Last updated: 2026/10/16
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Last updated: 2026/10/16
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Thermal Pad
Silicone Thermal Pads
UTP100 Series Silicone Thermal Pads
TP120 Series Silicone Thermal Pads
TP150 Series Silicone Thermal Pads
TP200 Series Silicone Thermal Pads
TP300 Series Silicone Thermal Pads
TP400 Series Silicone Thermal Pads
TP500 Series Silicone Thermal Pads
TP600 Series Silicone Thermal Pads
TP700 Series Silicone Thermal Pads
TP800 Series Silicone Thermal Pads
TP1000 Series Silicone Thermal Pads
TP1200 Series Silicone Thermal Pads
TP1500 Series Silicone Thermal Pads
TP150-H40-S Ultra-Soft Thermally Conductive Gap Filler Pad
TP150-H55-S Ultra-Soft Thermally Conductive Gap Filler Pad
TP200-H25-L Low Volatility Thermally Conductive Gap Filler Pad
TP200-H35-S Ultra-Soft thermally Conductive Gap Filler Pad
TP300-H30-L Low Volatility Thermally Conductive Gap Filler Pad
TP300-H30-S Ultra-Soft Thermally Conductive Gap Filler Pad
TP400-H40-9 Thermal Conductive Gap Pad
TP400-H50-L Low Volatility Thermally Conductive Gap Filler Pad
TP500-H40-9 Thermally Conductive Gap Filler Pad
TP600-H40-9 High Thermally Conductive Gap Filler Pad
TP700-H50-9 High Thermally Conductive Gap Filler Pad
TP800-H60-9 High Thermally Conductive Gap Filler Pad
TP1000-H65-9 High Thermally Performance Gap Filler Pad
TP1200-H65-9 High Thermally Conductive Gap Filler Pad
Silicone Free Thermal Pad
TP200-H45-SF Silicone Free Thermal Pad
TP300-H50-SF Silicone Free Thermal Pad
TP400-H60-SF Silicone Free Thermal Pad
TP500-H60-SF Silicone Free Thermal Pad
TP600-H60-SF Silicone Free Thermal Pad
TP1000-H60-SF Silicone Free Thermal Pad
Thermal Electro-Magnetic Absorber Pad
TP150-H55-AM1 Thermal Electro-Magnetic Absorber Pad
TP300-H55-AM1 Thermal Electro-Magnetic Absorber Pad
TP400-H65-AM Thermal Electro-Magnetic Absorber Pad
TP500-H70-AM Thermal Electro-Magnetic Absorber Pad
Thermal Insulation Pads
TC900S Thermally Conductive Electrically Isolating Material
TC1500 Thermally Conductive Electrically Isolating Material
TC2000 Thermally Conductive Electrically Isolating Material
TC3000 High Performance Electrically Isolating Material
TCK10 Thermally Conductive Electrically Isolating Material
TCK15B High Performance Heat Curing Thermally Conductive Insulating Tape
Liquid Gap Filler
Thermal Conductive Gap Fillers
TF200K Two-Part Thermally Conductive Gap Filler
TF300 Two-Part Thermally Conductive Gap Filler
TF350-L Two-Part Low Volatile Liquid Gap Filler
TF400 Two-Part Thermally Conductive Gap Filler
TF600 Two-Part Thermal Liquid Gap Filler
TF800 High Performance Two-Part Thermal Conductive Gap Filler
TF1000 High Performance Two-Part Thermal Liquid Gap Filler
Thermal Putty
TM200-L Low-Volatility Thermal Putty
TM300-1 One-Part Thermal Putty
TM400-1 One-Part Pre-cured Thermal Putty
TM500 One-Part High-Performance Thermal Putty
TM600 Preformed High-Efficiency Heat Conductive Mud
TM800 Post-Curing High-Performance Thermal Putty
TM1000 One-Part High Performance Liquid Gap Filler
TM1200 One-Part High-Performance Thermal Putty
TM1500 One-Part High-Performance Thermal Putty
Thermal Grease
TG200-S Thermal Grease
TG300 High-Temperature Thermal Grease
TG300-LR Ultra-Low Thermal Resistance Thermal Grease
TG400 High-Performance Thermal Grease with High Reliability
TG500 High-Performance Thermal Grease with High Reliability
TG600 High Thermal Conductivity & High Reliability Thermal Grease
TG600-M Ultra-Low Thermal Resistance Thermal Grease
Potting Compound
GF200 Two-Part thermally conductive Potting Material
GF200-L Low Volatility Thermal Conductive Potting Compound
GF300 Two-Part thermally conductive Potting Material
