Graphite crystallizer for continuous casting of copper and aluminum rods

2024-12-23

Various types of graphite mold products are mainly used in metallurgy, non-ferrous metals, machinery, semiconductors, petroleum, chemical industry, aerospace and other industrial fields. The product technical indicators have reached the international advanced level and have been exported to Finland, Brazil, Malaysia, South Korea, Iran, Uzbekistan and other countries in recent years.

Non-standard products can be designed or produced according to customer requirements.

Graphite molds occupy an important position in industrial applications with their series of excellent performance characteristics.

Its main performance characteristics include

1. High strength and light weight: Graphite molds have high strength and rigidity, low density, and are easy to carry and operate.

2. Excellent thermal conductivity: Graphite molds can quickly transfer heat, effectively reduce energy consumption in the production process, and improve production efficiency.

3. Excellent corrosion resistance: Graphite molds have strong resistance to chemical substances such as acids and alkalis, and are suitable for manufacturing corrosion-resistant molds in the chemical and petrochemical fields.

4. Good processing performance: Graphite mold materials are easy to carve, grind and polish, and can be made into various complex shapes and sizes to meet the needs of different industries.

5. High temperature resistance and thermal shock resistance: Graphite molds remain stable in high temperature environments, are not easy to deform or crack, and can withstand sudden temperature changes without cracking23.

6. Self-lubrication: Graphite molds can still maintain good lubrication properties under high temperature conditions, reduce wear and extend mold life.

The application fields of graphite molds are very wide, mainly including

1. Casting molds: In casting molds, graphite molds are used for casting sand molds, metal die-casting molds, etc., and are particularly suitable for casting refractory metal materials such as high-temperature alloys and metal-based composite materials.

2. Thermal equipment: Graphite molds play a key role in thermal equipment such as heating furnaces and hot presses because of their excellent heat transfer performance and high temperature resistance. 3. Non-ferrous metal casting: Graphite molds are widely used in non-ferrous metal continuous casting and semi-continuous casting. Due to their good thermal conductivity and self-lubrication, the quality and output of castings are improved.

3. Semiconductor and glass manufacturing: Graphite molds perform well in semiconductor manufacturing (such as transistor sintering molds) and glass manufacturing (such as glass hot bending molding) because of their high temperature stability and corrosion resistance. Therefore, graphite molds play an indispensable role in modern industrial production. Their excellent performance characteristics and wide application fields make them the preferred material in many industries.