Military Stainless Steel Flat Semi Tubular Rivet
Military: Military contractors and
sub-contractors use a wide variety of rivets to fabricate items, assemblies,
and sub-assemblies intended for our armed forces. Rapid Rivet is Your Rivet Specialist. We are a Master Stocking Distributor of
rivets, rivet nuts, threaded inserts, and tooling. We have a large and varied inventory to meet your
needs. No automated telephone
answering system here at Rapid Rivet. Speak directly to a knowledgeable salesperson who will assist you in
selecting the rivet you require. We pride ourselves in our ability to give you a fast and competitive quotation. Many items are in stock, and next day
delivery is available when requested. Most items are available with manufacturer’s certifications and test
reports. We also can offer bar
coding, unit packaging, and will set parts and shipments up for long-term
release dates.
Stainless Steel: Stainless Steels are part of a family of iron based (ferrous) alloys, each having a chromium content of not less than 12 percent. Chromium does not corrode; therefore stainless steel has a high degree of resistance to corrosion. The higher the chromium content in the stainless steel, the greater the degree of resistance to corrosion. In addition to iron and chromium, stainless steel also contains varying amounts of nickel. Nickel gives the stainless steel even higher resistance to corrosion, and makes the stainless steel stronger, especially at high or low temperatures. The reason why stainless steel does not rust, is its ability to spontaneously form a thin invisible oxide film coating on the exposed surfaces, which when formed, prevents further corrosion from taking place. Stainless steel is an expensive material, but less expensive than the nickel alloy materials (monel, etc.). It is stronger than steel, and monel. It is always annealed. It is almost never plated, as it needs no additional protection from corrosion. There are many different alloys of stainless steel; the types most commonly used for rivets are: A-286, 302HQ, 304L, 305, 316, 347, & 430. There are a wide variety of uses for stainless steel including: hardware, cookware, cutlery, surgical instruments, appliances, and as a structural material in buildings, and in the automotive and aerospace industry.
Flat: Flat Head. A protruding head style rivet that is level on the top, resembling the head of a nail. AN441 and AN442 series. (and others)
Steel: (Also called Mild Steel and Low Carbon Steel) This is the most common material for use in fasteners. Steel is an alloy consisting of mostly iron, and a small percentage of carbon, (between 0.05 – 1.1%) It is the least expensive metal. It is strong, has good workability, and can be produced in a wide variety of forms. Its chief disadvantage is its susceptibility to corrosion (rust) in an un-plated, unprotected form. Its other drawback, in aerospace applications, is that steel is about three times heavier than aluminum, while not offering any great advantage in strength. Steel is magnetic. Most mild steel used for rivets is heat treated, although there are some exceptions. Most steel rivets will have some form of protective finish or coating when delivered from the mill (factory) to prevent corrosion. Most steel for commercial applications will be plated zinc with a clear chromate. Most steel for military or aerospace applications will be plated cadmium with a yellow chromate.
Tubular: Full tubular rivet. Similar to the semi-tubular rivet, but with a deeper drilled hole. Commonly used by the loose-leaf binder industry.
Stainless Steel: Stainless Steels are part of a family of iron based (ferrous) alloys, each having a chromium content of not less than 12 percent. Chromium does not corrode; therefore stainless steel has a high degree of resistance to corrosion. The higher the chromium content in the stainless steel, the greater the degree of resistance to corrosion. In addition to iron and chromium, stainless steel also contains varying amounts of nickel. Nickel gives the stainless steel even higher resistance to corrosion, and makes the stainless steel stronger, especially at high or low temperatures. The reason why stainless steel does not rust, is its ability to spontaneously form a thin invisible oxide film coating on the exposed surfaces, which when formed, prevents further corrosion from taking place. Stainless steel is an expensive material, but less expensive than the nickel alloy materials (monel, etc.). It is stronger than steel, and monel. It is always annealed. It is almost never plated, as it needs no additional protection from corrosion. There are many different alloys of stainless steel; the types most commonly used for rivets are: A-286, 302HQ, 304L, 305, 316, 347, & 430. There are a wide variety of uses for stainless steel including: hardware, cookware, cutlery, surgical instruments, appliances, and as a structural material in buildings, and in the automotive and aerospace industry.
Flat: Flat Head. A protruding head style rivet that is level on the top, resembling the head of a nail. AN441 and AN442 series. (and others)
Steel: (Also called Mild Steel and Low Carbon Steel) This is the most common material for use in fasteners. Steel is an alloy consisting of mostly iron, and a small percentage of carbon, (between 0.05 – 1.1%) It is the least expensive metal. It is strong, has good workability, and can be produced in a wide variety of forms. Its chief disadvantage is its susceptibility to corrosion (rust) in an un-plated, unprotected form. Its other drawback, in aerospace applications, is that steel is about three times heavier than aluminum, while not offering any great advantage in strength. Steel is magnetic. Most mild steel used for rivets is heat treated, although there are some exceptions. Most steel rivets will have some form of protective finish or coating when delivered from the mill (factory) to prevent corrosion. Most steel for commercial applications will be plated zinc with a clear chromate. Most steel for military or aerospace applications will be plated cadmium with a yellow chromate.
Tubular: Full tubular rivet. Similar to the semi-tubular rivet, but with a deeper drilled hole. Commonly used by the loose-leaf binder industry.
| Item | Part Number | Head Style and Marketing | Size and Plating | Qty in Stock |
|---|---|---|---|---|
| 375C12F8.5 | 375C12F8.5 | TRUSS HEAD STAINLESS STL SEMI-TUBULAR | .188 X 17/64 X 3/8 HD. | LTR |
| 218B8F10 | 218B8F10 | FLAT HEAD STAINLESS STEEL SEMI-TUBULAR | .123 X 5/16 X .218 HEAD DIAM. 18-8 | LTR |
| 312B9FS56 | 312B9FS56 | FLAT HEAD 430 STAINLESS STL SEMI-TUBULAR | 9/64 X 1-3/4 X .312 HEAD DIA. | LTR |
| 375C12F8 | 375C12F8 | TRUSS HEAD STAINLESS STL SEMI-TUBULAR | .188 X 1/4 X 3/8 HD. | LTR |
| Item | Part Number | Head Style and Material | Size and Plating | Qty in Stock |
|---|---|---|---|---|
| 1714 | 1714 | oval hd.semi-tubular stainless steel | .182/.188 dia.x 1.796 lg x .364/.376 h.d | 15000 |
| 250B8F6 | 250B8F6 | flat head stainless steel semi-tubular | .123 x 3/16 x .250 head dia. | 93760 |
| 218C8F10OB | 218C8F10OB | oval head stainless steel semi-tubular | .123 x 5/16 black oxide finish | 2500 |
| 375B12F20 | 375B12F20 | flat head stainless steel semi-tubular | .188 x 5/8 x .375 head diam. | 200 |
| 218C8F6OB | 218C8F6OB | oval head stainless steel semi-tubular | .123 x 3/16 black oxide finish | 5365 |
| 218C8F8OB | 218C8F8OB | oval head stainless steel semi-tubular | .123 x 1/4 black oxide finish | 2000 |
| 312C12F9OB | 312C12F9OB | oval head stainless steel semi-tubular | .188 x 9/32 black oxide finish | 530 |
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