Chemical powders are a common material form in the chemical industry, widely used in various chemical production processes and products. Below are some common types of chemical powders:

Gas powder conveying is a method of transporting solid particles (such as nanoscale powders) through a gaseous medium. Due to their high value and unique properties, nitrogen boride and tungsten carbide, as nanoscale powders, hold significant importance in industrial applications. However, these powders exhibit high temperature sensitivity, flammability, and strict requirements for airflow conditions, necessitating special attention to safety and efficiency during the gas conveying process. Below are some applicable solutions for gas conveying nitrogen boride, tungsten carbide, and other nanoscale powders:

In the pharmaceutical industry, many raw materials and intermediates are present in powder form (such as vitamins, drug components, enzyme reagents, etc.). Gas-assisted transport can efficiently transport these powders to mixers or other equipment.

The application of pneumatic transportation technology in bulk cargo handling has broad prospects, especially in the transportation and unloading of granular, powdery, or small particle materials. Here are some specific application scenarios and technical features:

Unloading of minerals in open-pit mines
- In open-pit mines, minerals need to be unloaded from transportation equipment (such as trucks or loaders) into unloading areas. Traditional methods rely on manual handling, which results in low efficiency, high costs, and environmental pollution.
- The pneumatic conveying system uses negative pressure to directly transport mineral particles to the unloading area, significantly reducing manual operations and improving unloading efficiency.
- Designing airflow speed and pipeline layout is crucial to ensure uniform distribution of mineral particles and prevent blockages or pollution issues.

Pneumatic conveying is a highly efficient method of transporting loose materials by utilizing gas (usually air) as the driving force. In the field of food logistics and warehousing, pneumatic conveying technology has been widely applied, particularly in loading, storage, and processing stages. This article will delve into its specific applications and advantages.

The Application of Gas Mixing Machine in the Production of Lithium Iron Phosphate for Positive Electrodes of New Energy Batteries

 Background of Application
Lithium iron phosphate (LFP) is an important positive electrode material for lithium-ion batteries, widely used in electric vehicles and energy storage systems due to its high safety, low cost, and long cycle life. In the production process of lithium iron phosphate, it is necessary to mix lithium iron phosphate with precursors (such as hydroxylated nickel cobalt manganese or hydroxylated cobalt) to adjust the performance indicators of the final product.

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