🔥 Heat up your projects with Arctic Silver's ultimate adhesive!
The Arctic Silver Arctic Alumina Thermal Adhesive is a high-performance thermal adhesive made with 99.8% pure micronized silver, offering superior thermal conductivity greater than 7.5 W/mK. It is designed to operate effectively in a wide temperature range from -40C to over 150C, making it ideal for various applications. The product is RoHS compliant and includes a mixing wand for easy application.
C**A
It is pretty strong and easy to work with
I use this adhesive to attach thermal couples to stuff. It is pretty strong and easy to work with. Once mixed it behaves like a paste. It does seem to be thermally conductive with a high specific heat. The paste itself is not conductive. It is quite permanent so only use for permanent applications.
V**R
Does what it says it does.
Very good product actualy...I used it attach an arctic accelero twin II on gtx 570 , memory heatsinks and VRM area.They attach better than Phobya products, and they can come off pretty easy if the GPU is still fairly warm and a screw driver forcing on it like lever.Unforantley , its not as hard of glue and they advertise , two memory chips fell off when my case was banged. Better than Phobya and included g1 thermal glue that came with cooler tho...Give it atlease 12 hours for curring,SMELLS HORRIBLE!!!
S**R
This stuff is white, not silver.
I was shopping for Arctic Silver for a jewelry repair. I'd used it in the past and the real Arctic Silver works great and dries the color of grey silver (although matte looking). I bought this thinking it was the same, but be careful. This is the Alumina version, and it's different. It's white and does not work well for jewelry repair. Look the the original Arctic Silver if you want to use it for jewelry repair.
A**O
This stuff is great!
Love the product I have purchased many little tubes of this for odd projects,. I would call it semi-permanent,. While it should be considered permanent, I have never failed to be able to force the epoxy to break its bond if needed,. I can also confirm that this stuff is 100% insulator and not conductive even in the slightest. On a negative note,. The factory has a tendency of short filling the A tube of the A & B epoxy mix,. A&B are supposed to be mixed 1:1 so both tubes should be equal but there not, by quite a bit. So you will often be left with unusable B which is the only reason I take 1 star away from this product. (the sticker conceals fill level but if you look under the sticker prior to opening you'll see what I mean) Even with that often repeated packaging error I still love this stuff for what it does. Also be warned cure/hardening time is extremely fast,. 5min from the time you mix. So have everything clean and ready,. Before opening the tubes,.
N**Z
Read carefully!
I am currently replacing a $200 CPU because the $30 fan w/ heatsink went bad. I could have just replaced the fan, yes, but I had no idea the bond was pernament! So the CPU came out with the fan, a bent pin or two, and unable to insert it without damaging the motherboard. Wish I read the warning. It works REALLY well I just did not use it for the proper application, lolFrom the manufacturer's manual:"Arctic Alumina Thermal Adhesive IS NOT intended for use on a CPU. Only if your attachment mechanism is broke and you understand it will permanently glue your heatsink to your chip should you attempt doing it. If not then, ONLY use Arctic Silver Thermal Compound/grease on a CPU"[...]
L**.
LED must have product
Great for assembling high power LED flashlights or other projects. High heat conductivity combined with electrically neutral adhesive (both non conductive and non capacitive). Use a thin even base coat (.001-.002" thick for best heat conductivity) on one surface to separate electrically positive LED body (like a P-7) from electrically negative metallic heat sink. Allow electrical insulating base coat to dry then use a second application as adhesive to form a permanent high heat conductive attachment of the LED. Clean / degrease parts well before use. Scratch or slightly roughen metallic surfaces to improve physical bond of adhesive. One set is of sufficient quantity for many jobs. Easy to work with. Some shaping of adhesive during cure time is possible. Do not use where parts may need dissassembly later.Best combined cost + shipping price at the time purchased.
W**U
Never hardened . . .
Don't know if product was stored properly before sale, or if it was past expiration. Mixed properly and applied, but it never cured. Still tacky and not hard, dents easily with fingernail, after a month!
D**M
OK Its Artic Silver this means its Good - not as wonderful as the actual "Silver" thermal ...
OK Its Artic Silver this means its Good - not as wonderful as the actual "Silver" thermal epoxy it uses Aluminum Oxide for thermal conductivity and does a good job at it the best part "Its Non Conductive" - No Shorts or sparks - This is what I use for all small heat sinks - recommended..
A**I
Fast, and Cool
Shipping was fast, I got it 11 days early. Paste itself is quite good, temperatures down 10c from the thermal pads I was using before.
