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Wedgelock Nut Delta Protekt Finish


Wedgelock  Nut  Delta  Protekt  Finish
  • Wedge lock nuts provide a high-quality, user-friendly bolt securing system for the most demanding of applications and is ideal for repeated use.
  • The captive and rotary combination of nut and the wedge lock washers makes securing your bolted joints more efficient, effectiveand easier even under the most extreme vibrations and dynamic loads.

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When out of stock, any availability times are estimates and dependent upon supplier stock. Items without a lead time have no confirmed status and may take up to 12 weeks to arrive.
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M6 Wedgelock Nut Delta Protekt Finish (Pack of 100)


Product Code: HX06-DPWLN-Z

HX Fixings

£146.81
Ex VAT: £122.34
3 Days

M8 Wedgelock Nut Delta Protekt Finish (Pack of 100)


Product Code: HX08-DPWLN-Z

HX Fixings

£188.75
Ex VAT: £157.29
3 Days

M10 Wedgelock Nut Delta Protekt Finish (Pack of 50)


Product Code: HX10-DPWLN-Z

HX Fixings

£144.20
Ex VAT: £120.17
3 Days

M12 Wedgelock Nut Delta Protekt Finish (Pack of 50)


Product Code: HX12-DPWLN-Z

HX Fixings

£180.89
Ex VAT: £150.74
3 Days

M16 Wedgelock Nut Delta Protekt Finish (Pack of 25)


Product Code: HX16-DPWLN-Z

HX Fixings

£179.58
Ex VAT: £149.65
3 Days
  • Wedge lock nuts provide a high-quality, user-friendly bolt securing system for the most demanding of applications and is ideal for repeated use.
  • The captive and rotary combination of nut and the wedge lock washers makes securing your bolted joints more efficient, effectiveand easier even under the most extreme vibrations and dynamic loads.

APPLICATION:

On all manner of bolting applications.

Can be used with all types of bolts.

Zinc coatings prevent oxidation of the protected metal to create a longer lasting finish. It does this by forming a barrier and by acting as a sacrificial anode if this barrier is damaged. Zinc oxide is a fine white dust that (in contrast to iron oxide) does not trigger a breakdown of the substrates surface integrity as it is formed. The zinc oxide, if left intact, can act as a barrier to further oxidation, in a way similar to the protection afforded to aluminum and stainless steels by their oxide layers.