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CRC 3084 Dry Moly Lube, (Net Weight: 11 oz.) 16 oz Aerosol Can, Dark Gray (Pack of 3)
Bundle Price: | $45.87$45.87 ($15.29$15.29 / Count)
Return this item for freeFree returns are available for the shipping address you chose. You can return the item for any reason in new and unused condition: no shipping charges Learn more about free returns. How to return the item?
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Purchase options and add-ons
Material | Metal,Rubber |
Brand | CRC |
Liquid Volume | 16 Fluid Ounces |
Item Weight | 2.73 Pounds |
Recommended Uses For Product | general maintenance lubricant on gaskets, transfer belts and conveyor belts; as an assembly lube on motors, plant machinery and handling equipment; as a release agent for rubber moldings; and as a general lubricant for high temperature, low load, or high rpm slides, rollers, wheels, gears, chains and hoists See more |
About this item
- High anti-friction and anti-seizure properties
- Lubricant resists high temperatures up to 650 degrees F, high pressure, water and chemical attack
- Fast drying film resists dirt and dust build-up
- Non-Conductive
- Harmless to most plastics, rubbers and metals
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Product details
- Item Weight : 2.73 Pounds
- Date First Available : March 25, 2022
- ASIN : B09WJVN835
- Country of Origin : USA
- Best Sellers Rank: #11,456 in Industrial & Scientific (See Top 100 in Industrial & Scientific)
- #57 in Industrial Lubricants
- Customer Reviews:
Product Description
CRC dry moly lube is a dry film lubricant fortified with molybdenum disulfide that reduces friction and improves overall operating performance. Dry moly lube bonds instantly to metal surfaces to form a dirt repelling barrier that lubricates and protects the surface from pressure and friction. Withstands temperatures up to 650 degrees F and extreme pressures, as well as water and chemical attack. II. Applications Recommended as a general maintenance lubricant on gaskets, transfer belts and conveyor belts; as an assembly lube on motors, plant machinery and handling equipment; as a release agent for rubber moldings; and as a general lubricant for high temperature, low load, or high rpm slides, rollers, wheels, gears, chains and hoists.
From the manufacturer
About us
On October 6, 1958, a Pennsylvania corporation was formed and was called Corrosion Reaction Consultants. The company began making and selling “CRC Corrosion Inhibitor” – a multi-purpose corrosion inhibitor/lubricant that with later modifications, developed into CRC 5.56.
The first CRC product came to New Zealand in 1961 as an agency line and was sold to the automotive and electrical trades.
In 1973 CRC Chemicals NZ was formed based in Wellington. In 1974 the New Zealand operation was moved to Auckland and by late 1974 small warehouses were set up in Wellington and Christchurch.
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Customer reviews
Customer Reviews, including Product Star Ratings help customers to learn more about the product and decide whether it is the right product for them.
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzed reviews to verify trustworthiness.
Learn more how customers reviews work on AmazonCustomers say
Customers like the quality, ease of application, color, and smoothness of the machine lubricant. They say it works well as a lube and dries quickly. Customers are also happy with ease of removal, and coating. However, some customers have reported issues with messiness and staining.
AI-generated from the text of customer reviews
Customers are satisfied with the quality of the lubricant. For example, they mention it works well, is functional, and is a good lube. Some say it works great for laser engraving on copper and stainless steel, but not on brass, copper, or zinc.
"Overall experience: Worked well and gave a finish I was happy with...." Read more
"Purchased this so I could “etch metal with my 10w diode laser. It works very well so far on the few knives I’ve done...." Read more
"...Doesn't chalk off nearly as much but seems to stay put rather well. I use a lot of CRC products. Only time will tell how long it will stay in place...." Read more
"Works great for laser engraving on copper" Read more
Customers like the spraying of the machine lubricant. They mention that it goes on well, dries quickly, and cleans up within an hour.
