Nyloc Flange Nuts Zinc Plated


Nyloc  Flange  Nuts  Zinc  Plated
  • Flange head to save the need for a separate washer
  • The nylon component has a smaller inside diameter than the actual nut.
  • The nuts are zinc-plated for increased resistance to corrosion.
  • Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

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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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M5 Nyloc Flange Nuts Zinc Plated (Pack of 2,000) [DIN6926]


Product Code: HX05-NFN-Z

HX Fixings

£4.55
Ex VAT: £3.79
3 Days

M6 Nyloc Flange Nuts Zinc Plated (Pack of 1,000) [DIN6926]


Product Code: HX06-NFN-Z

HX Fixings

£3.76
Ex VAT: £3.13
3 Days

M8 Nyloc Flange Nuts Zinc Plated (Pack of 1,000) [DIN6926]


Product Code: HX08-NFN-Z

HX Fixings

£5.21
Ex VAT: £4.34
3 Days

M10 Nyloc Flange Nuts Zinc Plated (Pack of 200) [DIN6926]


Product Code: HX10-NFN-Z

HX Fixings

£3.65
Ex VAT: £3.04
3 Days

M12 Nyloc Flange Nuts Zinc Plated (Pack of 200) [DIN6926]


Product Code: HX12-NFN-Z

HX Fixings

£4.13
Ex VAT: £3.44
3 Days
  • Flange head to save the need for a separate washer
  • The nylon component has a smaller inside diameter than the actual nut.
  • This locks the nut in place by squeezing the nylon firmly around the bolt when tightened.
  • Unlike a standard locking washer, the nyloc nut prevents the nut from loosening under vibration as the nylon is tightly wedged into the bolt threads and provides resistance to turning when tightened.
  • The nuts are zinc-plated for increased resistance to corrosion.
  • Their hexagonal shape is designed to be driven by a wrench (spanner) and provides excellent torque when done so.

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.