导电笔**料 导电ABS 防尘防静电母粒

用途:托盘，包装板，片材，板材，电器外壳，电子零配件等产品

注射成型：
材料温度220 - 260°C（430 - 500°F）
模具温度60 - 90°C（140 - 195°F）
注射压力的750–1200bar（10875 17400psi）
注射速度：中等
这些温度可以用于指导作用。它们还将取决于所使用的设备。应遵循设备制造商的指示。炭黑网络对剪切力敏感。避免在处理高剪切条件。
预干燥是高度推荐的，例如2 - 4小时80 - 100°C（175 - 210°F）。

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We demonstrate the first example of fully printed carbon nanomaterials on paper with unique features, aiming the fabrication of functional electronic and electrochemical devices. Bare and modified inks were prepared by combining carbon black and cellulose acetate to achieve high-performance conductive tracks with low sheet resistance. The carbon black tracks withstand extremely high folding cycles (>20?000 cycles), a new record-high with a response loss of less than 10%. The conductive tracks can also be used as 3D paper-based electrochemical cells with high heterogeneous rate constants, a feature that opens a myriad of electrochemical applications. As a relevant demonstrator, the conductive ink modified with Prussian-blue was electrochemically characterized proving to be very promising toward the detection of hydrogen peroxide at very low potentials. Moreover, carbon black circuits can be fully crumpled with negligible change in their electrical response. Fully printed motion and wearable sensors are additional examples where bioinspired microcracks are created on the conductive track. The wearable devices are capable of efficiently monitoring extremely low bending angles including human motions, fingers, and forearm. Here, to the best of our knowledge, the mechanical, electronic, and electrochemical performance of the proposed devices surpasses the most recent advances in paper-based devices.