"...1. 2 coats really is necessary to get a darker finish. It dries quickly though and you can prep multiple items at one time and just have them..." Read more
"...3 light coats and dry time was within 1 hour." Read more
"definitely a "dry" lubricant - dries almost immediately - I intended to use this for some bushings containing rubber, but you don't get time..." Read more
"...I didn't realize that this is much like spraypaint, it dries leaving behind a film of moly that is actually kind of hard to remove. Can be very messy" Read more
Customers find the application of the lubricant to be easy. They mention that the aerosol product applies easily and smoothly, and dries quickly. Some say that it goes on like spray paint and Dries in under 10 seconds.
"...The CRC dry moly was easy to apply...." Read more
"I use this in all my tumbler and flask laser work. Easy to apply and take off.Highly recommended!" Read more
"Goes on like spray paint and dries in under 10 seconds. Give it 10 minutes to cure (15 in the cold). It's perfect!..." Read more
"...I wanted this to revive some old USGI mags & it did the trick.Easy to apply,quick to dry & so far durable...." Read more
Customers like the color of the lubricant. They say it gives a nice dark gray finish to the mags, and the coating leaves a shiny graphite like appearance.
"...to be super smooth and flat. They have a lovely grey sheen. This spray is different from all others I’ve used!..." Read more
"...Leaves a nice dark gray to black permanent engraving after the spray is removed post lasering!" Read more
"...The coating goes on and leaves a shiny graphite like appearance. I used it on a wood lathe's bare iron ways, and they slide nice and smoothly...." Read more
"...My 90w laser running at 1% speed and full power produced an incredibly dark and durable mark. It is been outside for a month...." Read more
Customers are satisfied with the smoothness of the machine lubricant. They mention that it reduces friction and wear, making moving parts operate smoothly. Some say that the product works well on gears and adjusters, making sliding glass door slide easier.
"...I usually use graphite bit decided to try moly. Made sliding glass door slide easier...." Read more
"...Works as advertised, reduces friction and wear, smoother operation moving parts." Read more
"...I used it on a wood lathe's bare iron ways, and they slide nice and smoothly...." Read more
"...I used it on the trunnions of my cabinet saw and adjustments are very smooth now." Read more
Customers are mixed about the ease of removal. Some mention that it comes off quickly and easily after etching, while others say that it's hard to remove.
"...it dries leaving behind a film of moly that is actually kind of hard to remove. Can be very messy" Read more
"...This spray drys to the touch and it comes off quickly with alcohol, such as isopropanol. You can inscribe ceramic tiles too with this spray...." Read more
"Good stuff, bought it for engraving. Had a real hard time removing the non engraved portion. Looks like I’ll be sticking to something else." Read more
"...It puts a beautiful black finish on the item and comes off quickly and easily after etching." Read more
Customers are mixed about the coating. Some mention it's the best and a great match to the original finish. It's excellent for coating metal items or tools that have very close tolerances. However, some say that it'll work well on stainless steel, but not on other metals.
"...Came out great on stainless steel using my 5W diode laser" Read more
"...This left absolutely zero impression on steel when I tried it with my 2.5 watt laser. Maybe my laser isn't strong enough...." Read more
"Bought this to recoat a bunch of AR magazines. This is The best coating, and a great match to the original finish...." Read more
"It works well on stainless steel, but terrible on metals such as brass, copper zinc.... etc...." Read more
Customers are dissatisfied with the messiness of the machine lubricant. They say it can be very messy, making a big big mess on window hinges. They also say it stains the metal and leaves a black stain that stays for days.
"...It does as advertised - but it can be messy." Read more
"...seems to work fine, but the bottom seal on the can leaked and it made a huge mess." Read more
"...Does not attract dust. Basically it consists of a dry lubricant, Molybdenum diSulfide in an acetone or other volatile matrix...." Read more
"...Can be very messy" Read more
Reviews with images
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Top reviews
Top reviews from the United States
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Used this to engrave flasks as a gift for cast members of a show.
Things we learned:
1. 2 coats really is necessary to get a darker finish. It dries quickly though and you can prep multiple items at one time and just have them staged/prepped for the laser.