GF400 Two-Part thermally conductive Potting Material
Phase Change Thermal Interface Material
Phase Change Thermal Pad
PCM200 High Performance Phase Change Thermal Conductivity Material
PCM300 High Performance Phase Change Thermal Conductivity Material
PCM400 High Performance Phase Change Thermal Conductivity Material
PCM500 High Performance Phase Change Thermal Conductivity Material
PCM600 High Performance Phase Change Thermal Conductivity Material
PCM850 High Performance Phase Change Thermal Conductivity Material
Liquid Metal Thermal Paste
LMG1500 Liquid Metal Thermal Grease
LMG4000 Liquid Metal Thermal Grease
LMG7000 Liquid Metal Thermal Grease
Graphene Thermal Pad
HGP6 Ultra-High Thermal Performance Graphene Pad
HGP8 Ultra-High Thermal Performance Graphene Pad
HGP10 Ultra-High Thermal Performance Graphene Pad
HGP12 Ultra-High Thermal Performance Graphene Pad
Applications
Electronic Vehicles
Consumer Electronics
Security
Telecom Industry
Resources
Catalogue
TIMs Selection Guide AOK 2026 EN
UTP100 Series Thermal Pad (TDS)
TP120 Series Thermal Pad (TDS)
TP150 Series Thermal Pad (TDS)
TP200 Series Thermal Pad (TDS)
TP300 Series Thermal Pad (TDS)
TP400 Series Thermal Pad (TDS)
TP500 Series Thermal Pad (TDS)
TP600 Series Thermal Pad (TDS)
TP700 Series Thermal Pad (TDS)
TP800 Series Thermal Pad (TDS)
TP1000 Series Thermal Pad (TDS)
TP1200 Series Thermal Pad (TDS)
TP1500 Series Thermal Pad (TDS)
TCK Series Electrically Insulating Thermal Sheet (TDS)
TC Series Electrically Insulating Thermal Sheet (TDS)
TF Series Thermal Conductive Gap Filler (TDS)
TM Series Thermal Conductive Gap Filler (TDS)
TF Series Silicon-Free Thermal Pad (TDS)
TG Series Thermal Grease (TDS)
GF Series Thermally Conductive Potting Encapsulant (TDS)
AOK Technologies Company Profile
FAQ
Videos
Best Thermal Paste application visually explained!
GA200 Thermally Conductive Gel Flow Rate Lab Test
Thermally Conductive Gel Tensile Strength Test
Professional Silicone Thermal Pads Die-cut Processing
How We Product Thermal Interface Material
One-Part Dispensable Gap Filler Dispensing Test
Die-cutting process of soft silicone thermal pad
TP Series, Ultra Soft Gap Filler Pads
Having the Right Thermal Management Material
Blog
Why Are Thermal Insulation Pads Critical for Modern Consumer Electronics?
How Do Silicone Thermal Pads Enhance Security System Reliability?
How Can Silicone Thermal Pads Revolutionize Your Electric Vehicle Thermal Management?
How Does a Thermal Pad Work? A Practical Guide for Electronics Cooling
What Are Thermal Pads Made Of? A Complete Guide to Materials, Structure, and Performance
Thermal Paste vs Thermal Putty: Key Differences, Performance, and Best Applications
What's a Good Thermal Pad for NVMe SSDs?
Silicone vs Epoxy vs Polyurethane Potting Compounds: How to Choose for Electronics
Thermal Putty vs Thermal Pads for GPU VRAM: Which One Should You Use?
How Thick Should a Thermal Pad Be for an M.2 NVMe SSD?
About Us
Company Profile
Company News
Features of TCK Series Thermal Insulating Sheet
Use Skills and Common Types of Thermally Conductive Potting Encapsulant
The Difference between Thermally Conductive Potting Encapsulant and Thermally Grease
TF400 Two-Part Thermally Conductive Gap Fillers
Performance Oriented Solution in the Range of Ultra Soft Thermal Pad
Double Sided Adhesive Thermal Pads (UL 94 V-0 Standards)
Extremely High Thermal Conductivity Natural Graphite Sheet
Use AOK Thermal Interface Pads in Your Electronics
Design and Manufacture Custom Thermally Conductive Materials Products to Power and Protect Advanced Electronic Applications
How Does a 12W/m.K Silicone Thermal Pad Make a Difference?
