宝骊叉车电池虽然在制造过程得到有系统的技术控制,而且能产生高质素的四盐基硫酸铅,但这也不能完全控制每一颗独立晶体在结晶化过程中之 均匀“成长”,导致晶体大小尺寸各异。蓄电池的晶体尺寸如果过大,极板上的晶体就很难成形,不能有效地进行再充电；如果晶体的尺寸过少,容量便会降低。现 在的电池在制造极板反应浆时,在混合过程中加入均匀的结晶体到四盐基硫酸铅,使极板产生更多均匀的四盐基硫酸铅以强化极板结构,成为叉车蓄电池超能量的特 点-增强再充电和更长寿命蓄电池的只要原因。

Although Baoli forklift batteries are systematically controlled in the manufacturing process and can produce high-quality tetrabasic lead sulfate, it cannot completely control the uniform "growth" of each individual crystal during the crystallization process. This results in different crystal sizes. If the crystal size of the battery is too large, the crystal on the electrode plate will be difficult to form and cannot be effectively recharged; if the crystal size is too small, the capacity will be reduced. When the current battery manufactures the electrode plate reaction slurry, uniform crystals are added to the tetrabasic lead sulfate during the mixing process, so that the electrode plate produces more uniform tetrabasic lead sulfate to strengthen the plate structure and become the super energy of the forklift battery. Features-enhanced recharging and longer battery life for as long as the reason.