M**C
La mejor
Para mi, la mejor marca en pasta térmica.Esta, una vez aplicada y secada, deja totalmente pegados el disipador y la cpu.Muy buena compra.
�**�
Efficace (Attention à bien respecter le mélange)
Bonjour à tous,Ce genre de produit est utilisé notamment pour coller des "heatsink" : sorte de mini radiateur en alu sur les cartes graphiques. Cela permet de dissiper la chaleur des chips mémoires notamment, et réduire la chauffe globale de la carte graphique.C'est un très bon produit, ça colle super bien mais attention, il faut bien suivre la procédure fourni par Arctic :$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ Mettre la même dose avec les 2 tubes (ne pas mettre plus du 1 et moins du 2 par exemple)$ Ne pas faire le mélange directement sur l'objet qu'on souhaite coller (heatsink par exemple), utilisez un morceau de métal et faites votre mélange dessus.$ Utilisez ensuite la spatule avec votre mélange pour l'étaler sur votre heatsink$ Laissez 5 minutes de repos le temps que le mélange se durcisse$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$Attention !!!!! C'est définitif, vous ne pourrez pas revenir en arrière une fois que le mélange a durci, c'est collé et définitivement collé.Si vous avez bien respecté la procédure vous serez pas déçu, ça remplit parfaitement son office.🐍 Le Mamba Noir 🐍
E**I
Klebt Bombenfest, leitet gut die Wärme
Die Klebeigenschaften sind hervorragend, allerdings sollte eine zu kleine Klebefläche vermieden werden (mindestens so groß wie der Fingernagel vom kleinen Finger wäre gut, so Pi mal Daumen ;) ) ... und zu glatte Oberflächen sind auch nicht perfekt geeignet (direkt auf CPU, dazu weiter unten mehr)Bisher verwendet für:- Kühler am RasPi montieren (RAM, USB-Controller) mit den Kühlern die man hier kaufen kann und für den SoC habe ich mir einen alten passiven Northbridgekühler von einem Mainboard zurechtgesägt (30min 100% Last/ alle 4 Kerne bei RasPi 2 -> 65°C, getestet im Sommer, also entsprechend hoher Außentemperatur)- Bastelprojekt mit zerlegtem Netbook: Kühler direkt auf CPU geklebt (ich weis dazu ist Wärmeleitkleber weder perfekt geeignet noch gedacht, aber bei 6,5W TDP und keiner Halterung schon ok :p) Hielt gut ein halbes Jahr, Temperaturwerte waren auch immer sehr gut (Passiv und Vollast nie über 70°C bei erlaubten max. 100°C). Das Bastelprojekt wurde oft bewegt und war Erschütterungen ausgesetzt, deswegen fiel wohl der Kühler ab (dieser hatte auch ein relativ hohes Gewicht für diese kleine Klebefläche)- Notebook: Passiv gekühltes Notebook mit Pentium SoC und gruseliger Kühllösung, denn es wurde praktisch nur mit Luftzug des Lüfter gekühlt da auf dem SoC nur ein 2,5mm x 2,5mm großes Metallplättchen aufgeschraubt war, entsprechend lief der Lüfter ständig und bei Last mit nerviger Lautstärke und zu allem Übel konnte der Turboboost der CPU nie Dauerhaft gehalten werden.Die Lösung: alten und flachen Northbrigekühler auf besagtes Metallplättchen geklebt (zwischen SoC und Metallplättchen natürlich noch die Wärmeleitpaste getauscht)Ergebnis: Lüfter seitdem nicht mehr angesprungen, CPU läuft bei Belastung selbst stundenlang mit vollem Boosttakt :)Zur Verarbeitung: Komponenten 1zu1 mischen, hauchdünn auftragen und nach Möglichkeit eine weile zusammenpressen (paar Minuten per hand oder wenn möglich einfach etwas schweres drauflegen). Härtet relativ schnell aus, also wird schnell zäh. Wenn mal also mehrere Teile bearbeiten will, dann lieber mehrmals anmischen als einen großen Batzen, nach rund 10 Minuten wird es extrem schwer die Masse noch sinnvoll zu verteilen.
P**O
Grande forza di incollaggio
Questa colla bicomponente permette di tenere saldi due materiali ed offre una notevole capacità di trasmettere il calore.Io l' ho utilizzata per 4 led da 10w che ho incollato su una sbarra di alluminio. La presa, dopo 24 ore è fantastica, e la dissipazione che consente è ottima.Ne serve veramente poca per ogni applicazione.Seguite bene le istruzione a corredo.Raccomandata!
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