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Stainless Steel Tube Mills Has A Good Wear Resistance

Edit: RLT Group      Date:Aug 07, 2017

Stainless Steel Tube Mills is the key equipment after the material is broken and then crushed. It is composed of main parts such as feeding part, discharge part, rotary part, transmission part (reducer, small transmission gear, motor, electric control). Its structure has been improved, so that the body, chassis integration, installation can be a time and on the basis of the plane. The following is the Stainless Steel Tube Mills installation method:

1. Stainless Steel Tube Mills should be installed on a solid concrete foundation. To be concrete base compressive strength of 75% or more, you can install the equipment in the above. It should be noted that the basic quality should be tested before installation.

2. The axis of the host should be horizontal, at both ends of the hollow shaft on the top of the flange to measure the height to be consistent; if there is error, allowing the feed side is higher than the discharge side 1mm.

3. Lift the cylinder of the Stainless Steel Tube Mills to the installed position with a large lifting device. After the cylinder in place should check the spindle level, journal level should be measured with a box level, the measurement surface for the journal surface, the axis of the allowable deviation of 0.1%.

4. When installing the bearing cover, install the sealing felt. Felt should be flat, the interface should be ladder-shaped, felt should be even contact with the shaft, to maintain tight fit, and then tighten the flange bolts and felt ring bolts, pressure ring and shaft radial clearance should be kept uniform.

5. visited Sino-German Heavy Industry that, after the host to adjust the level, they can drive part of the installation. But before the installation of the need to first check the transmission part of the quality of the assembly, the quality of qualified before installation.

6. The drive part of the installation should be based on the host gear as a benchmark, and then adjust the transmission part. So that the pinion tooth width than the large gear teeth on both sides of the width of uniform; pinion tooth surface and large gear tooth surface should be equal. After the work done, but also need to adjust the gear gap.

7. After the installation is complete, the need for wet-type Stainless Steel Tube Mills for a full range of inspection, no problem after the test machine can work.

Energy-saving Stainless Steel Tube Mills compared with the traditional Stainless Steel Tube Mills, the application of advanced technology to match the motor power can be reduced by 18-25%, saving 70% of lubricants, saving 90% of cooling water, comprehensive energy saving more than 20%. Widely used in cement, silicate products, new building materials, refractories, fertilizers, black and nonferrous metal processing and glass ceramics and other production industries. In addition to these advantages, the main advantages of energy-saving Stainless Steel Tube Mills what?


First, energy-saving Stainless Steel Tube Mills than ordinary Stainless Steel Tube Mills to reduce the power of the original motor to reduce installed capacity to improve efficiency and reduce wear and tear. And smooth operation, reliable work.

Second, the hollow shaft with cast steel, lined with removable, rotary large gear with castings hobbing processing; and the cylinder is set with wear-resistant liner, with good wear resistance.

Third, the main bearing lubrication using grease, easy to use and clean, thus eliminating the heavy metal pollution.

Fourth, Sino-German heavy industry to change the sliding bearing for the rolling bearing, not only carrying capacity, long life, than the sliding bearing life increased by more than five percent. Reduce the sliding bearing due to high temperature caused by the problem of downtime.

Fifth, make full use of motor capacity, the improved liner structure can increase production 5% -7%.

Sixth, optimize the traditional Stainless Steel Tube Mills production process, improve the efficiency of the equipment, greatly reducing the power consumption, economic and environmental protection.