Studlock
General purpose high-strength threadlocker with very high temperature resistance.
Description
Red high-strength threadlocker –designed for permanent locking of threaded fastenersHighly resistant to vibrations and shocks –ideal for locking assemblies on moving partsVery high temperature resistance –up to +200°CIncreased oil tolerance –locks assemblies even when not completely cleanPrimerless on active and passive metals –saves time in the maintenance and repair operationHigh chemical resistance to most industrial liquidsNon-hazardous –safe for the user and the environmentNSF P1 registered –for use in food-processing environment
Additional information
| Color | Red |
|---|---|
| Content | 50 ml |
Application
Studlock is designed for permanent locking and sealing of threaded fasteners up to 1-1/4″ (M36). Studlock is so powerful that it will require heat to be disassembled (260°C). Studlock is ideal for heavy duty applications such as studs into engine housings, nuts onto studs in pump cases and other fasteners where high strength is needed. The very high temperature resistance (200°C constant) makes it the ideal product for use in industrial ovens, refineries, boiler rooms, pulp and paper, turbo engines, metal fabrication, glass manufacturing, and more.Studlock cures in the absence of air between close fitting metal parts – active metals such as brass and copper, and passive metals such as stainless steel, aluminium and plated surfaces. The curing speed varies depending on the surface. For increasing the curing speed, use KENT Anaerobic Activator.Studlock can be applied on surfaces presenting traces of cutting oils, lubricants and protection liquids.
Instructions
1. Clean all threads with KENT Soft Surface Cleaner. 2. If required, apply KENT Aanaerobic Activator on all threads and allow 30 to 60 seconds to dry.3. Insert the bolt through the hole assembly.4. Apply Studlock on both bolt and nut. 5. Assemble and tighten nut to required torque. Don’t move parts after tightening.6. Functional strength is achieved in 3 to 6 hours depending on the nature of the surface and the size of the thread. Allow 24 hours curing time in order to achieve full strength.
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