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Product Description
- Born for gaming CPU Cooler and ice processor
- Non-corrosive:Protect the human body from chemical damage.
- nsulation: The thermal silicone grease avoid conducting electricity, improve the performance of circuitry systems .
- Easy to use: easy to apply, even for beginners.
- High-quality silicone grease: One-part material, no curing required, high temperature and heat resistance, will not dry out at a high temperature and will not melt.
- Durable: Material remains stable after the container is opened; viscosity will not change over time.
- SPECIFICATIONS:
- Specific Gravity: 2.6g/cubic meter at 25 centigreat
- Thermal Conductivity:>13W/m.k
- Thermal Resistance:<0.0025°C-inch/W
- Specific Gravity:2.6g/cm³@25°C
Normal working at harsh environment with the intelligent factor.
- Thixotropic Index: 280+/-10
- Moment Beared Temperature: -50~340c
- Operation Temperature: -30~280c
- Volume: 1.2ml/2g
- Viscosity: 12500
Compare with similar items
This Item  Thermal Compound Paste High Performance Heatsink Paste CPU Paste Thermal Compound Paste Heatsink Extremely high Thermal Conductivity Thermal Paste for All CPU Coolers |  |  |  |  |  | |
| Price | $8.99 | $4.99 | $8.98 | -20% $21.99 List: $27.49 | -50% $9.01 List: $17.99 | $6.92 |
| Delivery | Get it as soon as Wednesday, May 15 | Get it as soon as Monday, May 13 | Get it as soon as Monday, May 13 | Get it as soon as Monday, May 13 | Get it as soon as Monday, May 13 | Get it as soon as Monday, May 13 |
| Customer Ratings | ||||||
| Easy to spread | ||||||
| Value for money | ||||||
| Noise level | ||||||
| Easy to use | ||||||
| Sold By | ALSEYE | WYDZKJ DIRECT | Retail storee | Retail storee | ARCTIC Inc | ARCTIC Inc |
Reviews with images
Delivers the goods and then some....
Any type of heatsink->CPU/GPU thermal dissipation solution requires a thermal compound to help cool the chip, but as we've seen, there are a dizzying array of thermal compounds that more or less do the job and fill in the "gaps" to increase cooling.If you are coming from a device that either has a poor application, an aged/pumped out application or NO application, using ANY compound will provide an immediate and remarkable improvement in cooling and most likely performance, fan noise and more, but this doesn't really tell us how it ranks against other compounds and if it is worth buying.I decided to do a full week of testing between 5 different compounds to at least give an idea where this compound ranks if you're truly looking for top end performance. The hardware, testing and temps are in a picture attached for your review.To emphasize the importance of thermal compounds (and establish an extreme control), I even did a run without any compound present. As expected, my system temp shot up to 100c+ crashed almost immediately.So how does Alseye's T9+ compound stack up?It delivers the goods and then some.Compared to several other well known brands (which are all fantastic btw), Alseye's T9+ came out on top. The entire temp differential was ~5c with a range if 76-81 under load, but still in the battle of thermal compounds among several excellent compounds, this one rose to the top.The texture of the compound does not make it easily spread. It is on the thicker side and lends itself best towards a pea, line or X application and let the heatsink and heat of use work their magic to get it where it needs to be. I've always found with a proper tight fit, the center pea application works the best and consistently on check covers the entire chip when the heatsink is tightened accurately.If used correctly, you can manage to get several uses from this small syringe.The thicker consistency also means this would work better for devices with a less tight pairing between the heatsink and chip (IE Laptops).Overall, I am very pleased with the performance of this thermal compound and outside of liquid metal use, I can see making this one of my go to compounds in the future.Final Score: 5/5
Top reviews from the United States
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Reviewed in the United States on September 27, 2020
If you are coming from a device that either has a poor application, an aged/pumped out application or NO application, using ANY compound will provide an immediate and remarkable improvement in cooling and most likely performance, fan noise and more, but this doesn't really tell us how it ranks against other compounds and if it is worth buying.
I decided to do a full week of testing between 5 different compounds to at least give an idea where this compound ranks if you're truly looking for top end performance. The hardware, testing and temps are in a picture attached for your review.
To emphasize the importance of thermal compounds (and establish an extreme control), I even did a run without any compound present. As expected, my system temp shot up to 100c+ crashed almost immediately.
So how does Alseye's T9+ compound stack up?
It delivers the goods and then some.
Compared to several other well known brands (which are all fantastic btw), Alseye's T9+ came out on top. The entire temp differential was ~5c with a range if 76-81 under load, but still in the battle of thermal compounds among several excellent compounds, this one rose to the top.
