News

Why Thermal Management Is Critical for Modern Medical Devices 2025-11-27

Why Do Power Modules Rely on Custom Heat Sinks for Reliable Performance 2025-11-10

Step by Step Guide to Using Heatpipe Cooling in Battery Systems 2025-07-06

Heatpipe Cooling in battery systems boosts safety and performance by evenly managing heat. Follow key steps for efficient installation and long battery life.

Heatpipe Cooling Advantages and Disadvantages Explained 2025-07-16

Heatpipe cooling offers efficient, silent heat transfer and design flexibility, but has limits in orientation, cost, and high-power applications.

How to Choose the Right Extrusion Heat Sink for Industrial Use 2025-11-10

Choose the right extrusion heat sink by considering heat output, material, size, and airflow to ensure optimal cooling and reliability for industrial equipment.

Active vs Passive Cooling: How Modern Electronics Manage Heat 2025-06-20

Laptop Thermal Management: Why Vapor Chambers and Heat Pipes Matter 2025-06-20

Vapor Chamber Heatsinks: Advanced Thermal Solutions for High-Power Electronics 2025-09-01

Vapor chamber heatsinks are transforming thermal management in high-performance electronics by offering fast, uniform heat spreading in thin, reliable designs. This article explores their structure, advantages, manufacturing techniques, and applications across consumer, industrial, and automotive sectors.

7 Common Misconceptions About Heat Pipe Cooling Systems 2025-09-01

This article debunks seven widespread misconceptions about heat pipe cooling systems, revealing how modern design and manufacturing advancements have enhanced their reliability, flexibility, and efficiency. From concerns about leaks to misunderstandings about weight, heat pipes remain a vital passive thermal solution for compact, high-power applications. Additional insights explore their real-world performance value and customizable variants.

5 Key Steps to Customize a Heat Sink for Your Electronic Device 2025-06-12

Custom heat sinks are essential when off-the-shelf solutions fall short. This article outlines five practical, engineering-focused steps to build a thermal solution tailored to your electronic device. From defining thermal requirements to selecting advanced cooling technologies like skived heat sinks and zipper fins heat sinks, each phase ensures your design delivers optimal performance in real-world conditions.

How does the heat sink work 2025-06-09

A heat sink works by transferring heat from components like CPUs to the air using conduction, convection, and radiation, preventing overheating.

Best Heat Sink Materials for 5G Equipment Cooling 2025-06-05

5G technology promises speed, bandwidth, and seamless connectivity. But all that power generates something far less desirable—heat. From antennas to processors, 5G components run hotter and denser than ever before. The solution? Choosing the right heat sink materials. With effective thermal management, devices not only stay cool but maintain performance, reliability, and longevity. Let's break down which materials work best for 5G equipment cooling—and why your choice could be the difference between system success and failure.