Choose your country or region


South Africa

EN

Canada

FR EN

México

ES EN

United States

EN

Australia

EN

China / 中国

ZH EN

India

EN

South Korea / 대한민국

KO EN

Malaysia

EN

Singapore

EN

Taiwan / 台灣

ZH EN

Thailand

TH EN

Australia

VI

Česká Republika

CS EN

Denmark

DA EN

Deutschland

DE EN

España

ES EN

France

FR EN

Ireland

EN

Österreich

DE EN

Polska

PL EN

Schweiz / Suisse / Svizzera

DE FR IT EN

Sweden

SV EN

Netherlands

NL EN

Norway

EN

Global

EN

Vă rugăm să începeți să tastați pentru a primi sugestii.

Rezultatele site-ului

Se încarcă sugestiile.


Sugestii de produse

Se încarcă sugestiile.


Taptite 2000® – Thread-Forming in Metals

TAPTITE 2000® is a thread-forming screw with outstanding mechanical, fastening and ergonomic characteristics. The new version has an innovative new thread design – the Radius Profile™ Thread. The proven TRILOBULAR® principle is maintained while incorporating the beneficial thread design. TAPTITE 2000® fasteners reduce the overall joining costs by eliminating machining operations.

  • Applications
  • Features
Taptite 2000

High-strength pre-tensioned bolted connections with economical assembly for industrial requirements for process-safe assembly.

  • Automotive engineering/chassis engineering
  • Plant and mechanical engineering
  • Vehicle engineering
  • Transport system construction
  • Rail vehicles
  • Engine mountings
  • Supporting structures, etc.

Taptite 2000

Using TAPTITE 2000® ensures that in metal-joining applications, you can eliminate work processes such as forming and the use of additional fastening elements. The trilobular™ cross-section geometry of the shaft of the screw ensures that the thread is chiplessly formed, so that if a repair is needed it can accept a conventional threaded screw.

  • Low forming torque
  • High vibration resistance
  • High pre-load forces
  • Low end-load
  • High assembly reliability
  • 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