STAND-COTE INDUSTRIAL COATINGS
Need a quote click on Order Online or more information email us.
The fluorocarbon-coated bolt that outperforms ordinary bolts.
-Reduced friction
-Predictably uniform loading
-Superior chemical resistance
-Often reusable
Stand-Cote bolts provide increased service, economy and safety, even in corrosive atmospheres which would drastically reduce the life of ordinary bolts. Extensive laboratory testing and 5 years of field use have proven that Stand-Cote SC-1 outlasts galvanized, cadmium-plated, aluminized and molybdenum-disulphide-coated fasteners through a temperature range of -400°F to +500°F and in a wide variety of environments. In many ways, Stand-Cote may match or exceed the long-life corrosion resistance of stainless steel, at a considerably reduced cost, while retaining the higher strength of alloy steel.
Stand-Cote’s ceramic-filled, baked-on PTFE fluorocarbon resin coating includes a permanent lubricant which inhibits galling of threads on the bolt. This enables Stand-Cote to maintain a low coefficient of friction in both make-up and break-out operations.
The protective SC-1 coating resists hydrogen embrittlement and is generally unaffected by the chemical conditions found in most oilfield services and chemical plants. Make-up and break-out time are drastically reduced by 50-60%, and Stand-Cote bolts can usually be removed with standard hand tools. This makes Stand-Cote the ideal choice in situations where torch-cutting is prohibited. The unique ability to perform predictably and uniformly over a wide range of conditions distinguishes the Stand-Cote bolt from all others.
Downloads: Clink on links below
Stand-Cote SC-1 Spec Sheet
Stand-Cote SC-1 Chemical Properties
The fluorocarbon-coated bolt that outperforms ordinary bolts.
-Reduced friction
-Predictably uniform loading
-Superior chemical resistance
-Often reusable
Stand-Cote bolts provide increased service, economy and safety, even in corrosive atmospheres which would drastically reduce the life of ordinary bolts. Extensive laboratory testing and 5 years of field use have proven that Stand-Cote SC-1 outlasts galvanized, cadmium-plated, aluminized and molybdenum-disulphide-coated fasteners through a temperature range of -400°F to +500°F and in a wide variety of environments. In many ways, Stand-Cote may match or exceed the long-life corrosion resistance of stainless steel, at a considerably reduced cost, while retaining the higher strength of alloy steel.
Stand-Cote’s ceramic-filled, baked-on PTFE fluorocarbon resin coating includes a permanent lubricant which inhibits galling of threads on the bolt. This enables Stand-Cote to maintain a low coefficient of friction in both make-up and break-out operations.
The protective SC-1 coating resists hydrogen embrittlement and is generally unaffected by the chemical conditions found in most oilfield services and chemical plants. Make-up and break-out time are drastically reduced by 50-60%, and Stand-Cote bolts can usually be removed with standard hand tools. This makes Stand-Cote the ideal choice in situations where torch-cutting is prohibited. The unique ability to perform predictably and uniformly over a wide range of conditions distinguishes the Stand-Cote bolt from all others.
Downloads: Clink on links below
Stand-Cote SC-1 Spec Sheet
Stand-Cote SC-1 Chemical Properties
Acid Test
Stud bolts subjected to 720 hours in 15% HCL at ambient temperatures
Standcote Cadmium-Plated Black B-7 Aluminized Galvanized Moly Coated
Bromine Test
Stud bolts exposed to bromine 1/10 ppm solution for 720 hours at ambient temperatures.
Standcote Cadmium-Plated Black B-7 Aluminized Galvanized Moly Coated
Caustic Test
Stud bolts subjected to 12.5 pH caustic at ambient temperatures for 720 hours.
Standcote Cadmium-Plated Black B-7 Aluminized Galvanized Moly Coated
Salt Fog Test
Stud bolts subjected to 720 hours in a 5% brine spray at 110º F.
Standcote Cadmium-Plated Black B-7 Aluminized Galvanized Moly Coated