Stainless Steel Fasteners

McFeely’s offers a wide array of stainless steel fasteners for all of your project needs.

Choose from screws, bolts, or nails. All of our stainless steel fasteners are 300-series stainless steel. Our metal drilling screws are also available in 410-grade.

STAINLESS STEEL SCREWS
FLAT HEAD Stainless Steel Screws
FLAT HEAD Stainless Steel Screws
 
POCKET HOLE Stainless Steel Screws
POCKET HOLE Stainless Steel Screws
 
Stainless Steel MACHINE Screws
Stainless Steel MACHINE Screws
 
Stainless Steel PAN/TRUSS HEAD Screws
Stainless Steel PAN/TRUSS HEAD Screws
 
TRIM HEAD Stainless Steel Screws
TRIM HEAD Stainless Steel Screws
 
METAL DRILLING Stainless Steel Screws
METAL DRILLING Stainless Steel Screws
 

STAINLESS STEEL BOLTS & STAINLESS STEEL NAILS
Stainless Steel CARRIAGE Bolts
Stainless Steel CARRIAGE Bolts
 
Stainless Steel LAG Bolts
Stainless Steel LAG Bolts
 
HEX HEAD Stainless Steel Bolts
HEX HEAD Stainless Steel Bolts
 
HAND DRIVEN Stainless Steel Nails
HAND DRIVEN Stainless Steel Nails
 
COLLATED Stainless Steel Nails
COLLATED Stainless
Steel Nails

 

Stainless Steel:
When to Use It, and What Do the Numbers Mean?
Man of Stainless Steel!

Stainless Steel was developed about 90 years ago to solve the rusting problems of standard grades of steel. It is best used where the eventual corrosion of plated products would create a real problem – salt-water boats or docks (above water), and redwood siding quickly come to mind.

Only a few of the many engineered grades of Stainless Steel are suitable for fasteners – those that can be “cold headed” easily, are corrosion resistant, and have adequate torsional and shear strengths. Of these, the 300 series of stainless steels is most popular. These alloys contain about 18% chromium and 8% nickel for good corrosion resistance, but make them non-magnetic and non-heat-treatable. Differences between 304 and 305 series stainless steel are slight, but 316 stainless adds molybdenum, which increases corrosion resistance, strength, and cost. Stainless Steel must be “Passivated” for use below the water in marine applications. Non-Passivated screws may corrode quickly if they don’t maintain contact with the flowing oxygenated water which is required in order to form the chromium oxide film which protects them against galvanic corrosion and eventual failure.

When a bit of corrosion resistance can be sacrificed for strength and reduced cost, 410 stainless steel is used. It contains about 12% chromium, no nickel, and sufficient carbon to allow heat treatment, making it mildly magnetic. Because it can be heat-treated, it is used extensively for self-drilling fasteners. It has a slightly “coated” surface finish appearance.