Skip to content
FREE UK MAINLAND DELIVERY ON 1000s OF PRODUCTS
FREE UK MAINLAND DELIVERY ON 1000s OF PRODUCTS - DELIVERY FROM 24-48HRS*

Bi-Hexagon Socket 3/4in Drive 1.1/4in

Original price £12.99 - Original price £12.99
Original price
£12.99
£12.99 - £12.99
Current price £12.99

excl. VAT

💳 0% APR Finance Available*

Designed for demanding professional use, this Bi-Hexagon Socket 3/4in Drive 1.1/4in from Teng Tools delivers outstanding strength, durability, and torque performance. Manufactured in imperial AF size, this high-quality 12-point socket is ideal for automotive, industrial, and heavy engineering applications where secure fastening is essential.

Crafted from premium chrome vanadium steel with a corrosion-resistant satin finish, this socket offers exceptional wear resistance and long service life. Produced in accordance with ISO 9000 and AS954 specifications, it ensures increased torque while significantly reducing the risk of rounding fasteners. The bi-hex (12-point) design allows for easier fastener alignment and improved engagement, particularly in confined or awkward working areas.

With a 55mm length and 1.1/4in AF size, this 3/4in drive socket provides dependable high-performance fastening for professional tradespeople who require reliability and precision.

AF Size: 1.1/4 inch.
Length: 55mm.

Technical Specification

  • Download Product Technical Data Sheet

  • Product Name: Bi-Hexagon Socket
  • Drive Size: 3/4in Drive
  • Socket Type: Bi-Hex
  • Size (in): 1.1/4in AF
  • Length: 55mm
  • Material: Chrome Vanadium Steel
  • Finish: Satin
  • Manufactured to: ISO 9000 and AS954 Specifications
  • Stock Code: TENM340140
  • Manufacturer: Teng (TEN)
  • Barcode: 5020385134324
  • Product Weight: 0.300kg
  • Width: 50mm
  • Height: 110mm
  • Depth: 50mm
  • VAT Rate: S
  • Quality Assured (ISO9000): Y
  • Minimum Quantity: 1
  • Box Quantity: 1
  • Shelf Life: N/A
  • Terms Cat: 1
  • Bulk Quantity: 0

Net Orders Checkout

Item Price Qty Total
Subtotal £0.00
Shipping
Total

Shipping Address

Shipping Methods