The project is a 500-ton iron ore crushing production line in Laos. The crushing material is raw iron ore extracted from underground caves. The size of the raw material is less than 700mm, and the finished product is less than 10mm. The main equipment includes F5X1660, C6X125, HST250S Cone Crusher , HST315H2*3+3072-3 * 4 sets, …
The biggest significance of sand making by wind selection and screening technology is that better sand grading can be obtained. High-quality sand can be prepared by wind selection and screening technology. Through wind adjustment, the material can be vaguely screened, and some 0.3-3mm particles that should have formed sand can be leaked into the rework …
Read more “What is sand making by wind separation and screening technology?”
VUS plastic sand making tower advantages： 1.After shaping through the VUS system, fine aggregates and sand with excellent grain shape can be obtained; (VSI6X shaping machine host)2.System integration, high degree of automation, small footprint, fast construction and installation speed, convenient operation and operation: (Electrical control, modular design and manufacturing)3.The system contains a full set of …
Construction aggregate system investment Construction aggregate system Fixed asset investment How much does it cost to invest in construction aggregate equipment?How much does it cost to invest in construction aggregate infrastructure? Operating cost How much energy is needed? Consumption of wearing parts? How much does it cost for operation and maintenance? How much does it …
Read more “What are the most concerned issues for construction aggregate customers?”
This collection provides a quick review of the basic terminology used in the VU aggregate optimization system. For a more detailed examination of the word forms and sentence structures introduced here, click on any of the terms to visit a glossary page, where you’ll find numerous examples and expanded discussions. Used Terms in VU aggregate …
Read more “100 Commonly Used Terms in VU aggregate optimization system”
Project case details: Into the material 5-20 mm hard tuff sand, capacity 85 TPH, impact current 460 a, finished product sand Mx = 2.8
Project case details: 10-31.5mm limestone mixture to make sand for mortar below 3mm, treatment capacity 80tph, impact breaking current 500A, finished sand Mx=2.8
Project case details: Feeding 5-10mm limestone to make sand, processing capacity 125tph, finished sand capacity 105tph, finished sand Mx=2.7+0.1
Case detail: Feed 3-8mm hard tuff sand to make sand, the processing capacity is 90tph, the finished sand capacity is 78tph, and the finished sand Mx=2.5
Case details: Feeding 10-30mm granite sand, processing capacity 120-130tph, finished sand capacity 100-110tph, finished sand Mx=2.8