Industry 4.0, also known as the Industrial Internet of Things (IIoT), is proving to be a revolutionary trend that will shape the industrial landscape in the coming years. Adding intelligence to physical objects has never been as easy and inexpensive as it is today.
Many processed materials need to be thermally dried under controlled conditions. Most drying is done in open atmosphere or oxidizing ovens in batch, continuous belt, or tunnel feed styles. However, certain materials require protection from oxygen or other atmospheric contaminants during or after drying.
Across the board, the ceramic industry has benefitted from three significant pieces of technology introduced to us over the last 45 years: high-velocity combustion, low-mass kiln cars, and digital control technology. First came high-velocity combustion, which gave us high rates of convective heat transfer. It delivered improved temperature uniformity, faster cycles, fuel savings and increases in “A” grade recovery, as well as many other documented secondary benefits.
With little more than a year remaining before significant changes to labeling rules take effect for California’s controversial Clean Water Act, noted Proposition 65 attorney Carol Brophy addressed Deco ’17 attendees with a summary of those changes.
Wider channels in extra-large kilns allow an increase in the number of incoming tile and therefore boost kiln output compared to other machines of the same length.
August 1, 2017
The roller kilns in the XXL family, which feature extra-large channels from 3,500-3,850 mm wide, are the biggest in the Sacmi single-layer kiln range. Wider channels allow an increase in the number of incoming tile and therefore boost kiln output compared to other machines of the same length. For example, the XXL 385 kiln lets manufacturers position a row of four 800 x 800 mm porcelain tile (with subsequent squaring), three 1,000 x 1,000 mm tile or two 1,600 x 3,200 mm slabs.