When it comes to deforming metal, there are a few options. But they can generally be classified as either open or closed-die forging. While both utilize the same basic process, they differ when it comes to the use of dies. Let’s go through the definitions and differences.
[read more]We compare the characteristics of common forging materials used today, including stainless steel, titanium, carbon alloys and superalloys. Find out why each of these forging materials is right for certain applications and which is right for you.
[read more]Forging is a manufacturing process that results in the shaping of metal by using calculated force. Forging is executed with a power hammer or a die during the shaping process to produce the intended design of the forged metal object.
[read more]Even the most talented craftsman needs the proper equipment to do his best work. That’s why Canton Drop Forge has made a massive investment in […]
[read more]Earlier this month, Canton Drop Forge commenced production with a rebuilt forge rotary furnace to service and increase the heating capacity for some of its largest hammers.
[read more]You may, in the development of a new project or product, find that you need a metal part that doesn’t exist yet or needs to […]
[read more]In the 19th century, forging hammers evolved into similar designs that we still use today. Check out some of the history behind the steam hammer.
[read more]AS9100 is a widely accepted and standardized quality management system for the aerospace industry. Major aerospace manufacturers and suppliers worldwide require compliance and/or registration to […]
[read more]What is Machinability? Machinability is how easily a metal material can be cut or machined. After forging, virtually all parts are machined to remove excess […]
[read more]Forging simulation is an essential part of the forging process for both the client and the forging company. Simulation can include the design of the […]
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