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Overview

LOCTITE® 222 is a low-strength threadlocker that is ideal for low-strength metals, which could fracture during disassembly, e.g. aluminum or brass. Some common applications include adjustment of screws including countersunk head screws and setscrews, on collars, pulleys, tool holders and controllers.

  • Low Strength
  • Thread Size upto M6
  • 150oC Service Temperature
  • Works on all metal substrates
  • Oil Tolerant
Size

*The minimum order quantity for this size should not be less than 10 items.

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MRP Rs. 711.00/-
Discounted Price Rs. 355.50/-
Introductory offer on first order
  • 1-5 qty 50% off
    upto INR 1500
  • 6-10 qty 33% off
    upto INR 2500
  • 11-25 qty 25% off
    upto INR 4000
  • > 25 qty 10% off
Final discount applicable will be based on the total quantity in your cart.

Features and benefits

  • Prevents loosening and leakage from shock & vibration: It occupies all gaps between mating threads and cures into a hard thermoset plastic that strengthens against shock and vibration.
  • Low strength: It is suitable for applications that need frequent disassembly, as it can be easily removed using standard hand tools and for metals prone to shearing.
  • Bonds well despite minor surface contamination due to industrial oils, e.g. motor oils, corrosion prevention oils and cutting fluids.
  • Works well on even passive metal surfaces like stainless steel, aluminum and plated surfaces.
  • Fluorescent: It has a characteristic purple colour that fluoresces under UV light. This helps during service to detect as to whether the product had been applied.

Specifications

Tech specifications
Maximum thread size <M6 (1/4")
Temperature Resistance 150oC
Breakaway/Prevail Torque (N.m) 6/3
Cure Time (Fixture/Cure Strength) 10 min/24 hour

Technical Documents

How To Videos

Step-by-step application
How to disassemble

FAQs

  We need to reopen the fastener. Can Loctite threadlockers be removed?

Yes, LOCTITE threadlockers can be removed as and when needed. The low strength grade of LOCTITE threadlockers can be removed by giving a loosening torque which is higher than the tightening torque. The medium and high strength LOCTITE threadlockers can be removed by applying localised heat (250 degrees celsius) to the part, for disassembly.

  How can we visibly determine whether LOCTITE threadlocker has actually been applied to the nut and bolt or not?

All LOCTITE threadlockers have the property of fluorescence. When you disassemble, you can easily find out by white powder on the bolt, that whether LOCTITE threadlocker has been applied or not. In uncured form, LOCTITE threadlocker can be identified by its color (Purple-Low strength; Blue-Middle Strength; Red-High Strength)

  Our bolting locations are such that it is difficult to reach for application of threadlocker. Is there a LOCTITE threadlocker that can help?

Yes. With LOCTITE 290, which is the wicking grade LOCTITE threadlocker, you can lock the nuts and bolts that are difficult to reach for application otherwise. You can just apply a few drops near the joint where the bolt head meets the part, and LOCTITE 290 will wick inside the nut-bolt interface due to capillary action.

  Can LOCTITE threadlockers migrate to and jam other parts?

No. LOCTITE threadlockers are thixiotropic in nature and hence don't tend to flow to other parts. Also, LOCTITE threadlockers only need to be applied on the nut-bolt interface and once the nut covers the area where LOCTITE threadlocker was applied, the adhesive will get cured in the absence of air and presence of metal, thereby turning into a thermoplastic, which cannot flow.

  LOCTITE threadlockers being liquid, will create a mess during application to which our operators will object. How can we deal with that?

LOCTITE threadlockers come with a nozzle for precise drop-by-drop application. Hence, there is no scope for a mess. In case of any spillage, you can wipe it off easily because as long as LOCTITE threadlocker is in contact with air, it will remain a liquid and not cure at all.

  The fasteners used to hold our machinery are big and there is constant load and vibration exerted. Is there a LOCTITE threadlocker that can help?

Yes. There are some high strength threadlockers that can lock fasteners that are big and resist extreme vibrations. Please refer to the product selector tool.

  If LOCTITE threadlockers cure in the absence of air, why don’t they cure inside the bottle?

The anaerobic bottles are specially formulated. Air-permeable polyethylene bottles allow air to pass through the wall. There is also some air gap over the product inside the bottle to maintain stability of the product. Thus a 50 ml pack of LOCTITE contains 50 ml adhesive in a much larger bottle.

