Services
ARCADIA PARK / SBDC
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043 743 0024
043 743 0027
CUTTING CAPABILITIES
Our high powered plasma unit offers high definition cutting with brilliant-cut quality that requires no post-cutting processing such as removal of dros or slag. With cutting speeds unmatched by any other cutting processes.
Gehring Plasmacut is fully equipped with the
latest state-of-the-art equipment, tools and
we employ skilled, technical, and qualified machine operators and draughtsmen. We have developed many systems and processes over the years.
Turnkey company with all services under one roof & Providing Flexibility and Quality
PERFECT PLASMA CUTTING OF BRASS
When brass is heated to melting the zinc boils into the air and this is pretty hazardous. Zinc vapor (and a lot of other metals) causes metal fume fever.
CNC Plasmacut offers our clients a solution through our state-of-the-art workshop and workmanship.
Plasma Cutting Mild Steel
Mild is the most commonly used steel, mild steel is also the least expensive of all steel. Mild steel is used in nearly every type of steel product made. Mild steel is very hard and durable, but does have the drawback of being prone to rust, so it must be sealed with paint or coated for protection. Mild steel can be magnetized and used in almost any project that requires a vast amount of metal.
Plasma cut mild steel is used in the manufacture of many steel products including tanks, rail cars, heavy equipment and other component parts. The properties of mild steel enable electrical current to travel through it without distorting the material makeup. High-carbon steels such as stainless steel require special cutting provisions. Since it is less brittle than high-carbon steels, mild steel is able to flex and give in construction projects where the high-carbon steels would break.
Plasma cutting stainless steel and aluminum
The plasma cutting process may be used to cut any conductive material, including carbon steels, stainless steels, aluminum, copper, brass, cast metals, and exotic alloys. Each of these materials behaves differently when subjected to the intense heating and cooling of the plasma cutting process.
Mild steel is the most commonly used material in metal fabrication. However, the corrosion resistance, high strength-to-weight ratio, thermal properties, and aesthetics of stainless steel and aluminum alloys make these materials attractive for many applications. The weldability and other material characteristics of plasma-cut carbon steels have been well-documented.
