommended to solve loosening problems in tapped holes, especially in the assembly of components under severe vibration conditions and expansion/contraction cycles.
Main benefits:
- Immediate and continuous locking action. Do not lose their efficiency in high operating temperatures.
- Reduction of in-place fastening cost by eliminating the need for additional locking elements, such as adhesive patches, locking washer, etc.
- Excellent vibration loosening resistance. POWERLOK® screw meets the standards of regulation IFI 524.
- POWERLOK® thread design ensures continued locking effectiveness after repeated insertions and removals.
