Typical Milled Materials Examples
- Aluminium Oxide
- Asphalt Paving
- Bauxite
- Biomass (Types of)
- Calcium Carbonate
- Calcined Magnesia
- Chalk
- Clinker
- Coal
- Copper Slag
- Dolomite
- Fly Ash
- Glass
- GRP
- Granite
- GGBS
- Gypsum
- Hydrated Lime
- Lime
- Limestone
- Nickel Slag
- Petcoke
- Plastics
- Silica Sand
- Silicon Carbide
- Steel Slag
- And many more...
Recycling/GRP
Delivering innovative solutions
for traditional and new markets
Where once milling technology could not efficiently handle non-economic materials the m-series has opened up a vista of opportunities in the area of recycling scrap. As well as efficiently milling hard materials such as metal oxide, bauxite, blast furnace slag, granite, glass etc., IIT milling technology is equally versatile for soft materials including Biomass and GRP. In the construction industry, m-series mills enable surplus limestone (below 6mm) to be used as a cement replacement in concrete production.
IIT milling systems offer superb ‘green credentials’ and excellent opportunities for the recycling markets including:-
G.R.P. Sheet before and after processing.
Glass Reinforced Plastic (G.R.P)
During production processes, G.R.P. off-cuts are produced which cannot be recycled, resulting in thousands of tonnes of waste which, together with used G.R.P. has previously gone into landfill. Now it can be economically reduced to a fine powder for recycling.
IIT Ltd has worked with a major UK manufacturer, utilising the m-series mill to successfully produce the powder into its required form for recycling.
Glass cullet before and after processing.
(Power consumed only 10 kWh/t).
Glass Recycling
The effective uses of recycled glass range from filtration, golf bunkers and fluxing agent for bricks to use in building materials. Previously, milling costs prohibited its use, but m-series mills can reduce glass cullet down to sub 75 micron powders extremely cost effectively.
Limestone before and after processing.
Limestone
Limestone, below 5mm is often in surplus within the quarrying industry with sometimes many thousands of tonnes stockpiled. Economical milling to sub 45 micron allows this material to be used as a cement replacement in the production of concrete.
