These screws are very resistant to sea water and chemicals. They may have a slight magnetic field and are all passivated for extra defense against oxidation and corrosion. Under the head, screws are inclined to fit flush into countersunk holes.
These screws are lightweight, nonconductive, and resistant to chemicals and oils. They may swell if exposed to moisture. They are positioned flush within countersunk holes at an angle beneath the head.
Compared to other plastic screws, polycarbonate screws are more resilient to breaking in high-impact situations. They are all lightweight, nonconductive, and resistant to chemicals and oils. They are positioned flush within countersunk holes at an angle beneath the head.
PTFE screws can tolerate temperatures as high as 500° F and are more resistant to chemicals than conventional plastic screws. They are positioned flush within countersunk holes at an angle beneath the head.
Compared to conventional plastic screws, these are more dependable in high-stress, high-temperature settings. They can tolerate temperatures as high as 500° F, steam, and water. They are positioned flush within countersunk holes at an angle beneath the head.
These metric screws, which are angled under the head, fit into countersunk holes and are flush with your part's surface.
These metric screws, which are angled under the head, fit into countersunk holes and are flush with your part's surface. They have Dog Point.
In addition to being nonmagnetic and electrically conductive, brass screws also resist rusting well. They are positioned flush within countersunk holes at an angle beneath the head.
A third of the weight of steel screws is made of aluminum, which also resists corrosion well. They are positioned flush within countersunk holes at an angle beneath the head.