Electric
Graphite
Rotor
-
Essential
Power
Source
for
Silicon
Carbide
Manufacturing
Product
Overview
Our
die
casting
spare
parts
are
engineered
for
industrial
applications
requiring
exceptional
performance
and
reliability.
Featuring
a
bolt
and
screw
fixation
system,
these
components
ensure
secure
connections
that
minimize
operational
malfunctions.
Key
Attributes
|
Attribute
|
Value
|
|
Fix
Type
|
Bolt
And
Screw
|
|
Application
|
Automotive
Industry
|
|
Production
Process
|
Die
Casting
|
|
Power
|
Electric
|
|
Color
|
Silver
|
|
Size
|
10cm
×
10cm
×
5cm
|
|
Hardness
|
80-100
HB
|
Product
Features
-
Material:
Silicon
Carbide
for
superior
thermal
conductivity
and
temperature
resistance
-
Pressure
resistance
up
to
100MPa
for
demanding
applications
-
Electric
power
source
for
consistent,
reliable
performance
-
Exceptional
durability
for
long
service
life
in
harsh
conditions
-
Optimized
graphite
rotor
design
for
efficient
die
casting
operations
Technical
Specifications
These
die
casting
spare
parts
feature
a
silver-colored
finish
with
dimensions
of
10cm
×
10cm
×
5cm.
The
Silicon
Carbide
construction
provides
a
hardness
rating
of
80-100
HB,
making
them
ideal
for
high-pressure
die
casting
system
degassing
applications.
Industrial
Applications
These
versatile
components
are
essential
for:
-
Automotive
engine
and
transmission
systems
-
Industrial
machinery
including
pumps
and
compressors
-
Electronics
manufacturing
for
circuit
boards
and
devices
-
Aerospace
components
requiring
high
reliability
Customization
Options
We
offer
tailored
solutions
to
meet
specific
industrial
requirements:
-
Brand:
Hydeb
-
Certification:
ISO
CE
compliant
-
Minimum
order
quantity:
1
unit
-
Packaging:
Secure
wooden
boxes
-
Flexible
payment
terms
(30%
deposit
+
70%
balance)
Technical
Support
Our
comprehensive
support
includes:
-
Expert
installation
guidance
-
Troubleshooting
assistance
-
Maintenance
recommendations
-
Online
resources
and
documentation
-
Warranty
coverage
for
eligible
parts
Note:
These
Silicon
Carbide
components
are
designed
for
demanding
industrial
environments,
offering
superior
performance
in
high-temperature
die
casting
applications
with
a
delivery
time
of
50-60
days.
