Raised Countersunk Self Tapping Screws
Raised, countersunk self-tapping screws, available in a variety of diameters, lengths, head types, and all at competitive prices. Also known as ‘Self Tappers’ they can be used with a variety of materials. A raised countersunk head, which protrudes above the materials surface, offers more of an aesthetic finish.
Manufactured in bright zinc plated (BZP) and A2 stainless steel, both offer certain levels of resistance to corrosion. Available at a competitive price with bulk discounts available across the range.
- Metric - A2 Stainless Steel Pozi Raised Countersunk Self Tapping Screws - DIN 7983C Z
- Metric - BZP Pozi Raised Countersunk Self Tapping Screws - DIN 7983C Z
- Metric - A2 Stainless Steel Slot Raised Countersunk Self Tapping Screws - DIN 7973C
- Metric - BZP Slot Raised Countersunk Self Tapping Screws - DIN 7973C
What are Raised Countersunk Self Tapping Screws?
Raised, Self-Tapping Countersunk Screws, are a type of fastener designed to join various materials together. The range of self-tapping screws have the ability to cut their own thread when screwed into the materials surface.
What are Raised Countersunk Self Tapping Screws used for?
Self-Tapping Screws, with a raised countersunk head, can be used with a range of materials. These include wood, metal, and plastic. The self-tapping screws are best used to join two different materials together and cut their own thread into the material. When used with metal, a pilot hole will be needed to get them started. The raised, countersunk head on the screws will sit proud of the materials surface which allows for a more aesthetic look.
What are Raised Countersunk Self Tapping Screws made from?
Raised, countersunk Self-Tapping Screws, like other varieties of self-tappers, are primarily manufactured from bright zinc plating (BZP) or A2 stainless steel. Both varieties have corrosion resistant properties, but the A2 stainless steel screws are more suited to the long-term resistance to corrosion and the best choice for external use.