The texture of the compound does not make it easily spread. It is on the thicker side and lends itself best towards a pea, line or X application and let the heatsink and heat of use work their magic to get it where it needs to be. I've always found with a proper tight fit, the center pea application works the best and consistently on check covers the entire chip when the heatsink is tightened accurately.
If used correctly, you can manage to get several uses from this small syringe.
The thicker consistency also means this would work better for devices with a less tight pairing between the heatsink and chip (IE Laptops).
Overall, I am very pleased with the performance of this thermal compound and outside of liquid metal use, I can see making this one of my go to compounds in the future.
Final Score: 5/5
Delivers the goods and then some....
Reviewed in the United States on September 27, 2020
Any type of heatsink->CPU/GPU thermal dissipation solution requires a thermal compound to help cool the chip, but as we've seen, there are a dizzying array of thermal compounds that more or less do the job and fill in the "gaps" to increase cooling.Reviewed in the United States on September 27, 2020
If you are coming from a device that either has a poor application, an aged/pumped out application or NO application, using ANY compound will provide an immediate and remarkable improvement in cooling and most likely performance, fan noise and more, but this doesn't really tell us how it ranks against other compounds and if it is worth buying.
I decided to do a full week of testing between 5 different compounds to at least give an idea where this compound ranks if you're truly looking for top end performance. The hardware, testing and temps are in a picture attached for your review.
To emphasize the importance of thermal compounds (and establish an extreme control), I even did a run without any compound present. As expected, my system temp shot up to 100c+ crashed almost immediately.
So how does Alseye's T9+ compound stack up?
It delivers the goods and then some.
Compared to several other well known brands (which are all fantastic btw), Alseye's T9+ came out on top. The entire temp differential was ~5c with a range if 76-81 under load, but still in the battle of thermal compounds among several excellent compounds, this one rose to the top.
The texture of the compound does not make it easily spread. It is on the thicker side and lends itself best towards a pea, line or X application and let the heatsink and heat of use work their magic to get it where it needs to be. I've always found with a proper tight fit, the center pea application works the best and consistently on check covers the entire chip when the heatsink is tightened accurately.
If used correctly, you can manage to get several uses from this small syringe.
The thicker consistency also means this would work better for devices with a less tight pairing between the heatsink and chip (IE Laptops).
Overall, I am very pleased with the performance of this thermal compound and outside of liquid metal use, I can see making this one of my go to compounds in the future.
Final Score: 5/5
Images in this review
Reviewed in the United States on October 7, 2020
Plastic spreader is an interesting inclusion but the paste is a little too thick to use the spreader effectively. I just went withthe classic pea sized blob in the center of the CPU and have gravity do the rest.
Under stress, it actually averages 2 degrees cooler than Arctic Silver but idle it appears to run a little hotter on average. (2-3 degrees) Don't know if I'd trust it with overclocking a CPU but it's been keeping my test machine cool and will update if anything changes.
Achieves temperatures similar to Arctic Silver 5
Reviewed in the United States on October 7, 2020
Normally Arctic Silver 5 is my go-to paste when redoing heatsinks in just about everything for several years now, but recently I ran out and the local shop I buy it from has sadly gone out of business so I thought that now might be a good time to try something new and was pleasantly surprised.Reviewed in the United States on October 7, 2020
Plastic spreader is an interesting inclusion but the paste is a little too thick to use the spreader effectively. I just went withthe classic pea sized blob in the center of the CPU and have gravity do the rest.
Under stress, it actually averages 2 degrees cooler than Arctic Silver but idle it appears to run a little hotter on average. (2-3 degrees) Don't know if I'd trust it with overclocking a CPU but it's been keeping my test machine cool and will update if anything changes.
Images in this review
Reviewed in the United States on October 8, 2020
Reviewed in the United States on December 20, 2020
Reviewed in the United States on October 16, 2020
After cleaning surfaces with a cloth and rubbing alcohol, apply a thin layer - too thick won't work
Reviewed in the United States on October 16, 2020
I have an older laptop that’s been overheating a lot lately. I attempted to clean out all of the dust, but that did not really help. I suspected that maybe the thermal grease needed replacing, so I got this stuff to see if it would help. First (after turning off the computer and removing the batteries), I cleaned all of the old paste off of everything using a cloth and some rubbing alcohol. I then applied a thin layer of this new grease. Thus far, it seems to be doing the trick. I’ll have to give it a little more time for evaluation, but I am not noticing it overheat as much, so hopefully this solved the problem.
Reviewed in the United States on October 16, 2020
Images in this review
Reviewed in the United States on October 23, 2020
Reviewed in the United States on February 23, 2021
