Ceramic particle production process: Green and environmentally friendly, contributing to sustainable development in the futureIn the fields of construction, environmental protection and industrial applications,ceramsite is gradually becoming an important component of modern material technology due t
In the current wave of industrial development, the efficient utilization of resources and environmental protection have become two themes that cannot be ignored. The rotary kiln calcination process of oxidized antimony ore, as a mature and effective smelting technology, is becoming the mainstream ch
The causes and solutions for the unstable negative pressure at the kiln head of the rotary kiln!During the production process of the rotary kiln, the negative pressure at the kiln head is an important parameter reflecting the ventilation condition and the calcination process inside the kiln. The mag
Rotary Kiln Drying Operation Guide-GYF TechnologyI. Preparations before kiln drying To ensure the safe and smooth completion of the kiln drying process in the rotary kiln, the following preparations must be completed before ignition: System check: Conduct a comprehensive inspection of the entire fir
Recently, our company successfully customized and completed the equipment manufacturing, delivery and installation for the calcium carbide crushing and lifting project for the client. These equipment will be used in the acetylene processing industry at the client's location to meet the increasing in
With the increasingly strict environmental regulations and the rising demand for cost control by enterprises, the electrolytic aluminum industry is facing challenges. As a major global producer of electrolytic aluminum, our country generates a large amount of scrap and aluminum slag every year. Thes
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Rotary kiln equipment
Rotary kiln refers to rotary calcining kiln (commonly known as rotary kiln).
Our company can produce: straight barrel kiln, dumbbell kiln, plug kiln and other kiln types, can come to test.
Output: 50~1000 tons/day
Fuel: Natural gas, coal, gas, biomass (rice husk), oil, etc
Applicable materials: limestone, dolomite, all kinds of sludge, zinc-containing ash, magnesite, bauxite, bauxite, medical waste, kaolin, rare earth, titanium dioxide, contaminated soil, building waste, cement raw materials, lepomica, spodumene, aluminum-ash slag, etc.
Product Introduction:
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Internal heat rotary kiln: The fuel is burned in the kiln and comes into contact with the raw material | Plug rotary kiln: Two kilns of different diameters are spliced together to achieve a multi-functional kiln |
How it works:
The material is fed into the kiln through the kiln tail (high end) chute. Due to the tilt and slow rotation of the cylinder, the material rolls along the circumference and moves axially from the kiln tail (high end) to the kiln head (low end). The material keeps rolling and moving forward in the rotary kiln, the heat source heats the rotary kiln, and the material heats up and reacts in the rotary kiln; The reacted material is discharged from the kiln head and enters the next process.
Rotary kiln equipment
Rotary kiln refers to rotary calcining kiln (commonly known as rotary kiln).
Our company can produce: straight barrel kiln, dumbbell kiln, plug kiln and other kiln types, can come to test.
Output: 50~1000 tons/day
Fuel: Natural gas, coal, gas, biomass (rice husk), oil, etc
Applicable materials: limestone, dolomite, all kinds of sludge, zinc-containing ash, magnesite, bauxite, bauxite, medical waste, kaolin, rare earth, titanium dioxide, contaminated soil, building waste, cement raw materials, lepomica, spodumene, aluminum-ash slag, etc.
Product Introduction:
![]() | ![]() |
Internal heat rotary kiln: The fuel is burned in the kiln and comes into contact with the raw material | Plug rotary kiln: Two kilns of different diameters are spliced together to achieve a multi-functional kiln |
How it works:
The material is fed into the kiln through the kiln tail (high end) chute. Due to the tilt and slow rotation of the cylinder, the material rolls along the circumference and moves axially from the kiln tail (high end) to the kiln head (low end). The material keeps rolling and moving forward in the rotary kiln, the heat source heats the rotary kiln, and the material heats up and reacts in the rotary kiln; The reacted material is discharged from the kiln head and enters the next process.