an industrial safety & marine products distribution company
an industrial safety & marine products distribution company
Molyslip ALUMSLIP is a high-temperature, anti-seize compound formulated to protect fasteners from seizure induced by extremes of temperature, pressure and corrosion. The mineral oil base-fluid contains micronized particles of metal and non-metal fillers to provide excellent lubrication and protection to threads and components.
Aluminium-based anti-seize
Molyslip ALUMSLIP is a high-temperature, anti-seize compound formulated to protect fasteners from seizure induced by extremes of temperature, pressure and corrosion. The mineral oil base-fluid contains micronized particles of metal and non-metal fillers to provide excellent lubrication and protection to threads and components.
Molyslip ALUMSLIP is resistant to temperatures up to 650°C and it effectively protects against chemical corrosion and atmospheric oxidation. Free of copper, lead, sulphides, fluorides and chlorides, ALUMSLIP is suitable for use on all studs, nuts, bolts and other threaded connections, including turbine casing studs, burner nozzles, boiler inspection points and furnace bolts. ALUMSLIP is specifically designed for where copper needs to be avoided (for example where concerns of galvanic corrosion exist).
FEATURES AND BENEFITS
High temperature capability up to 650°C
Ensures consistent friction between threads
Protects against galling and seizure
Protects against rust and corrosion
Eases assembly of tight tolerance components
INSTRUCTIONS FOR USE
Molyslip ALUMSLIP should be used as supplied. Ensure surfaces to be treated are clean and dry - free from oil, grease or dirt contamination. Apply a thin even coating by rubbing onto the surface with a lint free cloth.
PACKAGING
500g tin
TECHNICAL DATA (TYPICAL VALUES)
Property |
Result |
Appearance |
Smooth silver paste |
Consistency |
NLGI 1 |
Effective temperature range |
-100°C up to +650°C |
Solidification point (of the base fluid) |
-20°C |
Base oil viscosity |
100 cSt |
When a compound is applied to a threaded fastener that will be tightened to a specific torque setting, the torque setting will require adjustment to allow for the lubricating effect of the compound. Failure to do so can result in incorrect tension in the fastener. Correct torque settings can be calculated using the tables and charts below and the standard thread equation:
T = KDP
T = Torque (N.m), D = Diameter (m), P = Clamping force (N), K = Nut factor
Material |
K Nut factor |
8.8 Steel self coloured |
0.11 |
8.8 Steel BZP |
0.10 |
8.8 Steel Hot dip galvanised |
0.10 |
A2 Stainless steel |
0.12 |
Brass |
0.12 |
Specific References
Genuine industrial Product.
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