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蓄电池固化技术要点

蓄电池固化过程应确保铅膏里单个晶体之间彼此结合形成骨架，另一方面板栅表面要覆盖上腐蚀层，这一层能够与固化后的铅膏紧密牢固地结合（键合），铅青骨架的建立取决于不同晶体类型（3BS 或4BS ）以及这些晶体的分枝的厚度，由3BS 晶体建立的骨架比4BS 固化铅膏的晶体分枝要薄得多。
固化条件决定了铅膏固化后的密度、孔隙体积以及固相物的表观密度。
铅膏的猫着力、结合强度与建立铅膏骨架的晶体性质有密切关系，并与这些晶体的水合程度也有紧密的关联，在铅膏中有一定量水分（大于1 % ）时，上述猫着力与结合力都比较强．

The storage battery is solid to turn process should ensure a lead cream inside list of the crystal each other combines to form framework, on the other hand the plank grid surface wants to overaly a corrosion layer, this can be close with solid lead cream after turning to firmly combine(the key matches), the establishment of lead green framework is decided by the thickness of cent of different crystal type(3 BSs or 4 BSs) and these crystals, is turned the crystal cent of lead cream to want than the solid 4 BS by the framework of 3 BS crystal establishment thin get many.
The cream that is solid to turn a condition to come to a decision a lead the form view of the solid density, hole physical volume and solid phase thing after turning density.
The cat of lead cream's putting forth effort, combining strength is as germane as the crystal property of the establishment lead cream framework, and match degree with water of these crystals to also have a close connection, the above-mentioned cat puts forth effort and combines dint while there being certain quantity humidity(more than 1%) in the lead cream all stronger.

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