HAOUGER J7000 PE导电碳膜 导电膜 电极片膜

>>>双面导通PE基碳膜采用高分子超导纳米碳黑、石墨烯、助剂等混合聚乙烯经特殊工艺制作而成。成品薄膜表面光滑平整，面阻均匀稳定，双面导通性能优良，材质整体均一耐弯折，耐酸碱溶剂、耐油、耐热、耐寒、及抗氧化，使用寿命可达50年以上。另外可以通过调整基材的材质的配比，实现材料的防水、防锈、阻燃及延展性等方面的特殊要求。

>>> The double-sided conducting PE-based carbon film is made of high molecular superconducting nano-carbon black, graphene, auxiliary agent and other mixed polyethylene by special process. The finished film has smooth and flat surface, uniform and stable surface resistance, excellent double-side conduction performance, uniform bending resistance, acid and alkali solvent resistance, oil resistance, heat resistance, cold resistance and oxidation resistance, and its service life can reach more than 50 years. In addition, the special requirements of waterproof, anti-rust, flame retardant and ductility can be realized by adjusting the proportion of the base material.

? 应用于各类美容、保健等理疗电极产品；

? Products are applied to all kinds of beauty, health care and other physiotherapy electrode products;

? 应用于各类检查、治疗、监护类理疗电极产品；

? Products are used in all kinds of examination, treatment, monitoring medical electrode products;

? 应用于各类电器、电缆、航天、石化等电磁屏蔽产品；

? Products are used in all kinds of electrical appliances, cables, aerospace, petrochemical and other electromagnetic shielding products;

? 应用于贴片电极、压感电路及各种柔性耐腐蚀电极产品；

? And, products are used in patch electrode, voltage inductance circuit and various flexible corrosion-resistant electrode products;

? 应用于各种面式发热、保温、供暖及除雾类等低温电热产品。

? It is applied to all kinds of low temperature electric heating products such as surface heating, heat preservation, heating and defogging.

 主要技术参数如下：

The main technical parameters are as follows:

●常规方阻General square resistance: 60Ω/¨~100,000Ω/¨

●可通过表面涂布石墨烯、超导碳浆或银浆的方式将面阻**降至0.2Ω/¨；

●The surface resistance can be reduced to 0.2Ω/¨by surface coating graphene, superconducting carbon slurry or silver slurry.

●厚度Thickness：40~400μm

●宽度Width：5~1000mm

●长度不限Unlimited length

●常规使用温度Conventional service temperature：-20~90℃

●极端耐温性Extreme temperature resistance：-40~120℃