Sheen Technology
  • Home
  • About
    • About Us
    • Honor Certificate
    • Lab
    • Product Line
    • Contact Method
  • Products
    • Carbon Fiber Thermal Pad
    • Boron Nitride Thermal Pad
    • Graphene Thermal Pad
    • Silicone Foam
    • Silicone Rubber Products
    • Silicone-Free Thermal Pad
    • Silicone-Free Thermal Gel
    • Silicone-Free Thermal Grease
    • Silicone Thermal Pad
    • Thermal Film
    • Thermal Gel
    • Phase Change Thermal Pad
    • Thermal Grease
    • Thermal Conductive Adhesive
    • Thermal Tape
    • Thermal Conductive PU Adhesive
    • SMT Red Glue
    • Graphite Film
    • Carbon-coated Copper Foil
  • News
  • FAQ
  • Applications
  • Contact Us
Select Language
  • English
  • usheenthermal

  1. News
  2. >
  • Common Thermal Glue Issues and How to Solve Them

    Fix your "sticky" situations! Master thermal glue application by solving common issues like poor performance, weak bonds, and curing failures. Read our 2026 guide.

    2026-03-11
  • Why Boron Nitride Thermal Conductivity Outperforms Traditional Materials

    When chips melt down, stay cool with boron nitride thermal conductivity—heat moves fast, profits don’t burn. Your next material ace awaits.

    2026-03-10
  • SHEEN to Exhibit at SEMI-THERM 2026 in San Jose, CA

    Dongguan Sheen Electronic Technology Co., Ltd. will exhibit at SEMI-THERM 2026, taking place March 9–12, 2026 at the DoubleTree in San Jose, California. Visitors are welcome to meet the SHEEN team at Booth 202 to explore its latest thermal management and functional material solutions.

    2026-03-06
  • Choosing the Right Thermal Glue: Example Solutions from Sheen Technology

    Choosing a thermal glue is a lot like picking a life partner: if you choose wrong, the relationship will be messy, expensive, and incredibly difficult to get out of. In the high-stakes world of 2026 electronics, "good enough" is a one-way ticket to a warranty claim.

    2026-03-05
  • Thermal Glue vs Thermal Paste vs Thermal Pads: Which Should You Use?

    In the high-stakes world of 2026 electronics, that tiny gap between your screaming-hot AI processor and your heatsink is either a highway for heat or a brick wall for performance. Choosing the wrong material isn't just a mistake—it’s a thermal apocalypse waiting to happen.

    2026-03-04
  • What is Thermal Glue? A Complete Guide for Electronics Designers

    When your high-performance components need to stay cool and stay put, traditional fasteners are a liability. Explore why thermal glue is the permanent relationship your PCB has been waiting for.

    2026-03-02
  • High Thermal Conductive Graphene Thermal Pad: How to Choose the Best Option for High-Performance Cooling (2026 Guide)

    Tired of thermal paste pump-out and liquid metal risks? Discover how to choose the right Graphene Thermal Pad for high-performance cooling. 2026 guide with real application scenarios and expert tips.

    2026-02-27
  • Boron Nitride Thermal Pad: Properties, Applications and Buying Guide

    Boron Nitride Thermal Pad compare properties, real-world uses, and procurement tips to speed up validation and cut costs.

    2026-02-26
  • How to Choose the Best Thermal Pad for Processor Cooling (2026 Guide)

    If your processor is starting to feel like a space heater in a broom closet, you’ve got a thermal problem. Choosing the right thermal pad for processor cooling isn't just a "nice to have." It’s the difference between peak performance and a throttled, stuttering mess that eats your margins and kills your hardware.

    2026-02-25
  • The Ultimate Guide to Nano-alumina Thermally Conductive Applications in 2026

    Boost your production with Nano-alumina Thermally Conductive tech—cooler systems, longer lifespans, and fewer costly warranty headaches.

    2026-02-22
  • Understanding the Advantages of High Dielectric Strength in Insulators

    When high dielectric strength keeps your systems from going kaboom, smart buyers choose top-tier insulation to save cash and avoid chaos.

    2026-02-22
  • How Isotropic Thermally Conductive Materials Impact Thermal Management

    Keep devices cool and customers happy—how isotropic thermally conductive materials can slash hotspots and save your bulk orders from meltdown.

    2026-02-18
  • Unlock Superior Heat Management: Discover Isotropic Thermally Conductive Solutions

    When circuits sweat, stability saves the day—Isotropic thermally conductive materials spread heat like gossip, fast and evenly.

    2026-02-16
  • Low Outgassing, High Performance: The Future of Siloxane-Free Insulating Sheets

    When siloxane ghosts fog your sensors, a siloxane free insulating sheet saves the day—keeping gear pristine and profits shining.

    2026-02-14
  • How Sheen Thermal Pads Enhance GPU Cooling Performance Effectively

    When GPUs run scorching, the Sheen thermal pads keep them cool under pressure—smart bulk buyers know heat kills profits first.

    2026-02-12
  131415  14/40

Dongguan, China

Dongguan Sheen Electronic Technology Co., Ltd.

Floors 1-4, Building 2
No. 8 Hengzhutang Road
Liaobu Town, Dongguan City
Guangdong Province, China

+86 769 2247 9425

Hong Kong

Sheen Technology Co., Limited

Flat/Rm 1405A, 14/F
The Belgian Bank Building
Nos. 721-725 Nathan Road
Mong Kok, Kowloon, Hong Kong

+86 135 4224 3751
+86 137 2827 8261

USA West Coast

2160 Walsh Avenue
Santa Clara, California 95050-2512
USA

USA East Coast

Sheen USA
867 Boylston St, Suite 500
Boston, MA 02116, USA

Taiwan

5F-1, No. 89, Section 1, Beixin Road
Xindian District, New Taipei City
Taiwan

Sales Contact: Jennifer
WeChat / Phone / WhatsApp: +86 135 4224 3751

[email protected]

Copyright (c) Dongguan Sheen Electronic Technology Co.,Ltd All Rights Reserved.
Contact MethodSend Inquiry