Liqui Moly Screw-Retainer Medium Strength
Fast, reliable medium strength screw-retainer prevents loosening due to vibrations and seals threads
Details
Description
Features
Manufacturer
Liqui Moly Screw-Retainer Medium Strength
- Resistant to stresses and vibrations
- Good chemical resistance to petrol, oil, water/glycol, and brake fluid
- Adheres well to vertical surfaces
- Curing without oxygen (anaerobic)
- Prevents leaks
- Can be used on oily surfaces
Prevents screw connections from working loose. Resists loosening due to vibration. With a wide operating temperature range of -60°c to +150°c. Fast and reliable hardening. Can be used on oiled surfaces. Seals threads, prevents leaks and has good chemical resistance.
Technical Data
Form: liquid
Breakaway torque: 16 Nm (DIN EN 15865)
Prevailing torque: 10 Nm (DIN EN 15865)
Chemical resistance: relatively well against oils, petrol, antifreeze, water, and brake fluid
Initial strength: 2-10 min (active); 10-60 min (passive)
Functional strength: 2-3h
Final strength: 12h
Operating temperature Range: -60 to 150°c
Thread friction value: 0,13
Compressed shear strength: 16 N/mm² (DIN EN 15337)
Base: dimethacrylate ester
Density: 1,1 g/cm³ (DIN EN 542)
Colour / Appearance: blue
Odour: characteristic
Viscosity at 23°c: 1000 mPas
Shelf life in original sealed container: 24 months
Recommended Storage temperature: 8-21°c
Application
Apply uniformly to bolts and nuts. The paste cures in the absence of air (anaerobic). One must differentiate between active and passive materials during the curing time. 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. Passive materials such as high-alloy (stainless) steel, zinc, aluminium or plastics only cure very slowly.
Screw-retainer Medium Strength Data Sheet
Technical Data
Application
Apply uniformly to bolts and nuts. The paste cures in the absence of air (anaerobic). One must differentiate between active and passive materials during the curing time. 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. Passive materials such as high-alloy (stainless) steel, zinc, aluminium or plastics only cure very slowly.
Screw-retainer Medium Strength Data Sheet
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