Porous Carbon Hard Carbon Specialized Airflow Pulverizer and Airflow Classifier Equipment

Specialized Airflow Crusher and Airflow Classifier Equipment for Porous Carbon and Hard Carbon

What is Porous Carbon?

Porous carbon materials possess a highly developed specific surface area and pore structure, with pore sizes ranging from ultrafine nanopores to micrometer-sized fine pores suitable for microbial activity. According to the International Union of Pure and Applied Chemistry (IUPAC), these pore sizes can be categorized into three types: micropores (pore size less than 2 nm), mesopores (pore size between 2–50 nm), and macropores (pore size greater than 50 nm). Due to their high specific surface area, pore volume, low density, chemical stability, and tunable pore structure, porous carbons are widely used in energy storage and conversion, catalysis, adsorption separation, and other fields. Additionally, the preparation of porous carbon typically involves physical and chemical methods, using carbon-containing organic raw materials such as coal and biomass. Through these treatment processes, the raw materials develop special pore structures, resulting in excellent adsorption activity, electrical conductivity, and thermal conductivity.

Crushing and Classification Powder Equipment for Porous Carbon

This airflow crusher offers a series of advantages, including pollution-free crushing products, adjustable fineness, concentrated particle size distribution, regular particle morphology, high processing capacity, and a high degree of automation. It can easily crush porous carbon, helping you effortlessly address challenges in carbon powder processing within the industry.

The product is characterized by its highly concentrated particle size distribution, enabling the crushing of large particles without generating excessive fine powder during the process, thereby significantly improving product quality and processing efficiency. At the same time, the crusher employs advanced technology to adjust the crushing fineness according to different needs, making your production more flexible and efficient to meet the requirements of various customers.

The equipment offers the following advantages:

1). Low energy consumption, more energy-efficient compared to traditional fluidized bed airflow crushers.

2). Low-temperature, medium-free crushing ensures product purity and physical properties.

3). Wide range of crushable particle sizes, with adjustable finished product particle size within a certain range.

4). Built-in self-diverging micro-powder classifier, providing strong classification effects for ultrafine powders, resulting in a narrower and more concentrated particle size distribution.

5). Compact equipment structure with a small footprint.

6). Negative pressure production, no dust pollution, excellent environment, with dust emissions not exceeding 10 mg/m³.

7). High degree of automation, enabling one-button start/stop, remote control capability when connected to a central control system, strong stability, and simple operation.

8). The company has specifically developed a compartmentalized offline dust-cleaning collection device for materials with high viscosity (such as white sugar, graphite, materials with high sugar or moisture content, and materials with severe agglomeration at submicron or nanoscale levels), ensuring that the product does not adhere to the walls during operation and allows for smoother discharge. (Optional)

9). For flammable, explosive, or easily oxidized materials, inert gas can be used as the medium to achieve fully enclosed crushing and classification, with inert gas recycled and low loss.