A method of heat
treatment of a material based on the use of a jet of plasma formed as a result
of supplying a directed jet of plasma-forming gas under high pressure to the
arc - the method of plasma cutting. Depending on the type of material being
cut, oxygen, nitrogen, hydrogen, argon, or mixtures thereof can be used to form
the plasma. The jet temperature can reach 30,000 degrees, which allows cutting
metal thickness up to 200 mm.
Plasma cutting,
as a technology, was developed and began to be used in production, as an
alternative to conventional oxy-fuel cutting, which in many cases did not
provide the required quality of finishing of the material, the required speed
of work, and sometimes only the possibility of its implementation. This applied
to copper and aluminum alloys, high alloy steels and steel sheets that were too
thick or too thin.
When processing
these materials with a traditional oxygen cut, thermal deformation of the metal
sheet occurs, depletion and melting of adjacent areas, and the formation of
slag in the cut line. All these problems have been solved with the advent of a
new technology that provides strictly direct melting only in the cutting zone.
Plasma is a special ionized gas containing electrically charged particles.
Plasma cutting is performed using this gas, but at the same time it is carried
out only by a highly qualified specialist who knows a lot about such a
responsible work.
By contacting
Artdeco® for the purchase of products made by plasma cutting, you can get
high-quality decorative elements for the interior and exterior.
Plasma cutting of
metal in Kiev must be carried out with the highest quality, so you should pay
special attention to a company that can provide the highest quality services
and highly qualified employees. At Artdeco®, the employees who work with plasma
cutting are professionals in their field, so forging elements become works of
art.
Plasma cutting in
Kiev is the most inexpensive heat treatment technology, since it does not
require expensive additional consumables. The high speed also lowers labor
costs and element costs.
When calculating
the cost of working hours, the thickness of the metal blade for a continuous
cut line and the cost of the first groove are taken into account, which
corresponds to an additional 100 millimeters. Each of the product categories is
assessed individually, depending on the amount of work and complexity.
At the time of
ordering, many are interested in the question, what are the advantages of
elements made using this technology:
In our time in
Kiev, this is the most affordable heat treatment technology that does not
require the purchase of expensive additional tools and consumables.