SZLH series pellet mill is particle forming equipment, widely applicable to feed, grain, forestry, chemical industry, and many other fields.
It is specialized for pellet feed production and can be applicable to various scale feed mills;
The machine has ￠2-￠10mm ring die, which can be chosen according to different needs;
Compact structure, beautiful outlook, high capacity, less power consumption, easy to operate, performance stable;
Adopt variable frequency feeding, equipped with strong magnetic iron removal device and overload protection device, and discharging mechanism.
Plastic Pelletizing Line is applicable to the rapid granulation of PE, PP, LDPF, HDPE Film, Bags, Bottles and other plastic raw materials and wastes. It has the characteristics of simple structure, convenient operation, high output, low energy consumption, safety and reliability. The output of our granulator ranges from 100 kg to 1000 kg per hour. Our machines can be customized according to your requirements.
Year: 1996
Spinning production line
Mixed strip: GC15 barrel diameter 1000 * 1200mm, 1 head and 1 barrel, automatic barrel change
One stitch: GC14 cylinder diameter 1000 * 1200mm, 1 head and 1 barrel, with self leveling and automatic barrel changing
Two needles: GC14 cylinder diameter 700 * 1200mm, two heads and two barrels, automatic barrel changing
Three needles: GC14 cylinder diameter 600 * 1200mm, 4 heads, 2 barrels, automatic barrel change
According to your requirements, we can transform it into a suitable size for your production needs!
Rotary kiln incineration systems are widely adopted in the international industrial waste treatment sector, holding an approximate market share of 85% in this field. They are also recommended by China’s Ministry of Science and Technology and the National Environmental Protection Agency as the preferred furnace type in the National Industrial Waste Treatment Technology Policy. These systems can simultaneously handle sludge, industrial waste and waste with high moisture content. Solid waste is conveyed into the rotary kiln where it undergoes moisture evaporation, volatilization, ignition, and complete combustion. Ash residue is discharged through an outlet at the kiln’s tail end, while the generated flue gas proceeds to a secondary combustion chamber. Here, it mixes with secondary combustion air to ensure thorough burning, leading to the safe and compliant discharge of exhaust gases. Key features of rotary kiln incinerators include their broad adaptability to various wastes, ease of operation and maintenance, and extended service life.
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