Log in Launch Studio

Natural · Thermal Conductivity

Thermal Conductivity of Diamond

The thermal conductivity of Diamond is approximately 2200 W/(m·K). How readily heat flows — drives conduction in thermal analysis.

Thermal Conductivity of Diamond

2200 W/(m·K)

Ranked #1 of 53 materials by thermal conductivity

Compared to nearby materials

Diamond	2200 W/(m·K)
Silver	429 W/(m·K)
Copper C110	391 W/(m·K)
Silicon Carbide (4H)	370 W/(m·K)

← All properties of Diamond

Related products

AI Copilot Power-User Workshop

Get expert-level results from the AI Copilot.

Courses & TrainingView →

White-Label / Embedded Widget

Embed PolySim in your product under your own brand.

Business & B2B PlansView →

GPU-Minute Pack (Small)

60 cloud GPU-minutes for compute-heavy renders and solves.

Compute & CreditsView →

Reproducibility Bundle

Pin environment + random seed and archive a reproducible run.

Compute & CreditsView →

Materials Property Deep Lookup

Detailed, sourced property sheet for any material in your model.

Premium ToolsView →

Expert Simulation Review

A simulation specialist reviews your model and reports issues.

Expert ServicesView →

Disclaimer. PolySim OS is a simulation and modeling platform, not a certified engineering, scientific, or professional-advisory service. Simulation results, material properties, and generated outputs are provided for research, educational, and informational purposes only and are not a substitute for physical testing, professional engineering judgment, peer review, or regulatory certification. No warranty is made as to the accuracy, completeness, or fitness for any particular purpose of any result produced by the platform. Always validate critical results against experimental data and qualified professional review before relying on them.

Property values and figures shown are typical/representative ranges compiled for reference and may vary by source, grade, temperature, and processing. Verify against primary sources before use in design.