THREAD FORMING / THREAD ROLLING

FRECCIA_1FRECCIA_2

TAPTITE 2000® FASTENERS

High performance thread rolling screws specially designed to lower your in-place fastening costs.
Taptite 2000® screws form internal threads into plain holes in ductile materials upon initial installation, which:
– Eliminates the need to pre-tap the nut member
– Reduces problems associated with assembling screws and bolts into pre-tapped holes, such as cross-threading
          • Features
            Trilobular™ Configuration
            Radius Profile™ Thread
            Roll Forms Own Work-hardened Mating Threads
            Available with TORX PLUS® Drive System
          • Benefits
            Reduces friction
            Increases prevailing torque
            Resists loosening caused by vibration
            Lower end load requirements
            Lowers thread forming torque without sacrificing performance
            Higher, more uniform drive-to-fail ratio
            Increased drive-to-strip ratio
            Resist internal thread stripping
            Excellent axial alignment
            Results in higher strength internal threads due to the cold flow/work hardening that occurs during the forming of the nut thread
            Significantly extends tool life
            Ideal drive system for maximum torque transfer
          • Design Guidelines
            Thread Style: Radius Profile™ thread with twin-lead helix angle
            Head Styles: Undercut head
            Drive Systems: All styles available; TORX PLUS® Drive System recommended
            Point Style: Standard Taptite® point; also available in SP™ (short point) and CA point
            Materials: Low carbon steel, medium carbon steel, alloy steel, stainless steel
            Finishes: Will accept all typical finishes
          • Features
            Trilobular™ Configuration
            Radius Profile™ Thread
            Roll Forms Own Work-hardened Mating Threads
            Available with TORX PLUS® Drive System
          • Benefits
            Reduces friction
            Increases prevailing torque
            Resists loosening caused by vibration
            Lower end load requirements
            Lowers thread forming torque without sacrificing performance
            Higher, more uniform drive-to-fail ratio
            Increased drive-to-strip ratio
            Resist internal thread stripping
            Excellent axial alignment
            Results in higher strength internal threads due to the cold flow/work hardening that occurs during the forming of the nut thread
            Significantly extends tool life
            Ideal drive system for maximum torque transfer
          • Design Guidelines
            Thread Style: Radius Profile™ thread with twin-lead helix angle
            Head Styles: Undercut head
            Drive Systems: All styles available; TORX PLUS® Drive System recommended
            Point Style: Standard Taptite® point; also available in SP™ (short point) and CA point
            Materials: Low carbon steel, medium carbon steel, alloy steel, stainless steel
            Finishes: Will accept all typical finishes