Two-Phase Thermal Design Library
Engineering tools, CAD resources, and technical guidance for designing with heat pipes, vapor chambers, and thermosiphons.
resources Categories
Electronic Cooling
System Selection
- Electronics Cooling Solutions Decision Guide
- Two Phase Cooling Solutions Page
Thermal Design Considerations
Thermal Calculators
Application Notes & White Papers
- Selecting the Right Two-Phase Cooling Architecture
- Design for Performance
- Design for Manufacturability
How Engineers Use This Library
A practical step-by-step workflow for selecting and integrating two-phase thermal solutions.
01
Identify your thermal constraints
02
Review applicable design resources
03
Select the appropriate two-phase technology
04
Download CAD drawings or reference data
05
Engage engineering for design optimization
Quick Design Reference
Device to Application Fit
Heat Pipe: Remote heat transport.
Vapor Chamber: Heat spreading and uniformity.
Thermosiphons: Gravity-assisted passive cooling.
Loop Thermosiphons: Long-distance passive transport.
Wick Selection
Grooved Wick: Low cost, orientation sensitive
Sintered Wick: High capillary pumping capability.
Mesh Wick: Moderate performance, flexible geometry.
Working Fluid Comparison
Water: 5°C to 150°C, highest performance.
Ammonia: -60°C to 60°C, aerospace.
Methanol: -40°C to 120°C, low-temperature operation.
Acetone: -40°C to 120°C, aluminum-compatible systems.
FREE THERMAL DESIGN REVIEW
Talk to a thermal engineer about your next design.
Share your project requirements and our engineering team will respond with a custom thermal review—typically within one business day.
- Direct access to senior engineers
- CFD modeling & 2-phase expertise
- ITAR, ISO, MIL-STD-810H compliant
- Response within 1 business day
3M+
Units shipped
30+
Active patents
91%
Retention
Request Your Free Quote
Recently Added Design Resources
Vapor Chamber Design Guide
Heat Pipe Design Guide
