耐普蓄电池NP12-55AH NPP CO.,Ltd
"NPP quality and reputation" of Nippon battery is the corporateculture concept followed by Nippon battery China Co., Ltd. frombeginning to end. China Nippon battery service officewholeheartedly welcomes your presence. Since its establishment, ithas always adhered to the sense of responsibility of "* *, * *",and continued to research and develop new products of Neptunebattery. With the continuous efforts of all staff of theenterprise, the enterprise's Neptune battery product series is * *in * *, and has won the unanimous trust and no doubt of users. Atthe same time, commodities * * European and American countries, theMiddle East, Southeast Asia and other countries and regions.
In terms of product R & D, Neptune battery (China) Co., Ltd.selected * * * production process and design concept, with specialdesign style, exquisite carving and passion to create * *, Neptunebattery products. The product has complete functions and highsafety factor, which can meet the regulations of various batteryindustries; With its strong technology and overall strength ofquality management process, as well as its * * production equipmentand standardized management methods, Guangdong Napu battery ensuresthe stability and stability of product quality; In addition, themarket operation and management methods and sound after-salesmaintenance service will eventually build "Nippon battery" into a ** of China's battery industry.
特性特点：
以气相二氧化硅和多种多样添加物做成的硅酮凝胶,其构造为三维微孔网状组织,可将盐酸吸咐在疑胶中,疑胶中的孔状缝隙为正级进行析出的氧抵达负级创建起安全通道,进而完成密封性反映高效率的创建,使充电电池密封式,无锂电池电解液的流出和碱雾的进行析出,对自然环境和机器设备。
胶体电池电解质溶液呈疑胶情况,不流动性,无泄漏,可立柱式或水平放置。
极柱构造：极耳负相关及底角移位式设计方案,2V系列产品正极片底端包有塑料保护膜,可提升电瓶在工作上的稳定性,铝合金选用铅钙锡铝合金型材,负极板析氢电位差高。正板铝合金为高锡低钙合金,其组织架构晶体细微高密度,特性好,充电电池具备长使用期的特性。
挡板选用進口的胶体电池波浪纹式PVC挡板,其隔板孔率大,电阻器低。
充电电池槽,盖为ABS材料,并选用环氧树脂胶钉合,保证无泄漏。
导电杆选用纯铅材料,特性好,导电杆与充电电池盖选用垫片的作用构造即垫片的作用与密封剂圈将充电电池导电杆完成机械密封,再用环氧树脂封合剂黏合,保证了其密封性稳定性。
2V,12V系列产品充电电池均具有滤气防爆型片设备,充电电池外界碰到用火无,并将进行析出汽体开展过虑,使其对自然环境。
胶体电池电解质溶液为疑胶电解质溶液,无酸液分层次状况,使极片各处反映匀称,提高了大中型电池电量及使用期限的稳定性。
过多的电解质溶液,胶体溶液引入时为胶体溶液情况,可充斥着充电电池内所的室内空间。充电电池在高溫及过电池充电的情形下,不容易发生干枯状况,充电电池热导率大,排热性好,不容易造成热无法控制状况。