橡胶科技
橡膠科技
상효과기
Rubber Science and Technology
2015年
7期
34-36
,共3页
邓涌%李茂%汪阳升%杨阳%刘军华%张永利
鄧湧%李茂%汪暘升%楊暘%劉軍華%張永利
산용%리무%왕양승%양양%류군화%장영리
全钢载重子午线轮胎%硫化工艺%硫化时间%粘合强度%耐久性能%稳定性
全鋼載重子午線輪胎%硫化工藝%硫化時間%粘閤彊度%耐久性能%穩定性
전강재중자오선륜태%류화공예%류화시간%점합강도%내구성능%은정성
TBR tire%vulcanization process%curing time%bonding strength%durability
研究全钢载重子午线轮胎硫化工艺的优化.结果表明:优化工艺的硫化温度和硫化压力不变,硫化时间可缩短7 min,成品轮胎胶料物理性能、带束层间粘合强度相当,耐久性能提高;优化硫化工艺稳定性好,可显著提高生产效率.
研究全鋼載重子午線輪胎硫化工藝的優化.結果錶明:優化工藝的硫化溫度和硫化壓力不變,硫化時間可縮短7 min,成品輪胎膠料物理性能、帶束層間粘閤彊度相噹,耐久性能提高;優化硫化工藝穩定性好,可顯著提高生產效率.
연구전강재중자오선륜태류화공예적우화.결과표명:우화공예적류화온도화류화압력불변,류화시간가축단7 min,성품륜태효료물이성능、대속층간점합강도상당,내구성능제고;우화류화공예은정성호,가현저제고생산효솔.
In this study, the TBR tire vulcanization process was optimized. In the optimized process, the curing temperature and pressure were kept unchanged, and the curing time was shortened by 7 min. The experimental testing results showed that the physical properties of the tire rubber compounds and adhesion strength between belt layers were similar to those by using old process, but the tire durability was improved, the vulcanization process showed good stability, and the production efifciency was signiifcantly improved.