A layer of nylon canvas is sandwiched between the nylon flat belts. Compared with an ordinary cotton core flat belt, a nylon flat belt has the advantages of good elasticity, good groove formation, high strength, and impact resistance. It can effectively reduce the transportation cost and realize high-speed, large-span, and long-distance transportation.
First of all, because the nylon flat belt has no adhesiveness, it is relatively simple and convenient to clean, and easy to operate the equipment. If the nylon flat belt is stained with gasoline powder and other stains, it can be easily cleaned, and a few professional cleaning solutions can completely clean it.
Secondly, the corrosion resistance and durability are excellent. No matter what the chemical composition is, it can resist corrosion, the strength is also excellent, and almost no mistakes occur. It is a versatile flat belt.
Again, the nylon flat belt can also prevent fire. Unlike ordinary ones, the nylon flat belt has good air permeability, which reduces the power consumption and greatly improves the anti-drying effect of the flat belt.
Compared with other transportation methods, the use of nylon flat belts as a transportation carrier has the advantages of safe operation, low freight, continuity, and shortened transportation distance.
Nylon flat belts have become a substitute for road and rail transportation to a certain extent. This flat belt is suitable for conveying bulk, granular and powdery materials at room temperature without special corrosion under normal conditions.
During transportation and storage, the flat belt should be kept clean, avoid direct sunlight or rain and snow, avoid contact with acids, alkalis, oils, organic solvents, and other substances, and be one meter away from the heating device.
When storing flat belts, the temperature in the warehouse should be kept between -18°C and 40°C, and the relative humidity should be kept between 50% and 80%. During storage, the products must be placed in rolls and must not be folded. It should be turned in by the flat belt manufacturers quarterly.
Flat belts of different types and specifications should not be used together. The joints are preferably glued. The type, structure, specification, and several layers of nylon flat belts should be reasonably selected according to the conditions of use.
Generally, the running speed of a nylon flat belt should not be greater than 2.5㎧. For materials with large lumps and high abrasion, and using fixed type unloading device, low speed should be used as much as possible.
The relationship between the diameter of the transmission roller of the conveyor and the cloth layer of the flat belt, the matching of the transmission roller, the reversing roller, and the groove angle of the idler should be reasonably selected according to the design regulations of the conveyor.
The feeding direction should follow the running direction of the nylon flat belt. To reduce the impact on the nylon flat belt when the material falls, a chute should be used to reduce the falling distance of the material; flat belt suppliers should shorten the roller spacing and adopt a buffer roller in the material receiving section. To prevent material leakage, a moderately soft baffle plate should be used on the belt side, to avoid the baffle plate being too hard and scratching the belt surface.
Avoid the idler being covered by the material, causing the rotation to fail, preventing the leaked material from being stuck between the roller and the belt, and pay attention to the lubrication of the moving parts, but do not oil the flat belt to avoid starting with a load.
If the nylon flat belt deviates, measures should be taken to correct it in time; if the nylon flat belt is found to be partially damaged, it should be repaired in time to avoid expansion and prevent the nylon flat belt from being blocked by the frame, pillars or block materials, and prevent it from being broken and torn.