Amorphous boron powders:  New breakthroughs in preparation, application and advantages

Introduction to amorphous boron powder

Amorphous boron powder is a kind of material with irregular crystal form composed of boron element. Compared with the traditional crystalline boron, amorphous boron powder has higher chemical activity and wider application. The preparation and application of amorphous boron powder is an important research direction in the field of chemistry and materials science in recent years.

Preparation method of amorphous boron powder

The amorphous boron powder is prepared by chemical vapor deposition (CVD), sputtering, laser pulse, plasma and other special processes. These methods need to be carried out under high temperature and pressure, and the reaction parameters need to be precisely controlled to obtain highly active amorphous boron powder.

Among them, chemical vapor deposition and sputtering are the most commonly used preparation methods. In these processes, boron sources (such as boron trichloride, silicon tetrachloride, etc.) and hydrogen gas react at high temperatures to produce amorphous boron powder. The particle size, morphology and chemical activity of amorphous boron powder can be controlled by the precise control of reaction temperature, pressure and flow rate.

Applications of amorphous boron powder

Because of its special structure and chemical activity, amorphous boron powder has a wide application prospect in many fields. Here are a few main application areas:

1. High temperature catalyst: amorphous boron powder has high surface energy and chemical activity, and can be used as a high temperature catalyst for many chemical reactions, such as ammonia synthesis and hydrocarbon cracking.

2. Aerospace: The light weight, high strength and good thermal stability of amorphous boron powder make it have potential application value in the aerospace field. For example, it can be used to manufacture high-performance composite materials and high-temperature resistant components.

3. Electronic devices: The excellent thermal conductivity and electrical insulation of amorphous boron powder make it widely used in the field of electronic devices. It can be used as thermal interface material and insulating material in microelectronics and optoelectronic devices.

Advantages of amorphous boron powder

1. Highly active: Amorphous boron powder has high surface energy and chemical activity, and can react with a variety of elements and compounds at lower temperatures and pressures, which makes it have excellent properties in catalysts and synthetic reactions.

2. High chemical stability: amorphous boron powder can still maintain its chemical stability under high temperature and pressure conditions, which makes it can be used in harsh environmental conditions.

3. Good thermal conductivity and electrical insulation: The thermal conductivity and electrical insulation of amorphous boron powder make it an ideal choice in the manufacture of electronic devices. It can effectively transfer heat and prevent current short circuit, thus improving the performance and stability of electronic devices.

4. Easy to process: amorphous boron powder is easy to be mechanically processed and chemically modified, and can be processed into different shapes and sizes through different process processes to meet the needs of different application fields.

5. Renewable: The raw materials used in the production process of amorphous boron powder are abundant and renewable, which makes its production cost relatively low, and also meets the requirements of sustainable development.

In summary, amorphous boron powder has wide application prospect in catalyst, aerospace, electronic device and other fields because of its unique structure and excellent performance. With the in-depth research on the preparation process and application of amorphous boron powder, we have reason to believe that it will play an increasingly important role in the future field of science and technology.

Chengdu Huarui Industrial Co., Ltd. 


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Post time: Oct-11-2023