Analyzed the crack appearance of the cable clamp, amend unreasonable of mold gate, and solved the crack problem.
对电缆夹使用过程中断裂现象进行了分析，对模具浇口进行了改进，最终解决了问题。
These results verify that the severe mold wear is one of the most important reasons that induce the internal crack and even the breakout at the off-corner of billet.
从而验证了严重的结晶器磨损是连铸坯产生偏角区内裂纹乃至漏钢事故的重要原因之一。
Cause of crack was pointed out through analysis of crack during forming of linker against counter thrusting electricity. Moreover mold structure was optimized on the basis of analyzing the result.
通过对防反插电联接器成型时断裂情况的分析，指出了引起产品断裂的原因，并根据分析结果对模具结构进行了优化设计。
Intergranular carbide source is broken, so the mold when used as a front steel, intergranular carbides increased tendency to crack.
晶间碳化物是破裂源，因此，锋钢作为模具使用时，晶间碳化物增加裂纹倾向性。
Intergranular carbide source is broken, so the mold when used as a front steel, intergranular carbides increased tendency to crack.
晶间碳化物是破裂源，因此，锋钢作为模具使用时，晶间碳化物增加裂纹倾向性。
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