Ultra Low Profile Screws
Ultra-thin head screw that are 77% thinner than conventional pan head which makes possible flat external surface and contributes low-profile design and weight saving.
These screws feature a reliable TORX drive that facilitates more reliable installation and support smaller and lighter design.
With the miniaturisation of a large number of products, this has become an invaluable addition to the range of screws.
With a flattened fastening face, this supports layers of parts.
The Hexalobular Torx drive provides a slip-less and easy fixing. Stainless Steel provides long life and corrosion resistance.
Applications:
-For flat surface design without head edge
-For smooth appearance design
In installation where the part does not permit deep enough holes to make a countersunk.
The large diameter heads of the low-profile screws have been engineered to spread the load across a wide surface to provide greater holding power in thinner material applications. These offer a sleek, unobtrusive and polished finish for any design.
Saves space and permits flexible design, especially in weight and space sensitive applications such as drones, electric scooters, aerospace and medical equipment.
Available in Stainless Steel AISI 304 grade
Sizes: M2 to M6
Now also available in Black Coated Finish
This finish is very useful in reducing light reflection from parts and providing an integrated finish to black coloured products and parts.
These screws have a permanent black colour with exceptional strength and elasticity that does not chip, peel, craze, or rub off and provides good resistance to wear and abrasion.
Datasheet Download Ultra Low Profile Screws
Usage Guidelines
- Always keep the tightening torque within the recommended torque range. This will prevent screw and joint failure. Consult the product datasheet for details. Using a torque enabled driver is recommended.
- Check tapped hole with thread plug gauge before assembly to ensure perfect installation.
- Use a good quality Hexalobular bit and check that there is no excessive play before applying torque.