Dongguan Ziitek Electronical Material and Technology Co., Ltd blog

Why Ultra-Soft Thermal Pads Matter for AI Servers and High-Performance Electronics As AI computing, 5G communication, optical networking and high-performance electronics continue to evolve, increasing power density is creating new challenges for thermal management. Engineers need thermal interface ... Read More

V-0 vs VTM-0: Understanding UL 94 Flame Ratings for Thermal Pads When engineers compare thermal pads for electronic applications, thermal conductivity is usually one of the first specifications they check. But for products used near power electronics, batteries, connectors, and other heat-generating ... Read More

ZIITEK TIF®100N 8085-06: Low-Dielectric Thermal Management Solution for 5G, AI Computing, and High-Frequency Electronics With the rapid development of 5G communications, millimeter-wave radar, AI computing, and high-performance computing, electronic devices are becoming increasingly high-frequency, ... Read More

ZIITEK Thermally Conductive Plastics: Driving Innovation in Thermal Management Through Lightweight Design and Efficient Heat Dissipation With the rapid development of AI servers, new energy vehicles, 5G communications, LED lighting, industrial automation, consumer electronics, and other high... Read More

Ziitek's TIG®7835L liquid metal thermal conductive material empowers AI servers with ultra-high computing power and efficient heat dissipation 1. When computing power surges but heat dissipation becomes a bottleneck, liquid metal becomes the core solution to break through the problem. The rapid ... Read More

What Are Thermal Pads Used for? Core Functions and Practical Applications What are thermal pads used for? For anyone engaged in electronic assembly, hardware maintenance, and industrial manufacturing, this question is fundamental. Simply put, thermal pads are high-performance thermal interface ... Read More

Introduction Artificial Intelligence is driving one of the fastest increases in computing power the industry has ever experienced. Today's AI servers no longer consume just a few hundred watts per processor. Modern GPU accelerators routinely exceed 700–1000W, while next-generation AI platforms ... Read More

Analysis of 90% engineers' misunderstanding in choosing thermal conductive silica pad. 1. Avoid the Selection Pitfall: Thermal Resistance Is Never the Sole Criterion Most engineers fall into a fixed mindset when selecting thermal conductive silicone sheets—single-mindedly pursuing "lower thermal ... Read More

TIG®7835N Liquid Metal Thermal Conductive Paste | Anti-vibration and Anti-overflow, covering the whole scene of 5G/vehicle/3C/industrial control TIG®7835N is a thermal paste made by combining gallium-based alloy with high thermal conductivity powder. Its thermal conductivity can reach 35.0 W/mK, ... Read More

Selecting the Right Thermal Interface Material for EV Battery Modules: Thermal Gel or Thermal Pad? As electric vehicle battery systems become more compact and power-dense, choosing the right thermal interface material (TIM) has become a key engineering decision. A poor thermal interface can increase ... Read More