How to reduce wear on mill components

We all know that the components of the milling production lines are relatively easy to wear, whether it is a Raymond mill, a high-pressure mill or an ultra-fine mill, in the daily use, whether it is the normal wear or accident wear of the parts, It is harmful to the use of equipment, and accident wear is not allowed. In order to increase the utilization of equipment, it is necessary to reduce wear and damage of parts. In actual production, an important way to improve equipment utilization is to improve the wear resistance of parts and to fight wear. Therefore, it is necessary to carefully study the wear phenomena and laws of parts, discuss various factors affecting wear, and formulate measures and methods to improve the wear resistance of parts. The adjustment of the equipment after assembly is not suitable for the production requirements, the repair and assembly quality of the equipment is poor, or the operator's improper operation causes the equipment to generate a lot of noise during operation, or cause sudden damage to the parts, resulting in The equipment is forced to stop working, repair or repair, these are the accidental wear of the parts. Parts are constantly being loaded by loads during work. After long-term friction, impact, high temperature and medium corrosion, the surface of the part gradually wears out, its geometry and surface structure change constantly, and the original machining accuracy and design performance are gradually lost. The wear of the parts reduces the mechanical efficiency of the equipment, the energy consumption will increase sharply, the production capacity will drop significantly, a large amount of waste will appear, and finally the equipment will be stopped and repaired due to the normal wear of the parts. We study the wear law of parts, which is to study the characteristics of equipment zero and component wear. When the wear of the part increases to a large extent, it must be repaired or replaced, so that the normal working performance of the equipment can be restored and the working efficiency should be achieved. SBM Heavy Industry Machinery Co., Ltd. is a professional manufacturer of cement mill. The company not only provides customers with industrial milling equipment and jaw crusher equipment with wide selectivity, reasonable matching, reliable quality and high cost performance. The customer's actual site, design process, and responsible for the later installation and commissioning and maintenance services, happy customers to inquire, we will be happy to help you!

评论

发表评论

此博客中的热门博文

Artificial aggregate production process and advantages and disadvantages

Wool sand making machine by crushing, screening, grinding, washing the resulting sand and gravel. In the absence of natural sand areas, often using artificial aggregate pouring concrete. Artificial aggregate production process are: wool mining, processing coarse aggregate, fine aggregate processing, screening, after washing reserves and transportation. Advantages of artificial aggregate are: ① wool stope nearest arrangements, reduce storage, loading and transport links, saving investment; ② to adjust production mix than the aggregate of all levels make full use of wool, save mining cost; ③ artificial aggregate particle size distribution is good, save cement, fresh surface roughness to increase bond strength, good mechanical properties. The disadvantage is the need to increase drilling blasting, crushing, sieving, washing, sand and other processes, the process is cumbersome, install more equipment and a greater direct costs of the system. Wool sand by crushing, screening, grinding, wa...
阅读全文

Raymond Mill grinding system new advantages

Raymond Mill is a kind of grinding equipment that we commonly use in industrial ultrafine mill . It is suitable for limestone, calcite, marble, talc, gypsum, barite, fluorite, zeolite, manganese ore, ilmenite, phosphorus Minerals, bentonite, starch, kaolin and other stones with a hardness of less than Mohs 7 are ground and used in a wide range of applications, all of which are inextricably linked to its new grinding system. So what technology is applied to the grinding system used by Raymond Mill? 1. The new technology adopts a new vertical roll device. The grinding roller and the grinding ring are always in balance during the grinding process to form a uniform line contact grinding zone. The height of the grinding roller and grinding ring is increased from the original 160 mm to 200 mm, which increases the grinding contact area to a greater extent. 2. The classifier adopts a forced turbine classifier to extend the granularity of the finished product from the original 80-325 mesh range...
阅读全文

New sand maker consolidates infrastructure construction

Since the 18th National Party Congress, our country has been inclined tocontinue to invest heavily in infrastructure to promote economicbooming, which will further expand the market demand for vsi sand making machine and gravelaggregate. In the face of the huge gravel aggregate demand, it isnecessary for gravel equipment R D manufacturer to activelyprepare for high-tech sand making machine to help the rapid development of economy. Sand making equipment is the key to the production of high-quality sandand gravel aggregate, the quality of sand and gravel aggregates directlyaffects the quality of infrastructure works. For a long time, theoverall technical level of sand making is low; facing increasinglystringent technical and quality requirements in the market, China sandmaking machine manufactures require to take active innovation, furtherincrease R D investment on technological application to meet thehigh standards and high demand of the market. Hongxing machine deeply understands...
阅读全文