Nickel alloy plasma cutting
Plasma cutting for nickel alloys is an efficient and precise technique widely used in the industrial sector to produce custom parts. The process uses a plasma jet, formed by ionized gas at high temperature, to cut plates quickly. One of the main advantages of nickel-alloy plasma cutting is its ability to produce complex shapes while preserving the integrity of the material.
Among the shapes that can be achieved with nickel-alloy plasma cutting are customer profile cuttings, which are created according to personalized specifications. Plasma cutting also enables the production of plate flanges, essential in mechanical assemblies to ensure a reliable seal, as well as blind flanges that provide robust support. Nickel alloy frames, often used in structural applications, can also be cut with precision.
In addition, plasma cutting of nickel-alloy allows the production of rings, including discs in sectors, ideal for applications designed to distribute loads evenly. Other shapes include discs and rectangles, which can be produced with circular corners. Blind rectangle frames, used as mounting elements, are among the most common applications for plasma cutting.
Plates cut from nickel-alloy by plasma are known for their excellent finish and precise dimensions, meeting the requirements of industrial applications. Thanks to the speed and flexibility of plasma cutting, this method is particularly well-suited to producing both prototypes and large production runs. All in all, plasma cutting of nickel alloy is an essential technique accros various sectors, effectively meeting the diverse needs of customers.