loading
## I. Product Features
The high-purity graphite sheets from Harog Technology are characterized by the following excellent features:
- **High Purity**: With a purity of over 99.9%, they maintain stable performance in high-temperature and corrosive environments, without introducing impurities that could affect the quality of non-ferrous metals.
- **Superior Electrical and Thermal Conductivity**: Their electrical conductivity is 1/5-1/2 that of copper, and their thermal conductivity is better than that of many metal materials. This enables them to quickly and evenly conduct heat and electricity, meeting the strict requirements for temperature and current control in the non-ferrous metal smelting process.
- **High-Temperature Resistance**: Graphite has a melting point of 3850±50℃ and a boiling point of 4250℃. Even when subjected to ultra-high-temperature electric arc burning, the weight loss is minimal, and the thermal expansion coefficient is also very small. They can withstand the high-temperature environment in non-ferrous metal smelting.
- **High Chemical Stability**: They have good chemical stability at room temperature and can resist the corrosion of acids, alkalis, and organic solvents, making them suitable for various non-ferrous metal smelting processes.
- **Self-Lubrication**: The lubricating properties of graphite depend on the size of the graphite flakes. The larger the flakes, the lower the friction coefficient and the better the lubricating performance, which helps to reduce equipment wear.
- **Ease of Processing**: Compared with metal materials, they have a lower volume density, thus achieving lightweight design. Moreover, they have excellent mechanical processing properties, which are conducive to precise shaping.
## II. Application Fields
The high-purity graphite sheets from Harog Technology play a vital role in non-ferrous metal smelting:
- **Manufacturing Refractory Materials**: They are used to make graphite crucibles, furnace lining materials, etc. These materials can withstand the high-temperature smelting process without easily melting or deforming. Meanwhile, their chemical stability ensures the purity and quality of metals.
- **Electrode Materials**: In the electrolytic smelting of non-ferrous metals, high-purity graphite electrodes can withstand high current densities. Their chemical stability also ensures the service life of electrodes during the electrolytic process.
- **Mold Manufacturing**: They can be used to manufacture various molds for non-ferrous metal smelting, such as continuous casting molds and sintering molds, to ensure the forming quality and dimensional accuracy of metals.
- **Other Applications**: They can also be used to manufacture components for degassing systems and insulating materials, reducing heat loss and improving smelting efficiency.
## III. Market Position and R&D Strength
Harog Technology enjoys a significant market position and strong R&D capabilities in the field of high-purity graphite:
- **Market Position**: The company's high-purity graphite sheets and related products are widely used in new energy, semiconductor, and non-ferrous metal smelting fields. Many of its products and technologies fill domestic gaps, and it has a relatively high market share.
- **R&D Strength**: The company has more than 60 R&D personne, who hold doctoral, master's, bachelor's degrees, or are engineers. It has applied for more than 70 patents in the fuel cell field. In 2023, the company successively established a high-end isostatic graphite production line, a nuclear industry-grade graphite research institute, and a Harog-Zhejiang University New Materials R&D Center, continuously driving technological innovation.
With their outstanding performance and wide range of applications, the high-purity graphite sheets from Harog Technology provide reliable material support for the non-ferrous metal smelting industry. Relying on its strong R&D capabilities and market position, the company is committed to providing customers with high-quality products and solutions, promoting technological progress and development in the industry.
## I. Product Features
The high-purity graphite sheets from Harog Technology are characterized by the following excellent features:
- **High Purity**: With a purity of over 99.9%, they maintain stable performance in high-temperature and corrosive environments, without introducing impurities that could affect the quality of non-ferrous metals.
- **Superior Electrical and Thermal Conductivity**: Their electrical conductivity is 1/5-1/2 that of copper, and their thermal conductivity is better than that of many metal materials. This enables them to quickly and evenly conduct heat and electricity, meeting the strict requirements for temperature and current control in the non-ferrous metal smelting process.
- **High-Temperature Resistance**: Graphite has a melting point of 3850±50℃ and a boiling point of 4250℃. Even when subjected to ultra-high-temperature electric arc burning, the weight loss is minimal, and the thermal expansion coefficient is also very small. They can withstand the high-temperature environment in non-ferrous metal smelting.
- **High Chemical Stability**: They have good chemical stability at room temperature and can resist the corrosion of acids, alkalis, and organic solvents, making them suitable for various non-ferrous metal smelting processes.
- **Self-Lubrication**: The lubricating properties of graphite depend on the size of the graphite flakes. The larger the flakes, the lower the friction coefficient and the better the lubricating performance, which helps to reduce equipment wear.
- **Ease of Processing**: Compared with metal materials, they have a lower volume density, thus achieving lightweight design. Moreover, they have excellent mechanical processing properties, which are conducive to precise shaping.
## II. Application Fields
The high-purity graphite sheets from Harog Technology play a vital role in non-ferrous metal smelting:
- **Manufacturing Refractory Materials**: They are used to make graphite crucibles, furnace lining materials, etc. These materials can withstand the high-temperature smelting process without easily melting or deforming. Meanwhile, their chemical stability ensures the purity and quality of metals.
- **Electrode Materials**: In the electrolytic smelting of non-ferrous metals, high-purity graphite electrodes can withstand high current densities. Their chemical stability also ensures the service life of electrodes during the electrolytic process.
- **Mold Manufacturing**: They can be used to manufacture various molds for non-ferrous metal smelting, such as continuous casting molds and sintering molds, to ensure the forming quality and dimensional accuracy of metals.
- **Other Applications**: They can also be used to manufacture components for degassing systems and insulating materials, reducing heat loss and improving smelting efficiency.
## III. Market Position and R&D Strength
Harog Technology enjoys a significant market position and strong R&D capabilities in the field of high-purity graphite:
- **Market Position**: The company's high-purity graphite sheets and related products are widely used in new energy, semiconductor, and non-ferrous metal smelting fields. Many of its products and technologies fill domestic gaps, and it has a relatively high market share.
- **R&D Strength**: The company has more than 60 R&D personne, who hold doctoral, master's, bachelor's degrees, or are engineers. It has applied for more than 70 patents in the fuel cell field. In 2023, the company successively established a high-end isostatic graphite production line, a nuclear industry-grade graphite research institute, and a Harog-Zhejiang University New Materials R&D Center, continuously driving technological innovation.
With their outstanding performance and wide range of applications, the high-purity graphite sheets from Harog Technology provide reliable material support for the non-ferrous metal smelting industry. Relying on its strong R&D capabilities and market position, the company is committed to providing customers with high-quality products and solutions, promoting technological progress and development in the industry.
