[精选]全钢子午胎的加工工艺及轮胎新技术.pptx

An Introduction on Processing of TBR Tire& New Tire Technology全钢子午胎的加工工艺及轮胎新技术
Rheinchemie
Mario Negri 马旅欧
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[ Folie: 1 ]
Mario Negri
Content内容
1. Major differences in tire structure and performance
between truck bus radial (TBR) and cross-ply tire (TBB).
全钢子午胎(TBR)和斜交胎(TBB)在结构与性能方面的主要差别
2. An introduction on TBR tire production line.
全钢子午胎生产线的介绍
3. Main problems and counter-measures against those
problems in the process of TBR tire production.
全钢子午胎生产过程中的主要问题及补救措施
4. Material Characteristics of TBR tire components.
全钢子午胎构件材料的特性
5. New Tire Technology
轮胎新技术
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Bias vs Radial
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Major difference in Structure between Truck bus radial and cross-ply tire全钢子午胎和斜交胎在结构方面的主要差别
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Main differences in tire performance between TBR and TBB tire全钢子午胎与斜交胎在性能方面的主要差别
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Temperature rise in tire shoulder area according to tire sizes during tire running 在运行过程中胎肩部位的升温随轮胎规格变化的情况
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PROCESSING EQUIPMENT加工设备
PROCESSING EQUIPMENT 加工设备1. Extruding 挤出
Tread / Base / Tread Wing : 8”x ”x ” 胎面/基部/翼部
Side-wall / Shoulder Pad : 8”x 6” 胎侧/胎肩垫胶
Rim-Strip / Apex Strip : 6”x ”  耐磨胶条/三角胶条
Belt Edge Cushion : ”
带束层边缘缓冲层  Apex (Upper / Lower) : ””  型胶（上部/下部）
+ Assembler 成型机
2. Calendering 压延
2-1) Steel Carcass 钢丝胎体
Steel Cal. Line + Steel Radial Cutter & Splicer 钢丝压延生产线+钢丝子午线裁断机和接合机
2-2) Steel Belt & Steel Chafer 钢丝带束层 及 钢丝子口
Steel Cal. Line + Steel Angle Cutter & Splicer钢丝压延生产线+钢丝斜裁机和接合机
* For more details, discuss with machinery manufacturer