High Resistance Thread Locking Solution Liqui Moly 10g

Loctite, high strength Liqui Moly 10g Prevents the involuntary loosening of screws. Resistant to loosening due to vibrations. Wide temperature range for use: between -60 °C and 150 °C. Cures quickly and securely. Usable on oil-coated surfaces. Seals screws, prevents leaks. Good resistance to chemical action. Properties - resistant to loads and vibrations - can be used on oily surfaces - rapid curing - prevents leaks - wide operating temperature range - controlled torque/load ratio Technical data Format                                                    liquid Thread dimensions                                     up to M20 Breaking torque                                        36 Nm                           DIN EN 15865 Dominant torque                                      43 Nm                           DIN EN 15865 Resistance class                                    relatively good - against oil, gasoline, antifreeze, water, and brake fluid Initial polymerization                                2-10 min (active); 10-60 min (passive) Functional polymerization                         2-4 h Final polymerization                                  8 h Operating temperature range           -60 to +150 °C Thread friction resistance               0.17 Shear strength                                   25 N/mm²                        DIN EN 15337 Base                                                       dimethyl acrylate ester Density                                                1.1 g/cm³                         DIN EN 542 Color / appearance                                     green Odor                                                      characteristic Viscosity at 23 °C                              500 mPas Shelf life sealed                24 months Storage temperature                     8 - 21 °C Field of use:  For all common sizes of nuts and screws from all quality classes. Instructions for use: Apply evenly to screws and nuts. Curing in the absence of air (anaerobic). A distinction must be made between active and passive materials during the curing period. Active materials generally refer to metals with a high iron or copper content (e.g., iron, steel, copper, brass, bronze). Active materials ensure rapid curing. On passive materials, such as stainless steel alloys, zinc, aluminum, or plastics, curing occurs very slowly or only with the help of an activator.