2. Each laser is different, so I can't really give you suggestions on speed/power levels. Do some practice burns on the product you're going to use. We had to figure out a power level that etched the flasks without warping the finished product (cheap thin-walled flasks).
3. Cleanup. A spray bottle with isopropyl alcohol works great. Spray it, then use a paper towel to wipe the moly off initially. Follow up with another light mist and a cloth shop towel. Rinse with water and double check the product for any remaining moly. Spray isopropyl on a paper towel and cleanup any missed spots of moly.
4. Finish: This will not give you a clean black finish like like laser bond spray. Instead it will give you an etched-looking dark grey finish. I actually liked this better than the laser bond as it looks more etched vs. looking like a acrylic wrap on the flasks.
Other tips.
Build a jig either on your laser bed or on some scrap wood if you're going to have to create your product in mass.
Picture notes:
Dark grey flask is an early prototype. This shows 2 coats of moly but we burned it too long and warped the flask (see the bending around the word "Syrup").
Silver flask is after clean up but there was still some moly on the flask to the left of elf. A 2nd pass with isopropyl alcohol polished it up. We hollowed out the text to reduce the amount of focused burn on that part of the flask to reduce the amount of warping (it significantly improved the end result). We reduced the power and increased the speed significantly for the final product.
Reviewed in the United States on May 10, 2022
Used this to engrave flasks as a gift for cast members of a show.
Things we learned:
1. 2 coats really is necessary to get a darker finish. It dries quickly though and you can prep multiple items at one time and just have them staged/prepped for the laser.
2. Each laser is different, so I can't really give you suggestions on speed/power levels. Do some practice burns on the product you're going to use. We had to figure out a power level that etched the flasks without warping the finished product (cheap thin-walled flasks).
3. Cleanup. A spray bottle with isopropyl alcohol works great. Spray it, then use a paper towel to wipe the moly off initially. Follow up with another light mist and a cloth shop towel. Rinse with water and double check the product for any remaining moly. Spray isopropyl on a paper towel and cleanup any missed spots of moly.
4. Finish: This will not give you a clean black finish like like laser bond spray. Instead it will give you an etched-looking dark grey finish. I actually liked this better than the laser bond as it looks more etched vs. looking like a acrylic wrap on the flasks.
Other tips.
Build a jig either on your laser bed or on some scrap wood if you're going to have to create your product in mass.
Picture notes:
Dark grey flask is an early prototype. This shows 2 coats of moly but we burned it too long and warped the flask (see the bending around the word "Syrup").
Silver flask is after clean up but there was still some moly on the flask to the left of elf. A 2nd pass with isopropyl alcohol polished it up. We hollowed out the text to reduce the amount of focused burn on that part of the flask to reduce the amount of warping (it significantly improved the end result). We reduced the power and increased the speed significantly for the final product.
Second, my use is a little 'off label' for their typical applications.
I have a blue-diode laser that doesn't do metals very well. There were some discussions on the forum I follow about using CerMark to improve metal engraving and some about using CRC dry moly. I chose to try the CRC dry moly since I don't plan on doing a lot of metal engraving and the CerMark is pretty expensive for 'testing.'
The CRC dry moly was easy to apply. I did make sure I cleaned the metal before coating (alcohol and acetone) to get rid of anything that would mess up the coating. I did a couple thin coats. There were still some 'bubble' areas that weren't as smooth as I would have liked. For my test, it did seem to help a lot more than a marking pen or some other things I tried. I probably will need to dial my settings in a little more to get a better job.
I did subsequently come across a discussion of molybdenum disulfide verses molybdenum oxide and problems with the disulfide version. You may want to review that before diving into the dry moly use. It doesn't suggest CRC dry moly is a bad product, just a forewarning in general
Overall, I would say the CDC dry moly is a GOOD product.
It can be messy. It sticks sort of like paint film to every surface that it comes in contact with like your hands or adjacent painted surfaces. So use it with care. But it works, it lasts and it is a darn good product.
I would buy it again!