Thermal Pad Difference between Thermal Conductivity and Thermal Impedance
The 7 Important Data to Look at When Choosing a Thermal Interface Pads
Info on High Performance Thermal Pads
How Should I Store Thermal Gap Filler Materials?
A Good Way to Store Thermal Pad Sheet
Silicone Cooling Pad Thinner or Thicker Better
Recommendations for Choosing a Thermal Conductive Pad
Is There a Difference in Thermal Gap Pads Softness?
What are Thermal Pads?
How to Stick a Thermal Pad?
What Is a Thermal Conductive Gel?
What Is the Bonding Strength of Thermal Conductive Silicone Grease?
Best Way to Accurately Cut Thermal Pads
More Information about the Thermal Conductivity Levels of the Thermal Pads
Introducing AOK Thermal Interface Materials
About the Hardness of Thermal Pads
Challenges and Solution for Pick and Place Automation of Thermal Gap Filler Pads
The Thermal Conductivity of TIM Depends on the Physical Properties and Density of the Filler
Silicone Thermal Pads and Non-Silicone Thermal Pads
Why Use AOK Thermal Gels?
How to Select Thermal Material Products Based on UL Flammability Rating
Most Advanced Adhesive Thermal Compound Solutions to All Corners of the Globe
Simple and Easy to Use Gap Pad Materials
Performance Characteristics of Thermal Sil Pads
Tailored Thermal Management Materials Can Make Heat Dissipation More Efficient
To Store Your High-Performance Thermal Grease Properly
Is Thermal Grease the Same as Thermal Putty?
What Is the Thermal Conductivity Test Standard for Thermal Pad?
Explore How Our Potting Solutions for Power Electronics Can Propel Your Business into the Future
20th Anniversary Celebration of AOK Technology
What Is Silicone Thermal Putty Used For?
What's the Difference Between Thermal Pads and Putty Especially in Terms of Heat Transfer?
Thermal Gap Filler Pads Offer Fexibility Andvibration Dampening
New Product Launch: AOK TP1500 Series Thermal Pad
TP1500 Series 15.0 W/m.K Thermal Pad Is a Premium Thermal Gap Filler
GF Series Thermally Conductive Potting Encapsulant Application Note
Explore AOK Thermal Gap Fillers and Their Qualities
Is Thermal Putty the Same as Thermal Paste?
Thermally Conductive Adhesive Solutions
What Is Thermal Gel Used For?
How Should I Store My Thermal Gap Filler Gel?
Discover AOK Innovations in Thermal Management & EMI Shielding That Keep Electronics Cool & Reliable
How to Choose Reliable Thermal Pad Factory
Industry News
HGP Series Graphene Thermal Pad - Revolutionary Heat Dissipation Solution
Application of Thermal Conductive Materials in 5G Medical Devices
Battery Thermal Management in Electrical Vehicle
Use Thermal Interface Materials to Improve Thermal Conduction in Outdoor Power Supplies
Thermal Conductive Gel Help 5G Communication Industry Thermal Management
How to Solve the Heat Dissipation Problem of the Robot Chip?
Thermally Conductive Material Focus on Providing Excellent Thermal Conductivity for High-Energy Batteries
Thermally Conductive Grease Save the Heat Dissipation Problem of Electric Vehicle Chips
Thermal Pad Help to Cooling Our Laptop
Application of Silicone Thermal Pads in Wireless Charging Mat
Thermal Interface Materials for Car Charger Cooling
Heat Dissipation Material for Gan Rubik's Cube Socket
Installing Thermal Pads on m2 Macbook Air for Better Performance
Thermal Interface Material Comparison: Thermal Pads vs Thermal Grease
Choose the Right Thermal Pads for Thermal Management in Electronics
Thermally Conductive Insulators in Power Supply Adapter
Thermal Conductive Silicone Pad Are Widely Used for High Power LED Lighting
Smart Router Efficient Heat Dissipation Materials
Thermal Management for Ev Battery and Electronics Manufacturing
Thermal Conductive Interface Materials Help Automotive Radar Dissipate Heat
Optimizing Thermal Management Useing Thermally Conductive Materials
Thermal Interface Materials Improve the Electronic Efficacy of the Devices
Application of Thermally Conductive Gel in Heat Dissipation of Photovoltaic Inverters
Focus on Engineering Solutions for Heat Dissipation Materials for Electric Vehicles
Heat Conductive Pad Help the Energy Storage System Dissipate Heat
Ai Promotes the Development of Thermal Conductive Materials!
