Dsmac Put Forward Three Methods Helping Cement Plant Owners to Save Cost on Limestone Crushing Line Essay

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DSMAC Put Forward Three Methods Helping Cement Plant Owners to Save Cost on Limestone Crushing Line

XPCF high efficient fine crusher is the optimized crushing machine for fine crushing effect improvement and spare parts unitarily enhancement. It is mainly used in cement production, sand and stone joint production, mining, metallurgy, coal industry, etc. There are mainly three application areas for XPCF high efficient fine crusher.
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First, XPCF high efficient fine crusher is used for crushing cement raw materials before flour mills, reducing energy consumption more than 5 million yuan.
Take the 2500tpd new type dry technique cement production line for example. Comparing the φ 4.6×10 raw material mill + 3.5m dry grinding production system with XPCF high efficient fine crusher + φ2.2m raw material mill or φ2.4m ball mill system, the former system needs 7.16 KWH for each ton raw material. If per KWH is 0.6 yuan, the cost for per raw material will increase 4.296 yuan. So for each to process raw material 4000 tons, the production cost increases 17200 yuan. In one year, the cost will increase about 5.495 million yuan.

Second, XPCF high efficient fine crusher is the optimum crusher for clinker crushing.
The XPCF high efficient fine crusher from DSMAC is the famous product for crushing clinker. This product has the features of high productivity, stable property and low failure rate, which is conducive to reduce customers’ unnecessary maintenance and economic loss. The raw material below 60-70mm is suitable, and the equipped wear-resisting spare part is SANDWICH® hammerhead, which is designed with tungsten and titanium alloy integrated structure and other special wear-resistant materials, greatly lengthening the service life of hammerhead.

Third, XPCF high efficient fine crusher for Coal Water Slurry (CWS) realizes high concentration and high rheological property.
In order to solve CWS industry’s technological deficiencies of high project investment, imbalance between input and output, unstable product quality, DSMAC