chanpin

Our Products

PriceList for Desulphurization Process Of Coal-Fired Power Plant - HC Calcium Hydroxide/Calcium Oxide Specialized Grinding Mill – HCM

Mill Features

High reliability

The new technological star rack and pendulum grinding roller device features high reliability, advanced and reasonable structure, small vibration, low noise, stable operation. It has obtained excellent social and economic benefits that proved by the market feedback.

 

High efficiency and energy saving

Larger volume of processed material in unit grinding time. It is a high efficiency and energy saving mill which can use low valley electricity.

 

Environmental protection.

The mill has equipped the pulse dust collector that reaches 99.9% dust collecting rate. The whole sealing system has basically realized dust-free workshop.

 

Uniform particle size distribution

HC calcium hydroxide/calcium oxide specialized grinding mill can produce fineness between 80 -500 mesh, and the particle size distribution is uniform.

 

Small footprint

Compact equipment layout and small footprint can save the initial investment.

Parameters

Model Quantity of roller Fineness Capacity(T/H)
HC1000 3 200 mesh D95 4-5
HC1300 4 200 mesh D95 8-10
HC1500 4 200 mesh D95 13-15
HC1700 5 200 mesh D95 18-20

Product detail pictures:

PriceList for Desulphurization Process Of Coal-Fired Power Plant - HC Calcium Hydroxide/Calcium Oxide Specialized Grinding Mill – HCM detail pictures


Related Product Guide:

We believe that long time period partnership is a result of top of the range, value added services, rich expertise and personal contact for PriceList for Desulphurization Process Of Coal-Fired Power Plant - HC Calcium Hydroxide/Calcium Oxide Specialized Grinding Mill – HCM, The product will supply to all over the world, such as: Zimbabwe, United States, Stuttgart, With nearly 30 years' experience in business, we are confident in superior service, quality and delivery. We warmly welcome customers from all over the world to cooperate with our company for common development.
-->