一个是主要的设计点是在裙边粘接的时候，裙边的两侧可以同时受压，这就大大提高了粘接能力，确保了带子的使用寿命。裙边内部所夹帆布采用斜切类型，这样既可以有效防止裙边撕裂也有利于裙边曲挠。裙边的设计保证了其具有较大的曲挠性和耐疲劳性、在物料提升和皮带回转过程中具有良好的垂直稳定性。这种设计保证了挡边带在小半径滚筒上平稳转向。
One of the main design points is that when the skirt is bonded, both sides of the skirt can be pressed at the same time, which greatly improves the bonding ability and ensures the service life of the belt. The canvas sandwiched inside the skirt adopts the oblique cutting type, which can not only effectively prevent the skirt from tearing, but also conducive to the skirt edge bending. The design of skirt ensures that it has greater flexibility and fatigue resistance, and has good vertical stability in the process of material lifting and belt rotation. This design ensures that the sideband turns smoothly on the small radius drum.
1、 接头的方法： 橡胶输送带接头的方法有：机械接头、冷粘接头、热硫化接头等几个常用的方法。 机械接头一般是指使用皮带扣接头，这种接头方法方便便捷，也比较经济，但是接头的效率低，容易损坏，对橡胶输送带产品的使用寿命有一定影响。 PVC和PVG整芯阻燃抗静电橡胶输送带接头中，一般8级带以下的产品都采用这种接头方法。
1. Joint method: rubber conveyor belt joint method: mechanical joint, cold adhesive joint, hot vulcanization joint and other common methods. Mechanical joint generally refers to the use of belt buckle joint, which is convenient and economical. However, the efficiency of the joint is low and easy to be damaged, which has a certain impact on the service life of rubber conveyor belt products. In PVC and PVG whole core flame retardant and antistatic rubber conveyor belt joints, the joint method is generally used for products below grade 8.
大倾角输送带
High angle conveyor belt
2、冷粘接头：即采用冷粘粘合剂来进行接头。这种接头办法比机械接头的效率高，也比较经济，应该能够有比较好的接头效果，但是从实践来看，由于工艺条件比较难掌握，另外粘合剂的质量对接头的影响非常大，所以不是很稳定。 热硫化接头，实践证明是更理想的一种接头方法，能够保证高的接头效率，同时也非常稳定，接头寿命也很长，容易掌握。但是存在工艺麻烦、费用高、接头时间长等缺点。
2. Cold bonding joint: that is to use cold adhesive to carry out the joint. This kind of joint method is more efficient and economical than mechanical joint, and it should be able to have better joint effect. However, from the perspective of practice, because the process conditions are difficult to master, and the quality of adhesive has a great impact on the joint, it is not very stable. Heat vulcanization joint, practice has proved that it is the most ideal joint method, which can ensure high joint efficiency, but also very stable, joint life is also very long, easy to master. However, there are some disadvantages such as troublesome process, high cost and long joint time.
3、分层橡胶输送带的接头： 可以根据需要采用机械接头、冷粘接头、热硫化接头等接头方法。一般冷粘接头、热硫化接头采取的是阶梯式结构接头。
3. Joint of laminated rubber conveyor belt: mechanical joint, cold bonding joint, hot vulcanization joint and other joint methods can be used as required. Generally, the cold bonded joint and hot vulcanized joint are of stepped structure.
4、PVC和PVG整芯阻燃橡胶输送带的接头： 由于整芯带的结构比较特殊，接头不太容易，所以大多数采用机械接头办法，即皮带扣接头。但是8级以上的橡胶输送带，为了保证接头效果，一般还是采用热硫化接头的方法。接头的结构都是指状接头。PVC和PVG整芯阻燃橡胶输送带的热硫化接头工艺比较复杂，对设备的要求也比较高。
4. Joint of PVC and PVG whole core flame retardant rubber conveyor belt: due to the special structure of the whole core belt, the joint is not easy, so most of them adopt mechanical joint method, namely belt buckle joint. But for the rubber conveyor belt of Grade 8 or above, in order to ensure the joint effect, the method of hot vulcanization joint is generally adopted. The structures of joints are finger joints. The heat vulcanization process of PVC and PVG flame retardant rubber conveyor belt is complex, and the requirements for equipment are also relatively high.
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