We take cryptocurrency — so the coins you hold can buy real hardware.Pay in crypto, spend it on real hardware. Free insured shipping worldwide over $399. Plain, unbranded boxes, sent from Germany.Free insured shipping over $399. Your rate is locked for 30 minutes once checkout opens.Rate locked 30 minutes. Every item sealed, serial-checked and covered by a 24-month warranty.Sealed, 24-month warranty.

Saved items Sign in
Two white 3 g syringes side by side in clear blister pack

ModMyMods

ModMyMods Arctic Silver Ceramic Thermal Epoxy 6 g Set

SKU CH-YW9J-R5QQS

Permanent two-part ceramic epoxy bonds heatsinks to CPUs, GPUs and other chips where clips cannot fit, using aluminum oxide and boron nitride fillers for electrically insulating thermal transfer

  • Specifications2 x 3g syringes
  • FeaturesA permanent, electrically insulating two-part thermal adhesi
  • Permanent heatsink bond without mounting hardware using two-part ceramic epoxy
  • Electrically insulating formula protects PCBs with aluminum oxide and boron nitride fillers
  • Simple 1:1 mixing ratio enables precise application from dual Luer slip syringes
  • High-strength cured adhesive secures heatsinks on CPUs, GPUs, RAM and VRMs
  • 6 g total supply in two 3 g syringes covers multiple component installations

Permanent thermal adhesive for heatsink bonding

Arctic Silver Ceramic Thermal Epoxy is a two-part epoxy adhesive designed to permanently bond heatsinks to CPUs, GPUs, RAM, VRMs, and other integrated circuits where mechanical mounting is not possible. The electrically insulating formula uses aluminum oxide and boron nitride ceramic fillers to provide efficient heat transfer without risk of short circuits on exposed PCBs. It creates a durable, high-strength bond once fully cured.

Dual syringe kit with 1:1 mixing ratio

The 6-gram set supplies Part A resin and Part B hardener in separate 3 g Luer slip syringes for precise, controlled dispensing. The simple equal-volume mixing ratio eliminates guesswork and allows small batches to be prepared as needed. This packaging reduces waste and ensures fresh adhesive for each application, which is critical because the compound cannot be reworked after curing.

Six grams total for multiple small components

The 6 g combined volume covers several typical chip-scale heatsinks such as VRM coolers, RAM sinks, or GPU VRAM blocks. It is not suited for large CPU cold plates or repeated disassembly scenarios because the bond is permanent and the total quantity is limited. Builders needing removable thermal interface material or larger coverage areas should select a standard thermal paste instead.

Highlights

  • Permanent heatsink bond without mounting hardware using two-part ceramic epoxy
  • Electrically insulating formula protects PCBs with aluminum oxide and boron nitride fillers
  • Simple 1:1 mixing ratio enables precise application from dual Luer slip syringes
  • High-strength cured adhesive secures heatsinks on CPUs, GPUs, RAM and VRMs
  • 6 g total supply in two 3 g syringes covers multiple component installations

Specifications

BrandArctic Silver
ModelACE-6G
Part NumberACE-6G
Specifications2 x 3g syringes
FeaturesA permanent, electrically insulating two-part thermal adhesive that securely bonds heatsinks while delivering efficient heat transfer for CPUs, GPUs, and other components.

Questions about this item

Does the Arctic Silver Ceramic Thermal Epoxy ever need reapplication once the heatsink is bonded?

No, the two-part epoxy forms a permanent bond after curing. It is designed for situations where mechanical fasteners cannot be used, so the adhesive itself becomes the structural mount and does not require replacement.

What limits how long a heatsink can stay attached under continuous load?

The cured epoxy maintains its bond indefinitely under normal operating temperatures. The aluminum oxide and boron nitride fillers remain stable, so thermal cycling does not degrade the adhesive layer.

How much heat does the epoxy add to the system during all-day operation?

The compound is electrically insulating and thermally conductive; it transfers heat from the component to the heatsink without generating any heat itself. Power draw and noise are unaffected by the adhesive layer.

New to this? Which coin should you pay with — what to check, what it costs to pay, and what is never asked for.

Also in this aisle

People compared these

Same shelf, same checkout — eight coins and a 30-minute rate lock.