奈米銅箔自黏單面膠帶(Copper Foil Self-Adhesive Single-Sided Tape)

【中文描述】
這款奈米碳銅箔自黏導熱膠帶結合了高導熱銅基材與尖端奈米碳複合技術。其導熱效能超越傳統石墨片,具備卓越的散熱、電磁屏蔽及優異的加工穩定性。憑藉強大的黏著力與柔韌性,它是智慧型手機、平板電腦及高精密電子設備理想的薄型化熱管理解決方案。

【English Description】
This Nano-Carbon Copper Foil Self-Adhesive Tape combines a high-thermal conductivity copper base with advanced nano-carbon composite technology. Delivering thermal performance superior to traditional graphite sheets, it offers excellent heat dissipation, EMI shielding, and dimensional stability. With its high adhesion and flexibility, it is the ideal ultra-thin thermal management solution for smartphones, tablets, and precision electronic devices.

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銅箔自黏單面膠帶:高導熱奈米技術與 EMI 屏蔽的卓越方案

銅箔自黏單面膠帶是一種專為高階電子產品設計的複合防護材料。以高導熱金屬銅為基材,表面複合奈米碳形成薄膜化奈米銅箔,其散熱性能顯著優於傳統石墨片。本產品兼具高導熱、電磁屏蔽、優異柔韌性與耐溫性能,是精密電子設備熱管理的理想選擇。

【為什麼選擇立興銅箔自黏膠帶?】

  • 超高導熱性能:複合層導熱係數高達 600~800 W/mk,能迅速擴散熱點熱量,專為智慧型手機與平板電腦設計。

  • 優異的尺寸穩定性:良好的機械強度使其在模切 (Die-cutting) 與貼合處理中表現出色,提升製程效率。

  • 強效粘附力:採用高品質亞克力膠,能為不鏽鋼、鋁板等多種表面提供優異且持久的附著力。

  • 多重保護功能:同時具備熱傳導、電磁波屏蔽 (EMI Shielding) 與抗紫外線性能。

【技術參數與物理特性表】

測試項目 (Item) 參數值 (Parameter) 單位/備註
總厚度 0.03 ± 0.005 至 0.155 mm
基材厚度 0.009 至 0.07 mm
膠水類型 亞克力膠 (黑色/透明淺黃) Acrylic
產品顏色 黑色 / 白色 Black / White
180度剝離力 (不鏽鋼) ≥ 1.0 至 ≥ 1.50 N/25mm
初粘性 ≥ 2 球號 (Ball No.)
常溫保持力 8 至 12 H (1 inch)
耐溫性 (短期/長期) 120 / 80 °C
基層熱傳導係數 400 W/mk
複合層熱傳導係數 600 ~ 800 W/mk

【使用說明與保質期】

  1. 表面處理:確保貼合面乾淨乾燥。建議使用異丙醇清洗油汙;橡膠或樹脂表面須塗底膠。

  2. 部件安裝:剝離離型紙時避免手觸膠面,環境低於 15°C 時請先加熱表面以提升粘性。

  3. 施壓貼合:以 2-3Kg 力施壓,確保排出空氣防止氣泡,以達到最佳粘結強度。

  4. 保質期:原封包裝於 10-25°C、濕度 30-70%RH 環境下可保存 12 個月。


Copper Foil Self-Adhesive Single-Sided Tape: High-Performance Technical Solution

The Copper Foil Self-Adhesive Single-Sided Tape is a composite shielding material engineered for high-end electronics. Using high-conductivity copper as the base, the surface is coated with nano-carbon to form a high-thermal conductivity foil. Its heat dissipation performance significantly outperforms traditional graphite sheets. This tape combines high thermal conductivity, EMI shielding, and excellent flexibility for modern industrial applications.

[Product Highlights]

  • Exceptional Thermal Management: Composite thermal conductivity reaches 600~800 W/mk, ideal for smartphone and tablet heat dissipation.

  • Dimensional Stability: Excellent mechanical handling characteristics improve efficiency during die-cutting and lamination processes.

  • High Adhesion Strength: The professional-grade acrylic adhesive system provides superior bonding to a wide variety of surfaces including stainless steel and aluminum.

  • Multi-Performance: Delivers a combination of thermal interface, EMI shielding, and medium UV resistance in a single, thin profile.

[Technical Specifications & Physical Properties]

Test Item Parameter Unit / Note
Total Thickness 0.03 ± 0.005 to 0.155 mm
Substrate Thickness 0.009 to 0.07 mm
Adhesive Type Acrylic (Black / Transparent)
Tape Color Black / White
180° Peel Strength (SS) ≥ 1.0 to ≥ 1.50 N/25mm
Initial Tack ≥ 2 Ball Number
Holding Power 8 to 12 Hours (1 inch)
Temp Resistance (S/L) 120 / 80 °C
Base Thermal Conductivity 400 W/mk
Composite Thermal Cond. 600 ~ 800 W/mk

[Instructions & Storage]

  1. Surface Preparation: Surfaces must be clean and dry. Use isopropanol (IPA) for cleaning. Apply primer for rubber or resin surfaces.

  2. Installation: Peel the release liner and avoid touching the adhesive surface. If the temperature is below 15°C, pre-heat the surface to enhance tack.

  3. Pressure Application: Apply 2-3kg of pressure during lamination to remove air gaps and ensure optimal bonding.

  4. Shelf Life: 12 months in original packaging when stored at 10-25°C and 30-70% RH.