12-inch open mill | Good rubber mixing effect and even mixing

Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mixer | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | The rubber mixing effect is good and the mixture is uniform
Inch open mill|The rubber mixing effect is good and the mixture is uniform
Inch open mill|The rubber mixing effect is good and the mixture is uniform
During the operation of the roller, the hot roller Sudden cooling, that is, when the roller temperature is found to be too high, cooling water is suddenly introduced, which will cause damage to the roller under the combined action of lateral pressure and temperature difference stress. Therefore, cooling should be carried out gradually, and it is best to cool down with an empty vehicle. During the operation of the roller, if there is any debris in the rubber material or the roller, or there is glue accumulation in the baffle rubber or bearing bush, the machine must be stopped for processing. If there is glue accumulation or failure on the conveyor belt, it must be stopped and dealt with. If there is a sudden stop, the power supply should be cut off in sequence and the water and steam valves should be closed. It is strictly prohibited to drive with a load.
After the work is completed, cut off the power supply and close the water and steam valves. Inch open mill | Good rubber mixing effect and even mixing
In addition to the above, please also note: Inch open mixer | Good rubber mixing effect and even mixing
It is prohibited to rely on or stand on the rotating parts of the equipment and the material tray Do not sit above the running roller when conveying objects. When pulling or pushing the vehicle, pay attention to the surroundings to avoid bumping into or hitting people. When loading, avoid overturning and injuring people.
Common faults and solutions of open mills | Inch open mill | Good rubber mixing effect and uniform mixing
<3>Wear of the bearing chamber of the open mill The open mill is subject to vibration shock during production operation Due to the action of other composite forces, bearing chamber wear and other faults often occur. Traditional methods include overlay welding, thermal spraying, brush welding, etc., but they all have certain disadvantages: the thermal stress generated by high temperature during repair welding cannot be completely eliminated, and it is easy to cause material damage. This causes components to bend or break. Brush plating is limited by the coating thickness and is easy to peel off. Moreover, the above two methods use metal to repair metal and cannot change the hard-to-hard matching relationship. Under the combined action of various forces, it will still cause Wear again. Contemporary Western countries mostly use polymer composite repair methods to solve the above problems, and the most widely used is the Fushilan technical system, which has super strong adhesion, excellent compressive strength and other comprehensive properties, and can be disassembled and machine-processed without any need. . There is no effect of thermal stress of repair welding, and the repair thickness is not limited. At the same time, the product has unique concessions that metal materials do not have, which can absorb the impact and vibration of the equipment and avoid the possibility of re-wear.
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing Open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
<3>Cracks and leakage on the joint surface and shaft head of the open mill Open mill During long-term operation, due to the influence of vibration, wear, pressure, temperature and repeated disassembly and assembly, oil leakage from the static sealing parts of each joint surface is very common. Common ones include leakage from the joint surface of the open mill and cracks in the shaft head. Leak etc. It not only causes a large amount of waste of oil products, but also affects the on-site management of the enterprise. The traditional treatment method involves disassembling and opening the reducer, then replacing the sealing gasket or applying sealant, which is not only time-consuming and labor-intensive, but also difficult to ensure the sealing effect, and leakage will occur again during operation. Mejiahua technology is used to treat leaks on-site without disassembly. Its superior adhesion, oil resistance and 3 degree of stretch can overcome the impact of reducer vibration and effectively solve problems that companies have been unable to solve for many years.
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing Open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing
Inch open mill | Good rubber mixing effect and uniform mixing