The Importance of Thermally Conductive Materials in Electric Vehicle Manufacturing
Use High Performance Thermal Pads in PCB Design and Manufacturing
Thermal Pads Are Commonly Used in the Automotive Industry for a Variety of Applications
Ultra-Thin Silicone Grease Thermal Interface Coating Helps Reduce Heat
Application of Heat Transfer Pads in the Field of Drones
How Thermal Pad Solutions Are Making a Positive Impact in Automotive Applications
VR Headset Thermal Management Solutions
How Do Thermal Insulation Pads Contribute to the Overall Safety of Battery Systems?
EMI Shielding and Thermal Interface Solutions for Telecommunications Applications
Effective Thermal Management Is Critical for Ev Battery Control Units
Different Thermal Materials for EV Battery Applications
Thermal Conductive Materials Help Huawei Photovoltaic Optimizer Worry-Free Heat Dissipation
Lithium-Ion Battery Thermal Runaway Solution
Efficient Heat Dissipation: The Smart Charging Magic of UGREEN Ultra+ Power Box
The Main Purposes of LED Thermal Pads
Integrate the Thermal Management System into the Robot
Importance of Thermal Interface Material for Artificial Intelligence
TIMs Ensuring the Reliability and Performance of the Server and Their Associated Infrastructure
Are There Any Specific Considerations to Keep in Mind When Selecting Thermal Pads for Automotive Electronics?
Using Thermally Conductive Materials Is Essential in Offsetting Performance Variations Arising from Inadequate Thermal Dissipation
Enhancing CCTV Camera Performance with Thermal Gap Filler Pad
Thermal Conductive Pads Are Used in Various Medical Equipment to Manage Heat Effectively
Drones with Electromagnetic Interference Shielding and Thermal Interface Materials
Thermal Management Is Key to Unlocking the Full Potential of Dc/Dc Converters in Evs and Hevs
Solving the Increasingly Severe Thermal Challenges Today and in the Future
Premium Silicone-Free Thermal Grease for Superior Cooling and Reliability
Thermal Management Materials Ensure the Longevity and Performance of Charging Stations
Tesla Wireless Charging Module Is Coated with Pink Thermal Putty to Enhance Heat Dissipation and Reduce Temperature Rise
Enhancing Industrial EV Battery Performance with Thermal Conductivity Gel
As AI & Cloud Computing Drive Demand for Data Centers, Challenges in EMI Shielding & Thermal Management Arise
Exhibitions
Critical Power Expo takes place SEP 13–15, 2016 in Novi, MI
The Annual Advanced Battery Tradeshow
AOK Attend the Battery Show
AOK Invite You to Join Us at the 2023 Battery Show!
AOK at the 10th Heat Conduction Materials Exhibition Shenzhen 2023
Experts in Heat Dissipation and Thermal Conduction, AOK Showcase Technical Prowess at the Shenzhen CMF 2024 Exhibition
FAQ News
The Key Role and Applications of PI Film in Thermal Interface Materials | Electronics Thermal Management
Electrically Insulating Thermal Sheet for Efficient Heat and Electrical Protection
Where to Buy High-Quality Thermal Pads: A Guide
How Do I Go About Thermal Transfer Putty?
Why Don't More People Use Silicone Thermal Pads Instead of Thermal Paste?
Do Thermal Pads Absorb Heat?
How Do You Proceed to Remove Old Sticky Thermal Pads?
What Is Thermal Interface Material Made Of?
Thermal Gap Pad with Low Oil-Bleed and Low Oil Migration
Can I Use a Cooling Thermal Pad on a CPU Laptop?
Are Thicker Thermal Pads Better?
Where to Put Thermal Putty?
