Machine Screws

Compared to button head screws made of stainless steel, these alloy steel screws are almost twice as strong. 

 Stainless steel screws are more resistant to corrosion from chemicals and sea water. For extra defense against oxidation and corrosion, all are passivated. Screws could have a slight magnetic field. 

These button head screws, which are made of brass, are electrically conductive, nonmagnetic, and resistant to corrosion in damp conditions. 

These titanium screws are renowned for their excellent strength-to-weight ratio, making them around 40% lighter and just as strong as alloy steel. They can withstand chemicals, acids, and salt water. 

These screws, which are made in accordance with Japanese Industrial Standards, are shorter and thinner than typical Phillips pan head screws. They can be slightly magnetic and are resistant to chemicals. 

These screws, which are made in accordance with Japanese Industrial Standards, are shorter and thinner than typical Phillips pan head screws. They are zinc-plated to prevent corrosion in damp conditions. 

To lessen the possibility of crushing thin material, the extra-wide truss head distributes holding pressure. 

These screws' deep drive maximizes driving power, and their compact head makes them suitable for confined places. 

These pan head screws are lightweight, nonconductive, and resistant to chemicals and oils because they are made of nylon. They may swell if exposed to moisture. 

PEEK screws can tolerate acids, bases, and salt solutions and are dependable in extreme conditions up to 500° F. They are all lightweight, nonconductive, and resistant to chemicals and oils. 

These pan head screws are resistant to breaking in high-impact situations since they are made of polycarbonate. They are lightweight, nonconductive, and resistant to chemicals and oils. 

These pan head screws, which are made of brass, are electrically conductive, nonmagnetic, and resistant to corrosion in damp conditions. 

These titanium screws are the most corrosion-resistant pan head screws we have; they can tolerate chemicals, acids, and salt water. Their strength-to-weight ratio is high. 

Other wide head screws won't fit in areas where head height is crucial, so use these instead. They are also referred to as shutter screws because of their ultra-wide truss head, which provides exceptional holding pressure by distributing the load over a vast region. 

These cheese head screws fit in tight places, such electrical panels, next to flanges, and on raised surfaces, because their heads are narrower than pan head screws. You have increased driving power and a lower danger of the screwdriver slipping in a deep slot. 

These nylon screws are lightweight, nonconductive, and resistant to chemicals and oils. They can squeeze into confined locations thanks to their tiny head, and their deep drive maximizes driving power. They may swell if exposed to moisture. 

No countersink is needed when using these metric pan head screws for a polished, low-profile appearance. Their heads are chamfered or slightly domed, so they won't cling to straps or garments as you go by. 

Wide-head screws do not require a washer and distribute clamping power uniformly. They are a suitable choice for securing thin material or when the screw hole is significantly larger than the screw's diameter, even though they might not fit into tight spaces. 

These nylon screws are lightweight, nonconductive, and resistant to chemicals and oils. They may swell if exposed to moisture. 

These pan head screws, which are made of brass, are electrically conductive, nonmagnetic, and resistant to corrosion in damp conditions.