Groove shaped forward leaning roller

The groove shaped forward leaning roller adopts an advanced structure and high-quality raw materials processed through strict manufacturing processes, which effectively solves the shortcomings of sealing, dust prevention, and waterproofing. Especially, it has good adjustments to the strength, runout, and rotational resistance of the roller, which is more in line with current use. This product has the advantages of low energy consumption and long service life.
Normally, it can be used for 30000 hours. The product is widely used in mines, power plants, steel mills, stone mills, cement plants, coal washing plants, salt plants and other places.
Product Specifications
Non contact sealing with roller diameter: 76mm, roller length ≤ 460mm,>460mm, rotation resistance 2.0N, 2.5N
φ89mm、 Roller length ≤ 460mm,>460mm, rotation resistance 2.5N, 3.0N
φ108mm、 Roller length ≤ 800mm,>800mm, rotation resistance 3.0N, 3.5N
φ133mm、 Roller length ≤ 800mm,>800mm, rotation resistance 3.0N, 3.5N
φ159mm、 Roller length ≤ 800mm,>800mm, rotation resistance 3.0N, 3.5N
Product Features:
1. Has strong corrosion resistance;
2. High hardness and strong wear resistance; Good sealing performance, oil and grease will not leak;
3. The surface of the ceramic groove roller forms an oxide film, which has a low friction coefficient when in contact with the conveyor belt and can effectively reduce the driving force of the winch.
4. Long service life; Reduce the overall cost of belt conveyors, minimize maintenance hours, and lower operating costs.
Product Instructions:
1. Prevent the conveyor belt from starting under load.
2. If the conveyor belt deviates, timely measures should be taken to correct it.
3. Conveyor belts of different types, specifications, and layers should not be used together, and it is best to use adhesive bonding for their joints.
4. The type, structure, specifications, and number of layers of buffer rollers should be selected reasonably according to the usage conditions.
5. The running speed of the conveyor belt should generally not exceed 2.5m/s. For materials with large block size and high wear, and for unloading devices using fixed pears, low speed should be used as much as possible.