What Is the Maximum Temperature for a Thermal Pad?
How Does Thermal Gel Work?
What Is the Footprint of a Thermal Pad?
Air Cooling with a Thermal Pad Not Paste Is the Big Brain Move
What Method Do You Use When Applying Heatsink Compound Paste?
How to Choose the Right Thermal Interface Gel
Thermal Putty Is a Perfect Replacement for Thermal Pads on Vga Cards？
What Does a Thermal Gap Fillers Do?
Are Thermal Pads One Time Use?
Does the Thermal Cooling Gel Do Anything?
Will Heat Make the Thermal Heat Pad Softer?
Can Thermal Paste Replace Thermal Pads?
What Is the Lifespan of a Graphic Card Thermal Pads?
How Do I Determine the Thermal Pad Thickness to Order?
How Much Impact Does the Compressibility of the Thermal Interface Material Have on the Effectiveness of the Thermal Solution?
Thermal Pad Thickness 1.5mm and 1.0mm How to Choose？
Can You Explain How Thermal Pads Work in Dissipating Heat?
Forgot to Remove the Plastic Film on the Cooling Thermal Pad!
Will a Thick Layer of Thermal Paste Work out Instead of Thermal Pads?
What Is the Difference Between Thermal Paste and Gel?
Thermal Paste or Thermal Pad for CPU What One Better?
How I Can Clean Thermal Pads Without Damaging the SSD?
Which Is Better Thermal Paste or Thermal Pads to Reduce and Dispaite Heat?
Will Heat Transfer Gel Cause Short Circuits?
How Thermal Pads Are Made?
What Are the Advantages of Using a Thermal Conductive Pad?
Can Thermal Heat Pad Be Reused?
Does Thermal Conductive Paste Really Matter That Much?
Using a Thermal Pads or Opting for Thermal Paste?
What Thermal Pads for VRAM?
Why Are Thermal Compound Pads Used in Laptops?
The Thermal Pad Is Very Dry and Brittle
Can I Use Thermal Grease in VRMs?
Thermal Interface Materials Can Optimise Your Heat Transfer Across Devices and Components?
How Much Do You Know About CPU Thermal Grease?
How Do You Apply Thermal Relief Pads?
Thermal Pads Torn, Should I Replace?
Is It Good If I Will Replace My Thermal Pads with Thermal Putty?
Thermal Pads vs Thermal Paste?
How Effective Are Premium Thermal Pad?
Did the Thermal Pad/Paste Degrade to a Level That Is Less Efficient?
My PC CPU Teml Is Very High, How to Fix?
What Are the Benefits of Using Thermal Paste over a Thermal Pad in a Wii Console?
Do GPU Thermal Pads Need to Be Replaced?
When Should the Thermal Pad Be Replaced?
Could Repasting and Replacing the Thermal Pads Help?
How to Measure Thermal Pad Thickness?
How Do I Determine the Appropriate Thickness and Thermal Conductivity for My Specific Application?
What Is the Optimal Thickness for a Thermal Cooling Pads?
What Are Some Common Applications for Thermal Silica Gel Pad?
How Was It without the Gap Thermal Pad?
Cooling Thermal Pads Showdown, What You Should and Shouldn't Buy
What Are the Thermal Properties of Silicone Thermal Pads?
How Can I Test the Thermal Conductivity and Stability of a Thermal Pad?
Are Thermal Pad for Vram Really Necessary?
What Is a Heat Sink Thermal Pad?
Why Are Thermal Pads Used in PCB Design and Manufacturing?
How Effective Are Heatsink Thermal Pads?
How to Solve the Problem of Chip Package Heat Dissipation?
What Are the Precautions for Using Thermal Grease?
Does the Thickness of the Thermal Conductive Pad Affect the Heat Dissipation Effect?
Thermal Gap Pads Need Compression to Get Their Rated Thermal Conductivity Rating？
Will New Thermal Silicone Grease Lower Pc Fan Noise?
Should I Buy a Thermal Cooling Pad for Laptop?
How Often Should I Change the Thermal Conductive Pad in My Heat Sink?
What Is the Relationship between Thermal Conductivity and Thickness of Electrical Insulation Sheet?
How to Properly Install a Heatsink Thermal Pad to Ensure Optimal Cooling?
Will Heat Make the Thermal Heating Pad Softer?
