Specifications

Three-dimensional structure
Land-saving
The screen-passing rate can reach to 99%
The transmission is steady and reliable

Features
Applications	80-325mesh fine powder grinding
Field of application	Agriculture, biology, construction materials, glass / ceramics, mining, mineralogy / metallurgy
Feed material	medium-hard, hard, brittle, tough
Size reduction principle	pressure
Material of grinding tools	manganese steel, Chromium - molybdenum Alloy
Dust Filter System	With Bag Dust Filter
Durability	depending on feed material

Working Principle of Raymond Mill:
First material should be crushed into the desired size by Jaw Crusher, and delivered to the Silo by Bucket Elevator. Our Designed Vibrating Feeder will feed the material into the grinding room. With the air current from the Air Blower, those powder conforms to the fineness degree will be blew into the cyclone collector and those powder that is not consistent with the desired size will return to the grinding room to be re-ground. The whole system is airtight circulation, and the circulatory flow under the negative pressure.
Raymond Mill Features: 
Three-dimensional structure 
Land-saving 
 The screen-passing rate can reach to 99% 
 The transmission is steady and reliable; 
The transmission device of mainframe adopts airtight gear case and zonal wheel. 
 Centralized control for the electric system, convenient to operate.
Raymond Mill Technical Parameter :

Model	No. of Roller (Pcs)	Roller		Ring		Max. Feeding Size (mm)	Fineness of finished product (mm)			Mainframe Power (KW)	Overall Dimension (L×W×H) (MM)
		Diameter (mm)	Height (mm)	Inn Diameter (mm)	Height (mm)		0.125	0.075	0.044
							Capacity(t/h)
3R2115	3	210	150	630	150	<15	1.2-1.8	0.6-1.2	0.6-1.0	15	4500×2800×5800
3R2615	3	260	150	780	150	15-20	1.8-2.5	1.2-1.8	0.8-1.2	18.5	5650×3305×5950
3R2715	3	270	150	830	150	15-20	2.3-2.8	1.8-2.8	0.9-1.7	22	8000×3500×4900
3R3016	3	300	160	880	160	15-20	2.6-4	1.9-2.6	1.0-1.9	30	6500×4100×5200
4R3216	4	320	160	970	160	20-25	3.2-4.5	2.4-3.1	1.8-2.5	37	9900×5800×10580