  What is fixture time?

The fixture time is the time taken by the adhesive to provide initial handling strength to the locked/sealed components. Once the fixture time gets over, you can take the assembled component for further processing on the assembly line.

  What is cure time?

The cure time is the time taken by the adhesive to completely become a tough structural solid (thermoset plastic).

  Can I use a threadlocker for non-threaded assemblies like locking bearings on bushings in housings or on shafts?

Yes, you can. Normally we recommend retaining compounds like LOCTITE 638 for such applications, but threadlockers and retaining compounds both are same in terms of chemistry i.e. they are anaerobics. Inversely, you can use retaining compounds to lock threaded assemblies but the locking would then be permanent.

  Can I use anaerobics where one or both parts are made of plastic?

Anaerobics are generally not recommended for use with plastics as they might result in stress cracking or softening. In such cases, cyanoacrylates are recommended.

  Do I need to use a primer with LOCTITE threadlocker?

We recommend the use of primer where both the parts come under the category of 'inactive surfaces'. These metals lack the iron or copper content and thus the metallic ions are required to fully cure the product within 24 hours. These inactive surfaces include plated parts, stainless steel, galvanized steel and anodized aluminium to name a few. On the other hand, in case both or at least one part is an active metal, then there is no need to use a primer to ensure full cure which is typically within 24 hours at room temperature.

  Can LOCTITE threadlockers be used on oil impregnated parts?

Yes. LOCTITE 243 can be used on oil impregnated parts, as it can cut oil effectively and lock properly. Just clean the part once before applying the product.

  What is breakaway torque?

When we apply a threadlocker to a bolt, we hand tighten a nut down and let this sit for 24 hours to get fully cured. Now we take a torque wrench and break the bond, the torque needed to break the bond is the breakaway torque. Note that we haven't given any additional tightening torque to the parts. Thus, the breakaway torque gives us the strength of the threadlocker alone.

  What is prevailing torque?

When we apply a threadlocker to a bolt, we finger tighten a nut down and let it sit for 24 hours to get it fully cured. Then we take a torque wrench and break the bond. After breaking the bond, we continue to turn the nut around by four quarters(360°), which provides us with the prevailing torque value. This shows us how much friction or drag is left to continue turning the nut.

  What is breakloose torque?

When we apply threadlocker to a bolt, we tighten it by giving a tightening torque. The torque at which the nut can entirely be taken off is the breakloose torque. The main function of the threadlocker is to maintain the torque. It has been determined that over time, due to various factors like vibration, side sliding etc., there is a loss of upto 30% of the torque given to the parts. The goal is to select a threadlocker that would give you a breakaway value equivalent to 30% of the initial torque in order to maintain your torque over time. For eg: Let's say that a tightening torque of 10 Nm was given to the assembly. The breakaway torque (strength provided by the threadlocker) is 5 Nm. Now due to vibrations, there is a 3 Nm loss in tightening torque. So if you do not apply a threadlocker, your assembly tightened at 10 Nm will open at 7 Nm. Whereas, by applying a threadlocker, your assembly tightened at 10 Nm will have the total torque of (10+5) 15 Nm and even on 30% loss, it will open at 12 Nm, which is higher than your tightening torque. This is what is known as torque augmentation with LOCTITE threadlockers.

  What is the proper way of applying LOCTITE threadlockers for blind hole applications?

In order to ensure complete coverage and cure, apply LOCTITE threadlocker to both the male and female threads for blind hole applications such as a bolt going into a closed housing. If it is applied only to the male threads and torqued down, air pressure will force most of the product back out as you assemble.

  Can the curing process of anaerobics be accelerated via heat?

Yes, heat can help achieve faster cure. Typically one can heat cure LOCTITE threadlockers at 125 degrees celsius for 1 hour, or go as low as 66 degrees celsius for 3 hours. The trade-off here is that there will be a reduction in strength to a certain extent. Please refer to the Technical Data Sheet of the selected product for testing the suitability.

  How do I determine how much threadlocker I need to apply?

We have developed a calculator to help you with the amount of LOCTITE threadlocker you need for your application.

  How do I select the right threadlocker to suit my requirement?

To make the job of selecting the right product for your requirement easier, we have developed a product selector tool. Just enter your requirements and the tool will get back to you with the best solution.

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