Ceramic waste recycling technology

As environmental pollution continues to intensify, ceramic waste recycling technology has become the focus of people's attention. Making full use of ceramic waste to produce building materials can improve resource utilization and reduce environmental damage. Guilin Hongcheng is a ceramic waste Raymond Roller Mill manufacturer. Today we will introduce to you the ceramic waste recycling technology.

How to choose a carbon powder machine

The main raw materials of activated carbon can be almost all carbon-rich organic substances, such as coal, wood, fruit shells, coconut shells, walnut shells, etc. These carbon-containing substances are converted into activated carbon through pyrolysis under high temperature and certain pressure. The activated carbon production line is inseparable from the help of carbon powder making machine. So, How to choose a carbon powder machine?

How to produce steel slag cement?

Steel slag is waste slag produced in steelmaking, generally accounting for 15% to 20% of steel production. Due to the different regions where metal ores are stored, the composition and activity of waste residues discharged after smelting are also greatly different, making the use of metallurgical waste residues somewhat local. Use local steel slag as a mixed material to produce high-quality steel slag cement to reduce environmental pollution from steel slag, reduce cement production costs, improve cement performance, and contribute to the sustainable development of the local economy. So, how to produce steel slag cement?

Vermiculite Grinding Production Equipment

Vermiculite is a natural, inorganic, non-toxic mineral that expands under high temperatures. It is a relatively rare mineral and is a silicate. Its crystal structure is monoclinic, and its appearance looks very much like mica. Vermiculite is produced when certain granites are hydrated, and is generally produced at the same time as asbestos. Because vermiculite has the ability to exchange ions, it has a great effect on soil nutrition. During its use, it needs to be crushed with vermiculite grinding production equipment.

Which mill is best for grinding lime?

Lime powder is a white powdery substance with calcium oxide as the main component and is widely used in the market. So how to turn lime blocks into lime powder? Usually a grinder is used to grind lime into fine powder, so which mill is best for grinding lime?

Uses of Fly ash ultrafine crushing

In the past industrial production, fly ash was often directly discharged as industrial waste, which not only caused great pollution but also wasted resources. Since the advent of the Raymond roller mill, Fly ash ultrafine crushing has played an increasingly important role in the cement industry, concrete engineering, construction industry, and environmentally friendly materials. At present, fly ash is mainly used to produce fly ash cement, fly ash bricks, fly ash silicate blocks, fly ash aerated concrete and other building materials. It can also be used as agricultural fertilizer and soil conditioner, recycling industrial raw materials and making environmental materials, there are roughly hundreds of uses for fly ash. Now I will introduce the main uses to you.

Carbon Black Raymond Roller Mill

Carbon black refers to a black powdery substance formed by incomplete combustion or pyrolysis of hydrocarbons in the gas phase under strictly controlled process conditions. The particle size ranges from 10 to 500 μm. Carbon black after being processed by carbon black Raymond roller mill is widely used in the rubber industry, so it is called one of the oldest industrial products.

Advantages of Raymond mill for processing metal silicon

Raymond mill processing of metallic silicon can improve the grade, eliminate impurities, maintain the hardness of the silicon crystal without changing the structure, and produce quasi-high-purity silicon powder. As a manufacturer of silicon powder Raymond roller mill, Guilin Hongcheng will introduce to you today the advantages of Raymond mill for processing metal silicon.