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耐热输送带的区别
1、 耐热输送带的区别：
1. The difference between heat-resistant conveyor belts:
分为普通耐热输送带和强力耐热输送带，普通耐热输送带是由多层橡胶棉帆布（涤棉布）或者聚酯帆布上下覆有耐高温或耐热橡胶、经高温硫化粘合在一起，适合输送175℃以下热焦碳、水泥、熔渣和热铸件等。普通耐高温输送带主要用于冶金、建筑等行业，强力耐热带强力层为EP（具体又分为EP100型、EP150型、EP200型、EP250型、EP300型、EP350型、EP400型等）
Is divided into ordinary conveyor belts and strong heat resistant conveyor belt, common heat resistant conveyor belt is composed of multilayer rubber cotton canvas (polyester cotton) or polyester canvas covered under high temperature or heat resistant rubber, high temperature vulcanization bonded together, suitable for conveying 175 DEG C hot coke, cement, slag and hot melt casting etc.. The ordinary high temperature conveyor belt is mainly used in metallurgy, construction and other industries. The strong tropical strong layer is EP. It is also divided into EP100 type, EP150 type, EP200 type, EP250 type, EP300 type, EP350 type, EP400 type and so on.
2、 耐热输送带种类：可分为四种型号：
2. Type of heat-resistant conveyor belt: can be divided into four types:
Ⅰ型：可耐不大于100℃试验温度，最高短时运行温度150℃，代号T1
Type I: resistance of not more than 100 DEG C temperature, the highest temperature of 150 DEG C short-time operation, codenamed T1
Ⅱ型：可耐不大于125℃试验温度，最高短时运行温度170℃，代号T2
Type II: resistance of not more than 125 DEG C temperature, the highest temperature of 170 DEG C short-time operation, codenamed T2
Ⅲ型：可耐不大于150℃试验温度，最高短时运行温度200℃，代号T3
Type III: resistance of not more than 150 DEG C temperature, the highest temperature of 200 DEG C short-time operation, codenamed T3
Ⅳ型：可耐不大于175℃试验温度，最高短时运行温度230℃，代号T4
Type IV: resistance of not more than 175 DEG C temperature, the highest temperature of 230 DEG C short-time operation, codenamed T4
3、 耐热输送带用途
3. Use of heat-resistant conveyer belt
强力主要用于冶金、建筑等行业，输送烧结矿、焦炭、水泥熟料等高温物料，物料温度不超过800℃，带面温度不超过220℃的条件下使用。
Strength is mainly used in metallurgy, construction and other industries, transporting high temperature materials such as sinter, coke, cement clinker, etc. the material temperature is no more than 800 degrees, and the surface temperature is no more than 220 degrees.
1. The difference between heat-resistant conveyor belts:
分为普通耐热输送带和强力耐热输送带，普通耐热输送带是由多层橡胶棉帆布（涤棉布）或者聚酯帆布上下覆有耐高温或耐热橡胶、经高温硫化粘合在一起，适合输送175℃以下热焦碳、水泥、熔渣和热铸件等。普通耐高温输送带主要用于冶金、建筑等行业，强力耐热带强力层为EP（具体又分为EP100型、EP150型、EP200型、EP250型、EP300型、EP350型、EP400型等）
Is divided into ordinary conveyor belts and strong heat resistant conveyor belt, common heat resistant conveyor belt is composed of multilayer rubber cotton canvas (polyester cotton) or polyester canvas covered under high temperature or heat resistant rubber, high temperature vulcanization bonded together, suitable for conveying 175 DEG C hot coke, cement, slag and hot melt casting etc.. The ordinary high temperature conveyor belt is mainly used in metallurgy, construction and other industries. The strong tropical strong layer is EP. It is also divided into EP100 type, EP150 type, EP200 type, EP250 type, EP300 type, EP350 type, EP400 type and so on.
2、 耐热输送带种类：可分为四种型号：
2. Type of heat-resistant conveyor belt: can be divided into four types:
Ⅰ型：可耐不大于100℃试验温度，最高短时运行温度150℃，代号T1
Type I: resistance of not more than 100 DEG C temperature, the highest temperature of 150 DEG C short-time operation, codenamed T1
Ⅱ型：可耐不大于125℃试验温度，最高短时运行温度170℃，代号T2
Type II: resistance of not more than 125 DEG C temperature, the highest temperature of 170 DEG C short-time operation, codenamed T2
Ⅲ型：可耐不大于150℃试验温度，最高短时运行温度200℃，代号T3
Type III: resistance of not more than 150 DEG C temperature, the highest temperature of 200 DEG C short-time operation, codenamed T3
Ⅳ型：可耐不大于175℃试验温度，最高短时运行温度230℃，代号T4
Type IV: resistance of not more than 175 DEG C temperature, the highest temperature of 230 DEG C short-time operation, codenamed T4
3、 耐热输送带用途
3. Use of heat-resistant conveyer belt
强力主要用于冶金、建筑等行业，输送烧结矿、焦炭、水泥熟料等高温物料，物料温度不超过800℃，带面温度不超过220℃的条件下使用。
Strength is mainly used in metallurgy, construction and other industries, transporting high temperature materials such as sinter, coke, cement clinker, etc. the material temperature is no more than 800 degrees, and the surface temperature is no more than 220 degrees.
