Company Cases

Company Cases

Explore our successful projects and client case studies.

Home Cases
Our Projects
32 Cases
ZIITEK Thermally Conductive Plastics: Driving Innovation in Thermal Management Through Lightweight Design and Efficient Heat Dissipation 2026-08-26

ZIITEK Thermally Conductive Plastics: Driving Innovation in Thermal Management Through Lightweight Design and Efficient Heat Dissipation

Read More
Ziitek's TIG7835L liquid metal thermal conductive material empowers AI servers with ultra-high computing power cooling capabilities. 2026-08-12

Ziitek's TIG7835L liquid metal thermal conductive material empowers AI servers with ultra-high computing power cooling capabilities.

Read More
What Are Thermal Pads Used for? Core Functions and Practical Applications 2026-08-05

What Are Thermal Pads Used for? Core Functions and Practical Applications

Read More
Solving two major problems of 5G equipment: Integrated thermal and anti-radiation materials that balance heat dissipation and radiation suppression core principle 2026-07-21

Solving two major problems of 5G equipment: Integrated thermal and anti-radiation materials that balance heat dissipation and radiation suppression core principle

Read More
Analysis of 90% engineers' misunderstanding in choosing thermal conductive silica pad. 2026-07-16

Analysis of 90% engineers' misunderstanding in choosing thermal conductive silica pad.

Read More
TIG7835N Liquid Metal Thermal Conductive Paste | Anti-vibration and Anti-overflow, covering the whole scene of 5G/vehicle/3C/industrial control. 2026-07-07

TIG7835N Liquid Metal Thermal Conductive Paste | Anti-vibration and Anti-overflow, covering the whole scene of 5G/vehicle/3C/industrial control.

Read More
New Energy Vehicle Battery Pack Sealing & Thermal Management Solution 2026-06-26

New Energy Vehicle Battery Pack Sealing & Thermal Management Solution

Read More
Low-Outgassing Thermal Pads Meet the Growing Thermal Management Demands of High-End and Long-Life Electronic Devices 2026-06-17

Low-Outgassing Thermal Pads Meet the Growing Thermal Management Demands of High-End and Long-Life Electronic Devices

Read More
How to choose thermal conductive materials for portable/wearable devices? ZIITEK graphite sheets unlock a new lightweight and efficient cooling solution. 2026-06-05

How to choose thermal conductive materials for portable/wearable devices? ZIITEK graphite sheets unlock a new lightweight and efficient cooling solution.

Read More
Thermal Management of High-Power Electronic Devices: The Advantages of Using Ziitek High Thermal Conductivity Adhesive 2026-05-18

Thermal Management of High-Power Electronic Devices: The Advantages of Using Ziitek High Thermal Conductivity Adhesive

Read More
Ziitek thermal and absorbing wave material: Empowering stable operation of electronic devices 2026-04-08

Ziitek thermal and absorbing wave material: Empowering stable operation of electronic devices

Read More
The 2026-03-24

The "savior" for the heat dissipation of AI chips, Ziitek carbon fiber Thermal conducting pad has a heat conductivity coefficient of up to 25w/m.k and a thermal resistance as low as 0.05 ℃.cm²/w.

Read More
The preferred solution for IGBT thermal management: Ziitek TIS thermal conductive and insulating silica gel sheet, a one-stop solution for thermal conductivity and insulation. 2026-03-10

The preferred solution for IGBT thermal management: Ziitek TIS thermal conductive and insulating silica gel sheet, a one-stop solution for thermal conductivity and insulation.

Read More
Energy storage station 2026-02-26

Energy storage station "heat dissipation guardian" - TIS thermal conductive encapsulation adhesive

Read More
High heat dissipation, worry-free sealing! ZIITEK thermal conductive epoxy potting compound helps upgrade the performance of communication and aerospace connectors. 2026-02-09

High heat dissipation, worry-free sealing! ZIITEK thermal conductive epoxy potting compound helps upgrade the performance of communication and aerospace connectors.

Read More
GPU Heat Dissipation Core: Full Analysis of Ziitek's Three Commonly Used Thermal Interface Materials (TIM) 2026-01-27

GPU Heat Dissipation Core: Full Analysis of Ziitek's Three Commonly Used Thermal Interface Materials (TIM)

Read More
Thermal Conductive Potting Compound Using Guide: Accurate operation procedure & Key precautions 2026-01-05

Thermal Conductive Potting Compound Using Guide: Accurate operation procedure & Key precautions

Read More
2025-12-08

"High thermal conductivity, insulation, and shock resistance!" The triple core of the thermal conductive silicone sheet has built a solid defense line for the thermal management of unmanned aerial vehicles.

Read More
Ultra-thin and customizable: The key to breaking the deadlock of heat dissipation in narrow spaces with thermal silicone sheets 2025-11-06

Ultra-thin and customizable: The key to breaking the deadlock of heat dissipation in narrow spaces with thermal silicone sheets

Read More
Not only about expansion, but also about innovation! Kunshan Ziitek's new base builds a new highland for the research and development of Al server thermal management 2025-10-10

Not only about expansion, but also about innovation! Kunshan Ziitek's new base builds a new highland for the research and development of Al server thermal management

Read More
Uneven heat generation in components? Thermal conductive potting compound can evenly distribute heat throughout, saying goodbye to local overheating! 2025-09-05

Uneven heat generation in components? Thermal conductive potting compound can evenly distribute heat throughout, saying goodbye to local overheating!

Read More
With the rapid increase in AI computing power, how can thermal graphite sheets break the 2025-08-04

With the rapid increase in AI computing power, how can thermal graphite sheets break the "high-temperature shackles" of tablet computers?

Read More
2025-07-21

"Invisible Heat-dissipating Guardian" in Mobile Phone: Artificial Graphite Sheet

Read More
Thermal silicone sheet: The 2025-07-08

Thermal silicone sheet: The "invisible guardian" for effective heat dissipation of switching power supply

Read More
1 2