Please note that the items with a 3 day delivery are not stock items and lead times may vary due to on-going logistics issues around the UK.
We can confirm the lead times of products by calling our sales team on 0800 009 6949, using live chat when available or emailing sales@fixingsmegastore.co.uk.


M6 Cup Point Socket Set Screws Zinc Plated


Image Product + Brand Price Availability Qty

M6x6 Cup Point Socket Set Screws Zinc Plated (Pack of 1,000) [Grade 14.9]


Product Code: FM06-006CUPS-Z

HX Fixings

£15.62
Ex VAT: £13.02
3 Days

M6x8 Cup Point Socket Set Screws Zinc Plated (Pack of 1,000) [Grade 14.9]


Product Code: FM06-008CUPS-Z

HX Fixings

£18.05
Ex VAT: £15.04
3 Days

M6x10 Cup Point Socket Set Screws Zinc Plated (Pack of 1,000) [Grade 14.9]


Product Code: FM06-010CUPS-Z

HX Fixings

£25.02
Ex VAT: £20.85
3 Days

M6x12 Cup Point Socket Set Screws Zinc Plated (Pack of 1,000) [Grade 14.9]


Product Code: FM06-012CUPS-Z

HX Fixings

£18.90
Ex VAT: £15.75
3 Days

M6x16 Cup Point Socket Set Screws Zinc Plated (Pack of 500) [Grade 14.9]


Product Code: FM06-016CUPS-Z

HX Fixings

£18.46
Ex VAT: £15.38
3 Days

M6x20 Cup Point Socket Set Screws Zinc Plated (Pack of 500) [Grade 14.9]


Product Code: FM06-020CUPS-Z

HX Fixings

£18.42
Ex VAT: £15.35
3 Days

M6x25 Cup Point Socket Set Screws Zinc Plated (Pack of 200) [Grade 14.9]


Product Code: FM06-025CUPS-Z

HX Fixings

£14.84
Ex VAT: £12.37
3 Days

M6x30 Cup Point Socket Set Screws Zinc Plated (Pack of 200) [Grade 14.9]


Product Code: FM06-030CUPS-Z

HX Fixings

£19.01
Ex VAT: £15.84
3 Days
  • Cup point socket set screws.
  • Manufactured to DIN916 standards.
  • Zinc plated for increased resistance to corrosion

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.