WD-40 lubricates moving parts such as hinges, wheels, rollers, chains, and gears. It protects against rust and corrosion
Application & Uses
Surface Compatibility
For all variations : WD-40 demonstrates none to negligible deleterious effect to plastic, rubber, and metal hard surfaces. This includes Acetal, neoprene/hard rubber, HDPE, PPS Copolymer Polysulfone, Teflon, Viton, steel, galvanized steel hot dip, electroplated, copper, brass, magnesium, nickel, tin plate, titanium, and zinc.
Dosage & Directions for Use
Surface Cautions
Nearly all surfaces interact with WD-40 as they would any high grade ali-phatic petroleum spirit. Certain types of rubber will swell upon prolonged immersion. Wax polishes and certain wax coatings may be softened by WD-40. Clear polycarbonate and polystyrene may stress craze or crack. Always test surfaces first.
Technical Specifications & Properties
Performance - WD-40 Multi-Use Product
|
Test Method |
Property |
Results |
|
ASTM 4172 |
Lubricates and Protects |
0.60-0.70 mm at RT |
|
ASTM 3233 |
Extreme Pressure Lubrication |
1300-2000 lbs |
|
ASTM B-117 |
Corrosion Protection (Salt Spray) |
0-20% in 72 hours |
Product Description & Chemical Profile
WD-40 lubricates moving parts such as hinges, wheels, rollers, chains, and gears. It protects against rust and corrosion on items like tools, and sporting equipment. It penetrates to free stuck corroded parts like nuts, bolts, valves and locks. It quickly removes adhesives, corrosion and paint. It displaces moisture to restore water flooded equipment such as engines, spark plugs and power tools.
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