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T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
  • T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11
T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11

T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11

£37.49 GBP
Taxes included. Shipping calculated at checkout.

The Beta Tools T-Handle Wrench with Swivelling Hexagon Socket 11mm - Beta Tools 952 11, is designed for quick and efficient screwing operations. Its articulated joint ensures long-lasting functionality without the need for adjustments, making it a reliable tool for professionals.

Specifications:

  • Hexagon Size (?): 11 mm
  • Diameter (Ø): 15.8 mm
  • Socket Depth (A): 8.0 mm
  • Overall Length (L): 400 mm
  • Handle Length (L1): 160 mm
  • Norms: UNI 6743

Features:

  • Swivelling Mechanism: Allows the socket to be pre-positioned at an angle of up to 50°, providing flexibility in tight spaces.
  • Effort Reduction: Reduces tightening effort to 90° in a fixed position during use, enhancing efficiency.
  • Adjustable Sliding Handle: Can be stopped in the required position, with a safety catch to prevent the handle from coming out.
  • Triple Size Marking: Clearly marked on the head for easy identification and use.

The Beta Tools 952 11 T-Handle Wrench is perfect for professionals who need a versatile, efficient, and durable tool for quick, repeated screwing operations. Its ergonomic design and robust construction make it a dependable choice for achieving optimal results in various applications.