FLY ASH HANDLING AND PROCESSING FOR NEW CERAMICS PROJECT IN CHINA
ADVANCED MILLING TECHNOLOGY MEETS MATERIAL HANDLING AND PROCESSING NEEDS OF NEW CHINESE CERAMIC TILE VENTURE
Specialist low energy milling and classification equipment developed in the UK is being installed in a new pioneering ceramics industry plant in the People’s Republic of China using locally sourced fly ash as the main raw material.
The Gateshead-based International Innovative Technologies Ltd. (IIT) has signed an agreement to supply specialist fine grinding and particle sizing technology to the newly established Shandong V-tong Science and Technology Ltd (V-tong) for use in its new custom built ceramic tile manufacturing plant in Zibo, China.
V-tong is a joint venture between the Hong Kong based waste materials recycling specialist Vecor and a leading Chinese manufacturer of ceramic tiles.
The first stage in the JV project will see the new facility being used for the processing of locally sourced fly ash from coal fired power stations into high grade raw materials for use in the production of ceramic tiles.
V-tong also has further plans for a brand new manufacturing facility that will process locally sourced materials and minerals to produce tiles in a special dry preparation and pressing process developed by Vecor and an Italian specialist engineering firm.
This specialist manufacturing technology and fly ash application has been proven by Vecor in production tests conducted in Italy. Vecor’s technology has demonstrated significant savings in water, raw material and energy use compared to traditional tile manufacturing processes.
However, the milling of the fly ash as part of the preparation of the ceramic mix is a key requirement in the new process. In particular, close control and reduction of particle size and distribution is essential for a uniform overall composition for subsequent pressing and firing.
(double click on picture to open in new window)
PFA Milling System
The raw materials must have a sufficiently fine particle size to enable the ceramic mass to vitrify rapidly during firing and the powders must have a suitable particle size distribution and grain morphology to allow for effective compaction during the pressing operation.
To meet these requirements, the patented IIT m-series dry milling system has now been selected for this application to bring highly efficient control of the reduction and finished particle size of the fly ash and other ceramic raw materials utilised in the process.
Compact and powerful‚ the centrifugal grinding mechanism of the IIT m-series mill is extremely efficient with the vertical material flow path and special roller assembly ensuring that the force produced is translated into maximum particle grinding power.
For the new venture in China, special twinmill fine grinding configurations are being supplied, each utilising two grinding modules operating in parallel from a common feed, for complete flexibility of material throughput and increased production outputs.
The new systems will also incorporate IIT c-series classifiers which have been specifically designed for the accurate and close control of particle size distribution of fine materials. These robust, high throughput air-stream units are capable of maximising separation efficiency without compromising system energy requirements.
This is the first ceramics sector application of its type for the IIT m-series mill, which is especially suited for the fine grinding of natural raw materials and other industrial products including glass, metal oxides‚ bauxite‚ limestone products‚ silicon carbide and furnace slags.
As part of the supply arrangements to V-tong, the company will also become the exclusive distributor of IIT’s patented milling equipment for the ceramic tile industry in China.
IIT Advanced Milling Technology
FLY ASH HANDLING AND PROCESSING FOR NEW CERAMICS PROJECT IN CHINA
ADVANCED MILLING TECHNOLOGY MEETS MATERIAL HANDLING AND PROCESSING NEEDS OF NEW CHINESE CERAMIC TILE VENTURE
Specialist low energy milling and classification equipment developed in the UK is being installed in a new pioneering ceramics industry plant in the People’s Republic of China using locally sourced fly ash as the main raw material.
The Gateshead-based International Innovative Technologies Ltd. (IIT) has signed an agreement to supply specialist fine grinding and particle sizing technology to the newly established Shandong V-tong Science and Technology Ltd (V-tong) for use in its new custom built ceramic tile manufacturing plant in Zibo, China.
V-tong is a joint venture between the Hong Kong based waste materials recycling specialist Vecor and a leading Chinese manufacturer of ceramic tiles.
The first stage in the JV project will see the new facility being used for the processing of locally sourced fly ash from coal fired power stations into high grade raw materials for use in the production of ceramic tiles.
V-tong also has further plans for a brand new manufacturing facility that will process locally sourced materials and minerals to produce tiles in a special dry preparation and pressing process developed by Vecor and an Italian specialist engineering firm.
This specialist manufacturing technology and fly ash application has been proven by Vecor in production tests conducted in Italy. Vecor’s technology has demonstrated significant savings in water, raw material and energy use compared to traditional tile manufacturing processes.
However, the milling of the fly ash as part of the preparation of the ceramic mix is a key requirement in the new process. In particular, close control and reduction of particle size and distribution is essential for a uniform overall composition for subsequent pressing and firing.
(double click on picture to open in new window)
PFA Milling System
The raw materials must have a sufficiently fine particle size to enable the ceramic mass to vitrify rapidly during firing and the powders must have a suitable particle size distribution and grain morphology to allow for effective compaction during the pressing operation.
To meet these requirements, the patented IIT m-series dry milling system has now been selected for this application to bring highly efficient control of the reduction and finished particle size of the fly ash and other ceramic raw materials utilised in the process.
Compact and powerful‚ the centrifugal grinding mechanism of the IIT m-series mill is extremely efficient with the vertical material flow path and special roller assembly ensuring that the force produced is translated into maximum particle grinding power.
For the new venture in China, special twinmill fine grinding configurations are being supplied, each utilising two grinding modules operating in parallel from a common feed, for complete flexibility of material throughput and increased production outputs.
The new systems will also incorporate IIT c-series classifiers which have been specifically designed for the accurate and close control of particle size distribution of fine materials. These robust, high throughput air-stream units are capable of maximising separation efficiency without compromising system energy requirements.
This is the first ceramics sector application of its type for the IIT m-series mill, which is especially suited for the fine grinding of natural raw materials and other industrial products including glass, metal oxides‚ bauxite‚ limestone products‚ silicon carbide and furnace slags.
As part of the supply arrangements to V-tong, the company will also become the exclusive distributor of IIT’s patented milling equipment for the ceramic tile industry in China.
For more information, please visit:
https://edir.bulk-online.com/profile...chnologies.htm11163 iit international innovative technologies.htm
Google Search:
http://www.google.de/search?client=s...ulk-online.comsearch?client=safari&rls=en&q=IIT+International+Innovative+Technologies+Ltd.+site:bulk online.com
http://www.google.de/search?q=IIT+In...=lnms&tbm=ischsearch?q=IIT+International+Innovative+Technologies+Ltd.+site:bulk online.com&hl=de&newwindow=1&safe=active&client=safari&rls=en&prmd=ivns&source=lnms&tbm=isch
Continue to: