厦门美国海盗蓄电池INC代理商价格Headquartered in Miami, Florida, USA Dayton Pirate Energy Technology Inc is a research institution dedicated to automation control technologies in modern industrial processes as well as new energy theories. With support from University of Florida, it has attracted technical experts and scholars from all over the world with products covering fields such as process control instruments and industrial electrical equipments.

DAYTONPIRATE has set up RD bases and production factories in many regions of the world. With developments of China’s domestic market, the year 2010 witnessed establishment of a Xi’an-based liaison office in charge of DAYTONPIRATE products’ marketing, after-sales services and management work in Chinese mainland.

INC (Industrial Colloid) series of industrial batteries developed by DAYTONPIRATE have features such as low self-discharge, high capacities, long service life and stable performances, with wide application in automation control, industrial productionmanufacturing, power operationsupply, emergency equipments, solar energy wind energy storage, etc. All key raw materials of these battery series come from Europe and USA while these batteries’ technical indexes and performances reach or exceed those of similar European or American products. These batteries have passed UL CE certifications and are one of the best industrial batteries currently available winning wide user trust for reliable qualities and stable services。

免维护胶体蓄电池是免维护蓄电池的分支，免维护蓄电池是指蓄电池在使用的过程中不需要补充电解液，不需要定期维护的蓄电池，次类蓄电池大大的改进了以前的铅酸蓄电池，所以使用更方便，应用范围更广

免维护蓄电池技术最大的改进是使用了AGM隔板和特殊合金材料，

实现了蓄电池内部的气体循环。从儿实现了蓄电池在使用过程中不需要维护。

不论是采用玻璃纤维隔膜（AGM）的阀控式密封铅蓄电池，还是采用胶体电解液的阀控式密封铅蓄电池，它们都是利用阴极吸收原理使电池得以密封的。

（hrades）海盗免维护胶体蓄电池是在免维护蓄电池的基本原理的基础上，对蓄电池使用的电解液加以改进，采用纳米气相SiO2(Fureed SiO2)俗称白炭黑，用其制作的胶体铅酸蓄电池性能优良，主要是气相二氧化硅纯净度好，颗粒度也很容易调整，所以活性好。用常规的VRLA蓄电池的结构，用普通的AGM玻璃纤维隔板，AGM隔板也是SiO2为主要成分与极性分子H2O水化和硫酸反应也做催化载体。富液式结构，少量气相二氧化硅添加量和其他微量活性添加剂。就能得到高性能的电流输出，深循环条件下的优良性能，高的功率密度、高的充电效率(99．9％)，耐过充、充电重复性好，充电稳定性好(抗热)（耐寒），作为电源系统中的蓄电池，要求其寿命期间免维护，超长寿命，宽的工作温度，优异体积比能量，重量比能量，自放电率低。