Your shopping cart is empty!
Image | Product + | Brand | Price | Availability | Qty |
M6 Nyloc Nuts Type 'T' Zinc Plated (Pack of 500) [Grade 10]Product Code: HX06-NN-ZT10 |
HX Fixings |
£10.76
Ex VAT: £8.97 |
3 Days |
|
|
M8 Nyloc Nuts Type 'T' Zinc Plated (Pack of 1,000) [Grade 10]Product Code: HX08-NN-ZT10 |
HX Fixings |
£41.64
Ex VAT: £34.70 |
3 Days |
|
|
M10 Nyloc Nuts Type 'T' Zinc Plated (Pack of 200) [Grade 10]Product Code: HX10-NN-ZT10 |
HX Fixings |
£18.10
Ex VAT: £15.08 |
3 Days |
|
|
M12 Nyloc Nuts Type 'T' Zinc Plated (Pack of 100) [Grade 10]Product Code: HX12-NN-ZT10B |
HX Fixings |
£14.59
Ex VAT: £12.16 |
3 Days |
|
|
M16 Nyloc Nuts Type 'T' Zinc Plated (Pack of 50) [Grade 10]Product Code: HX16-NN-ZT10 |
HX Fixings |
£14.80
Ex VAT: £12.33 |
3 Days |
|
|
M18 Nyloc Nuts Type 'T' Zinc Plated (Pack of 100) [Grade 10]Product Code: HX18-NN-ZT10 |
HX Fixings |
£73.27
Ex VAT: £61.06 |
3 Days |
|
|
M20 Nyloc Nuts Type 'T' Zinc Plated (Pack of 25) [Grade 10]Product Code: HX20-NN-ZT10 |
HX Fixings |
£14.16
Ex VAT: £11.80 |
3 Days |
|
|
M22 Nyloc Nuts Type 'T' Zinc Plated (Pack of 50) [Grade 10]Product Code: HX22-NN-ZT10 |
HX Fixings |
£69.00
Ex VAT: £57.50 |
3 Days |
|
|
M24 Nyloc Nuts Type 'T' Zinc Plated (Pack of 25) [Grade 10]Product Code: HX24-NN-ZT10 |
HX Fixings |
£24.53
Ex VAT: £20.44 |
3 Days |
|
|
M27 Nyloc Nuts Type 'T' Zinc Plated (Pack of 25) [Grade 10]Product Code: HX27-NN-ZT10 |
HX Fixings |
£68.02
Ex VAT: £56.68 |
3 Days |
|
|
M30 Nyloc Nuts Type 'T' Zinc Plated (Pack of 25) [Grade 10]Product Code: HX30-NN-ZT10 |
HX Fixings |
£95.95
Ex VAT: £79.96 |
3 Days |
|
|
M36 Nyloc Nuts Type 'T' Zinc Plated (Pack of 10) [Grade 10]Product Code: HX36-NN-ZT10 |
HX Fixings |
£80.18
Ex VAT: £66.82 |
3 Days |
|
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.