1. 遠紅外電熱膜用納米導電碳漿
nano conductive carbon paste used in far-infrared electric heat membrane
單一組分,加溫固化,優良的印刷性,對基材的附著力好,電熱狀態下功率穩定性好,發熱效率高,具有遠紅外功能,產品使用壽命長,適用于絲網、凹版等印刷方式。
(1) 長期工作溫度≤60℃:適用于PET、PI等電熱膜。實驗數據(僅供參考):
連續通電30天,表面溫度60℃左右,無外控溫裝置,功率變化率<±2%。
(2) 長期工作溫度≤100℃:適用于環氧玻纖板等電熱板。實驗數據(僅供參考):
連續通電30天,表面溫度100℃左右,無外控溫裝置,功率變化率<±3%。
(3)長期工作溫度≤100℃:適用于尼龍布等電熱布。實驗數據(僅供參考):
連續通電30天,表面溫度100℃左右,無外控溫裝置,功率變化率<±2%。
(4)長期工作溫度≤140℃:適用于環氧玻纖板等電熱板。實驗數據(僅供參考):
連續通電30天,表面溫度140℃左右,無外控溫裝置,功率變化率<±2%。
以上四種導電碳漿屬于不同產品,同屬于電熱型導電碳漿,具體請來電來函咨詢。
Single component, curing with heat, excellent printability, excellent adhesion on substrate, power stability in the electric heat state is good,
high heat efficiency, far-infrared function, long service life, be suitable for printing patterns such as silk screen、intaglio printing and so on.
(1) Long-term working temperature ≤ 60 ℃: be suitable for electric heat membrane on the substrate of PET and PI and so on, Experimental data (reference only): galvanization Continuously for 30 days, surface temperature of about 60 ℃, without external temperature control device, rate of power change: <± 2%.
(2) Long-term working temperature ≤ 100 ℃: be suitable for electric heat board on the substrate of epoxy and so on, Experimental data (reference only): galvanization Continuously for 30 days, surface temperature of about 100 ℃, without external temperature control device, rate of power change: <± 3%.
(3) Long-term working temperature ≤ 100 ℃: be suitable for electric heat Cloth on the substrate of nylon and so on, Experimental data (reference only): galvanization Continuously for 30 days, surface&nb