The transportation distance of the anti-static EP conveyor belt is generally long, and the required pulling force is long. Because the long transport distance needs to achieve strong tear resistance.
standard:
GB/T7984-2001, DIN22102, BS490, AS1332, RMA, JISK6322, SABS1173, etc.
The material transportation volume per hour, under the same other conditions, the greater the workload to be transported per hour, the greater the tensile force to be achieved, because the faster the hourly speed, the basic conveyor will run at a high speed In the state.
The fineness and size of the materials being transported, and the strength of the materials are the size and weight of the materials. For example, transporting a large ore under the same conditions requires much greater pulling force than transporting powdered materials.
Conveying angle. Generally, the larger the conveying angle, the greater the lifting force requirements.
Anti-static EP conveyors are equipped with a variety of different attributes such as heat resistance, cold resistance, oil resistance, acid and alkali resistance, flame retardant, anti-static, etc., and can be combined according to different transportation environments to apply to complex transportation environments. Cold resistance, acid and alkali resistance, flame-retardant and anti-static, etc., this depends on the condition of your materials and the temperature of your transportation environment. The choice of this attribute is different in each region.
Maintenance of anti-static EP conveyor belt:
1 During installation, it must be installed correctly. After installation, it must be tested and run to see if there is any reverse or deviation of the installation.
2 If it is not in use, it must be ventilated and dry, and it must be turned over frequently. Do not stack different models together.
3 Do a good job of inspection during use, repair the abraded area in time, and replace it in time if the damage exceeds 70%.
Fabric Canvas | Fabric Structure | Fabric Code | Fabric layer Numbers | Width (mm) | Length (m) | Cover Thickness (mm) | ||
Warp | Weft | Top | Bottom | |||||
Polyester | Polyester | Nylon and Polyester | EP100 | 2-10 | 350-2200 | 10-400 | 2-12 | 1-5 |
EP150 | 2-10 | 350-2200 | 10-400 | 2-12 | 1-5 | |||
EP200 | 2-10 | 350-2200 | 10-400 | 2-12 | 1-5 | |||
EP250 | 2-10 | 350-2200 | 10-400 | 2-12 | 1-5 | |||
EP300 | 2-6 | 350-2200 | 10-400 | 2-12 | 1-5 | |||
EP400 | 2-6 | 350-2200 | 10-400 | 2-12 | 1-5 | |||
EP500 | 2-6 | 350-2200 | 10-400 | 2-12 | 1-5 | |||
EP600 | 2-4 | 350-2200 | 10-400 | 2-12 | ||||
Index Description | Strength between Layers | Cover Layer and Fabric Layer | ||||||
Cover Thickness ≤1.5mm | Cover Thickness >1.5mm | |||||||
Sample Average Value | ≥4.5N/mm | 3.2N/mm | 3.5N/mm | |||||
