Technology / product information

Dies & punches for forging are molds used to plastically deform metal materials into predetermined shapes by applying high pressure. Forging requires high pressure, and therefore, cemented carbide with high deformation resistance is often used. Recently, the use of cemented carbide in heated forging has also increased. Fujilloy, with its long-standing experience, offers solutions to improve the lifespan of forging dies.

Features
- High Pressure Resistance: The excellent pressure resistance of cemented carbide prevents deformation even in high-pressure forging.
- Heat Resistance: The use of cemented carbide suitable for high-temperature forging ensures long life.
- Excellent Durability: High-quality materials and the latest processing technologies extend the lifespan of dies and punches, reducing maintenance costs.
- Versatile Applications: A wide range of options to support various forging processes.
- Proven Track Record: Products with reliability and proven performance based on numerous installations, offering continuous quality improvements.

Specifications
- Materials: Cemented carbide, high-strength steel
- Forming Pressure: Supports up to 1500 tons
- Operating Temperature: Supports up to 1200°C
- Processing Accuracy: Achieves tolerances of ±0.001mm
- Coatings: TiN (Titanium Nitride), CrN (Chromium Nitride), DLC (Diamond-Like Carbon), etc.

Applications
- Automotive Parts: Enhances the quality and durability of engine and chassis parts through high-precision forging.
- Aerospace Parts: Ideal for manufacturing high-performance aerospace parts with heat resistance and high-pressure capabilities.
- Industrial Machinery: Improves the strength and lifespan of industrial machinery parts through high-pressure forging.
- Construction Materials: Supports forging of construction parts that require high strength and durability.

Fujilloy's dies & punches for forging offer high reliability and durability, even in high-pressure forging, providing optimal solutions tailored to customer needs, improving manufacturing process efficiency, and reducing costs.

For more details, please download the PDF or feel free to contact us.