Raymond Mill

Raymond mill is a type of grinding machine used to process materials into fine powder. It uses mechanical forces and heat to crush and grind materials, typically non-metallic minerals like limestone, talc, and barite.

Capacidad

0.5-60T/H

Máximo. Tamaño de entrada

<30mm

Min. Output size

0.125-0.044mm

60s en línea
servicio al cliente

2 Días personalizar
soluciones

Fábrica
Visitando en cualquier momento

1-10 despacho de días
los bienes

Una semana
de instalación

2 días de
capacitación

365 días
Aftervales en línea

Seguimiento de proyectos
regularmente

2 Días proporcionar
plan de mantenimiento

Servicio previo

Servicio de ventas

Servicio postventa

Consejo1: El acuerdo de tiempo específico depende de la situación real. Punta2: Transferencia de aeropuerto y alojamiento de hotel gratis.

Raymond mill is a classical grinding equipment. It features high efficiency, stable performance, and energy savings. Widely applied in the fields of mining, construction materials, and chemical industry, with its advanced technology and reliable quality. Raymond mills are favored for their ability to produce consistent particle size and high quality in the finished product.

Technical Features

High efficiency:

It can produce a large quantity of fine powder in a short time, maximizing productivity.

Controlled particle size:

The mill allows for precise control over the final product's particle size, which is crucial for many industrial processes.

Cost-effective:

Its long service life and lower operational costs contribute to a better return on investment.

Environmental friendliness:

Many models are designed to minimize dust and emissions, aligning with modern environmental standards.

Working Principle

Material Feeding: Raw materials are fed into the mill through a hopper. The materials are typically in bulk form and need to be crushed before grinding.

Grinding Process: Inside the grinding chamber, the crushed material is lifted by an air current to the grinding zone, where it is ground between the grinding roller and the grinding ring. The roller exerts pressure on the material, crushing it into fine particles.

Air Flow: A fan generates airflow that helps transport the ground material upwards to the classifier. This airflow also carries away the heat generated during the grinding process.

Classification: The classifier separates the fine particles from the coarser ones. The finer particles are carried away through the air, while the coarser particles fall back into the grinding chamber for further processing.

Collecting: The fine powder is collected in a cyclone separator or bag filter, where it is separated from the air and collected for use.

Recycling: The remaining coarse particles that are not sufficiently ground are recycled back into the grinding chamber for further grinding.

Technical Parameter

Model		Roller	Roll Dia. (mm)	Roll Ring Size (mm)	Máximo. Input Size (mm)	Output Size (mm)	Capacity t/h	Power (Kw)	Dimension
3R	1510	3	150*100	570*100	15	0.125-0.044	0.8-10	7.5	320012003800
	2115	3	210*150	630*150	15	0.125-0.044	1-12	15	350033004500
	2615	3	260*150	780*150	20	0.125-0.044	1.5-20	18.5	465036005100
	2715	3	270*150	830*150	20	0.125-0.044	2-28	22	470036005100
	3015	3	300*150	875*150	25	0.125-0.044	2-35	30	530041005200
4R	3016	4	300*160	890*160	25	0.125-0.044	3-36	30	540041005200
	3216	4	320*160	970*160	25	0.125*0.044	4-45	37	710059007900
	3220	4	320*200	970*200	25	0.125-0.044	4-55	45	990058001058
5R	4119	5	410*190	1270*190	30	0.613-0.044	8-60	75	920072509700

***The capacity will vary according to different materials, feed particle size, and other factors. Please contact VEST for equipment selection for specific projects.

Traducción