Thermal Design & Theory

Liquid Cold Plate Design Guide: Comparing 5 Flow Channel Structures (ΔT=30℃) A Comparative Analysis of 5 Structural Designs Based on

Vapor Chamber vs. Heat Sink: When to Upgrade for High-Power Industrial Cooling? Effective cooling is essential for high-power industrial systems,

Vapor Chamber Heat Sink: Heat Spreading, Data & Selection Guide A vapor chamber heat sink is used when a small

The Ultimate Guide to PCB Heat Sinks: Types, Materials, and Thermal Design Managing heat effectively is essential for maintaining the

Micro-Channel Cooling vs. Vapor Chambers: Managing 1kW/cm² Laser Heat Flux High-power lasers can generate heat loads as high as 1

Thermal Characteristics & Optimization Design of Aerospace PCBs Ready to optimize your thermal design? Send us your STEP files or

Custom Vapor Chamber Manufacturing: A Complete DFM Guide for Engineers Introduction Standard vapor chamber designs are no longer sufficient for

3D Vapor Cooling vs. Traditional Vapor Chambers: Thermal Performance Analysis Introduction: High-power electronics, including AI processors, IGBTs, and dense power

Liquid Cold Plate Channel Design: Hydroforming, Stamping, and Micro-Channel Limits You can design the most thermally efficient fluid channel in

Table of Contents What Fluid is Used in Liquid Cold Plates? Water vs. Glycol vs. Dielectric Fluids Executive Summary: While

Table of Contents Air Cooling vs. Liquid Cold Plates: When to Make the Switch? Executive Summary:The choice between liquid and