We’ve upgraded Alisouq for a faster, smoother experience

ALI SOUQ PORTAL L.L.C
Registered Address: 600 Al Wasl Road, Jumeirah 3, Dubai, UAE
Customer Support: +971 54 306 4845
Email: customerservice@alisouq.com
We’ve upgraded Alisouq for a faster, smoother experience

Registered Address: 600 Al Wasl Road, Jumeirah 3, Dubai, UAE
Customer Support: +971 54 306 4845
Email: customerservice@alisouq.com
(incl. VAT)
1–3 business days (Dubai) | 3–5 business days (Other Emirates)
14-day returns (conditions apply)
loading...
Increase in assembly productivity When elements are joined using hexalobular (TX) fasteners, the force is transmitted over a large surface area across the flanks of the drive rather than being centred on one point, as is the case with hexagon socket drives, for example. This has a number of advantages: Low tool wear Tool does not slip because force is distributed optimally Notice Due to their head geometry, these screws can only be subjected to limited loads; see DIN EN ISO 3506-1
Hexalobular screw with flattened half round head and collar DIN 34805-2, TX drive, A2-070 stainless steel Thread type x nominal diameter: M4 Length: 12 mm Head diameter: 9.4 mm Head height: 2.45 mm Internal drive: TX20 Standards: DIN 34805-2 Material: Stainless steel A2 Property class: 070 Surface: Plain Head type: Button head with collar Head details: With collar Drive type: Internal hexalobular Thread type: Metric thread Thread form: Standard metric thread Thread design: Full thread Product class: A RoHS-compliant: Yes show more ... show less ... See product details Show similar products
Increase in assembly productivity When elements are joined using hexalobular (TX) fasteners, the force is transmitted over a large surface area across the flanks of the drive rather than being centred on one point, as is the case with hexagon socket drives, for example. This has a number of advantages: Low tool wear Tool does not slip because force is distributed optimally Notice Due to their head geometry, these screws can only be subjected to limited loads; see DIN EN ISO 3506-1