IC Diamond 24 Carat

Description

Ic Diamond 24 Carat

The IC Diamond 24 Carat is a premium diamond-based thermal compound containing 92% micronized synthetic diamond by weight. Diamond has a thermal conductivity of 2,000–2,500 W/mK — roughly five times higher than pure silver — making IC Diamond one of the most effective thermal interface materials available for ASIC miner chips, CPUs, and GPUs. It is electrically non-conductive and non-capacitive, so accidental contact with nearby components will not cause shorts.

In ASIC mining, thermal paste is not a set-and-forget component. Chips running 24/7 at high temperatures dry out standard thermal compounds within months. IC Diamond is formulated for long-term stability — it will not bleed, separate, or pump out under sustained load. After a two-hour break-in period, it reaches peak performance and maintains it. For miners who want the best thermal interface between their ASIC chips and heatsinks, IC Diamond is the professional choice.

Technical Specifications

Specification	Value
Thermal Conductance	4.5 W/m-K
Thermal Resistance	0.25°C-cm²/W @ 100μ BLT
Diamond Content	92% micronized synthetic diamond by weight (94% after dry-out)
Electrical Properties	Non-conductive, non-capacitive
Break-in Period	~2 hours to reach peak performance
Compliance	RoHS compliant
Manufacturer	Innovation Cooling

Mining Applications

• ASIC hashboard chip re-pasting — apply to individual ASIC chips during hashboard maintenance or after chip replacement for optimal thermal transfer.
• Bitaxe and open-source miners — premium thermal interface for BM1366, BM1368, BM1370, and other ASIC chips in Bitaxe builds.
• Control board and voltage regulator cooling — anywhere a chip meets a heatsink on mining hardware.

Frequently Asked Questions

Is IC Diamond better than standard hashboard thermal paste?

IC Diamond is a premium option. Standard gray thermal paste works well for bulk hashboard re-pasting across dozens of chips. IC Diamond excels when you want maximum thermal performance on individual high-value components — such as a Bitaxe build, a single chip replacement, or a control board processor. For full hashboard re-pastes on Antminers with 76+ chips, the bulk Hashboard Thermal Paste (Gray) is more cost-effective.

Will it damage my hashboard if it touches other components?

No. IC Diamond is electrically non-conductive and non-capacitive. Unlike liquid metal thermal compounds, accidental contact with solder pads, traces, or neighboring components will not cause electrical shorts.

How long does it last before I need to re-apply?

IC Diamond is engineered for long-term stability. It resists bleeding and separation under sustained heat, so it lasts longer than most standard thermal pastes. In a 24/7 mining environment, expect solid performance for 12+ months before re-evaluation. Check chip temperatures periodically — if they climb 5–10°C above your baseline, it is time to re-paste.

Why Buy from D-Central

D-Central uses IC Diamond in our repair shop for precision applications where thermal performance matters most. We stock genuine Innovation Cooling product, shipped from Canada. Need help with a hashboard re-paste or chip replacement? Our ASIC repair service handles it professionally.