About Us

Shenzhen Tensan Co., Ltd. was established in July 2014 in Shenzhen Special Economic Zone. 0ur company, as one of the high-tech company, is professional engaged in organic silicone and sizing program R&D, manufacturing, sales and service. The company’s main products are thermal potting, thermal grease, thermal pad, electronic silicone and sizing program. Our products are mainly applied in electronic appliances industry, home appliances industry, lighting industry, automobiles industry, photovoltaic industry, mobile phone industry. Owing to The Belt and Road strategy, our company vigorously implement opening strategy to expand the Belt and Road. Branches and office have been opened in Thailand, Vietnam, India, the Philippines. Service localizing to improve company service efficiency. Our company firmly adhere to the profession creates value to provide excellent services for domestic and foreign customers with all-round silicone use and solutions.
Read More

Latest News

  • Tensan TS100 Thermal Pad: Opening a New Realm of Heat Dissipation with Superior Performance alt=
    17/02/2025

    Tensan TS100 Thermal Pad: Opening a New Realm of Heat Dissipation with Superior Performance

    This article elaborately explains the reasons for choosing Tensan's Thermal Pad TS100 and its remarkable advantages. It highlights TS100's exceptional thermal conductivity that efficiently dissipates heat, ensuring stable chip operation. Its good flexibility allows it to conform to irregular heat - emitting surfaces, reducing thermal resistance. Moreover, it has reliable electrical insulation, outstanding temperature resistance, convenient processing and installation, long - term stability, and environmental - friendly features. By comprehensively analyzing these advantages, the article offers a powerful reference for the selection of heat - dissipation materials in electronic devices. It helps relevant practitioners understand the crucial role of TS100 in enhancing device performance and reliability.

    Read More
  • Tensan TS9922: With Superior Performance, Expanding the Application Boundaries of Multiple Fields alt=
    12/02/2025

    Tensan TS9922: With Superior Performance, Expanding the Application Boundaries of Multiple Fields

    This article delves into the remarkable advantages of Tensan's Silicone Elastomer TS9922. Firstly, it has outstanding physical properties like high flexibility, enabling it to endure mechanical stress in vibrating applications such as vehicle - mounted LED lighting. It also balances hardness and strength well for durable packaging. Secondly, its thermal performance shines with wide - range temperature adaptability and efficient heat conduction, ensuring LED chip longevity. Thirdly, excellent electrical performance, including high insulation and low dielectric constant, guarantees safety and stable signal transmission. Additionally, it offers good chemical stability and convenient processing. With wide application adaptability across multiple fields, this article serves as a valuable reference for industries considering its use.

    Read More
  • Tensan TS9911: Leading the LED and Multiple - Field Electronics Industry to New Heights alt=
    11/02/2025

    Tensan TS9911: Leading the LED and Multiple - Field Electronics Industry to New Heights

    分享This article explores the advantages of Tensan's LED Silicone TS9911 or Silicone Elastomer TS9911. It's environmentally friendly and safe, having passed international certifications. Its excellent adhesion stabilizes LED device connections. With non - corrosive and high - insulation properties, it safeguards component lifespan and electrical safety. The product has great curing characteristics, balancing operation and production. It can work in a wide temperature range and serves multiple fields. Through in - depth analysis, the article reveals its high value and potential in various industries, especially LED, offering decision - making references for relevant practitioners.

    Read More
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy