Three Ways to Improve the efficiency of Sand making machine

Also known as stone washing machine, sand washing machine sand products is mainly used for the removal of impurities (such as dust) machine, due to greater use of the method of washing, sand washing machine. General the Stone Crushing mechanisms sand), also known as stone washing machine. Different because of their appearance and principle, also known as spiral sand washing machine, drum sand washing machine, water wheels, sand washing machine, vibration, sand washing machine.

Sand making machine is an important mining machine crusher to reduce operating costs and improve the efficiency of the device. Sand making machine is widely used in building materials, metallurgy , chemical, mining , refractories, ceramics , cement , water , fire, electricity and other fields. With the rapid development of infrastructure, Sand has increasingly irreplaceable role . Zenith has many years of production, sales, maintenance experience Sand , thus focusing on a number of factors that affect the life of Sand machine equipment, improving making machine efficiency .

1.Failure analysis and control . In the actual production process, need to be more effective , more proactively predict and control failures that may occur Sand failure to understand the wear and tear of wearing parts of the law , and with the failure analysis and knowledge accumulation , faster and more accurately locate faults causes and fault location.

2.Wear rate problems. Reduce the wear rate is an important goal manufacturer . Sand the main wear parts are butt heads, manifold , impact block , etc., the frequency of replacement of these parts is relatively high , resulting in a greater quarry crusher production .

3.product size distribution problems. Sand the products have good product shape . Particle size distribution and crusher own characteristics , operating parameters , material properties , production costs, and wear factors and other factors , it can be through the analysis of the crusher wear rate and product size distribution , effectively reducing wear and optimize product size distribution