PLASMA HARDFACING

IF YOU NEED TO

provide protection of products
from various metallic materials
give strength and durability to parts
and components of machines under
the influence of abrasive, high temperatures,
chemically hostile environments, etc.
give details mechanical, thermal,
antifriction and other properties

IF YOU NEED TO

provide protection of
products from various
metallic materials
give details mechanical,
thermal, antifriction and
other properties
give strength and durability  to
parts and components of machines
under the influence of abrasive, high
temperatures, chemically hostile
environments, etc.

The most versatile and effective method of applying

protective coatings using plasma arc.

PLASMA HARDFACING

gives the parts the required mechanical, thermal,

dielectric and other properties with the help of various alloys

The most versatile and effective method of applying

protective coatings using plasma arc.

PLASMA HARDFACING

gives the parts the required mechanical, thermal,

dielectric and other properties with the help of various alloys

 

ADVANTAGES

we process products
of any shape and size
relatively high efficiency
of the arc (0.2 … 0.45)
we apply even the most
refractory materials
 we obtain multilayer
coatings from various alloys
the plasma arc is the
most efficient source
of heating
ability to perform plasma
heat tempering of the surface
of a part
the possibility of obtaining
alloys of materials that are
different by properties
possibility of hardfacing
of various wear-resistant materials
no need for additional machining
due to thin uniform coating layer
with a smooth non-porous surface
 the possibility of obtaining the
thickness of the hardfacing layer
from 0.1 mm to several millimeters
high concentration of thermal
power and minimum width
of the zone of thermal influence
small (in comparison with other
types of surfacing) mixing of the
hardfaced material with the basis,
which allows to achieve the required
characteristics of coatings.

ADVANTAGES

relatively high efficiency
of the arc (0.2 … 0.45)
we process products
of any shape and size
the plasma arc is
the most efficient source
of heating
 the possibility of obtaining
the thickness of the hardfacing
layer from 0.1 mm to several
millimeters
possibility of hardfacing
of various wear-resistant
materials

Heat-resistant and wear-resistant coatings from alloys based on nickel and cobalt

Heat-resistant and wear-resistant coatings from alloys based on nickel and cobalt

WHY US?

we have a robotic complex of plasma surfacing and welding:

robot ABB IRB 1600 (6-axis)
ABB IRBP A 500 rotator (2-axis)
power source of plasma arc
EuTronic GAP 2501 Castolin Eutectic

 

WHY US?

we have a robotic complex of plasma surfacing and welding:

ABB IRBP A 500 rotator (2-axis)
robot ABB IRB 1600 (6-axis)
power source of plasma arc
EuTronic GAP 2501 Castolin Eutectic

WE WILL CALCULATE THE COST OF ORDER
FOR YOUR OWN DESIGNS

Please send technical specifications, drawings,
drafts or detail/product photos to our e-mail
sales@prometal.by
Or call us
8 017 235 39 67