Do M.2 NVMe SSDs Need a Thermal Pad?
What Is the Best Thickness for a High Quality Thermal Pad?
Factors Affecting Thermal Resistance of Silicone Thermal Pads?
Can I Put Silicone Thermal Grease Instead of Silicone Thermal Pads?
Should I Replace Cpu Thermal Pads?
What Are Some Alternatives to Silicone Free Thermal Pads?
Thermal Silicone Grease or Thermal Silicone Pad: Which Provides Better Heat Transfer?
What Is Heat Sink Thermal Grease?
What Are Silicone Thermal Interface Materials?
What Is a Thermal Resistance and Thermal Impedance?
What Is a Thermal Interface Material Conductivity?
Is a Thermal Silicone Pad Necessary for Nvme SSD?
What Are Silicone Free Thermal Pads?
Computers Is Applying Cpu Premium Thermal Paste Worth It?
When Should Your Replace PS4 Pro Thermal Paste and Pads?
An Actual Useful Guide How to Apply Thermal Grease Correctly
How Do You Dissipate Heat in Electronics?
What Are the Uses of Thermal Cooling Pads?
Question about Silicone Thermal Grease on GPU
Are Thinner Thermal Pads Better?
How Does a Thermal Pad Work?
How to Replace Silicone Thermal Pads on a GPU?
How to Choose the Right GPU Thermal Pad?
How to Install a Thermal Pad on an M.2 SSD?
NVMe SSD Need a Thermal Pads?
Thermal Interface Materials for Electronics Cooling
Which Thermal Conductive Silicone Pad Should You Buy and Use?
About CPU Thermal Pads：Everything You Need to Know！
Thermal Management – Keeping Cool Starts from Heat Source
What Is the Difference between Thermally Conductive Pastes and Thermally Conductive Pads?
Is Thermal Pad Better Than Thermal Paste?
What Is the Use of Laptop Cooling Pads?
How Important Is It to Apply Thermal Paste on CPU?
PC Isn't Turning on after I Added New Thermal Paste?
How Thermally Conductive Gap Filler Pad Boosts Performance of Electronics
What are Thermal Interface Material?
Which Thermal Interface Material for Lightweight Battery Packs?
How to Apply CPU Thermal Paste? Mastering the Method Is Very Important!
Introduction to the Hardness of Thermal Pad
How to Choose a Good Thermal Conductivity Material?
Thermal Pad vs Thermal Grease: How to Choose the Same Thermal Conductivity?
Why Thermal Conductive Sealant Is Needed?
Characteristics Of Thermal Conductive Sealant
Thermal Conductive Sealant Can Help Dissipate Heat
How Thermal Conductive Sealant Is So Relevant?
What Are The Benefits Of Using Thermal Insulating Sheet?
What Does Thermal Conductive Sealant Do?
Thermal Conductive Sealant The Pressure-Sensitive Adhesive
Thermal Conductive Sealant For Thermal Management
Applications of TC1200, TC900S Series Thermal Insulating Sheets
Benefits of Using Thermal Conductive Sealant
What Are The Uses Of Thermal Grease?
Advantages of TC2000 Series Thermal Insulating Sheets
Latest TIMs Replace Diamond in Electric Devices
The Comprehensive Performance of Thermal Pad
Graphene Thermal Pad vs Thermal Paste: Ultimate Heat Dissipation Guide 2025
What Should You Watch out for When Using the Thermal Conductive Pad?
Why Compress Soft Silicone Thermal Pad to 2/3 Thickness?
When to Use a Thermal Pad?
Thermal Pad Oil Migration Causing Frustration?
Heatsink Silicone Pad: A Key Accessory to Improve the Heat Dissipation Efficiency of Electronic Devices
IC Thermal Pad: Importance, Selection Guide and Application
Thermal Pad Installation Location Guide
How to Select the Best Thermal Pad for Your Application?
What Is a Sil Pad in IC?
Are Self Adhesive Thermal Pads Necessary?
Laptop Thermal Gap Filler Pad Place?
How to Clean Dried Thermal Silica Gel?
What Are Some Common Mistakes to Avoid When Cutting Thermal Pads?
How Can Thermal Insulating Sheet Help?
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Last updated: 2026/10/16
Last updated: 2026/10/16
