Quick Details
- Processing Time:7 -10 days
- Port:Qingdao
- Supply Ability: 50000 Pieces Per Week
- Application:Casting, foundry, chemical, glass industry
- Brand Name:Yiguan
- Bulk Density (g/cm³ ):1.75
- Compressive Strength:65
- Dimensions:customized
- Place of Origin:henan
- Porosity (%):17
- Resistance (μΩ.m):38
- Brand Name:Yiguan
Foundry hot pressing graphite mold
Product introduction
Foundry hot pressing graphite molds are typically made from high-quality
graphite materials that can withstand the high temperatures and pressures involved in the hot pressing process. Graphite is chosen for its excellent thermal conductivity and resistance to erosion
and oxidation
Specifications of silver pressing graphite mold
Technical Specification
YG-4
YG-5
YG-6
Volume Density (g/cm³)
≥1.75
≥1.85
≥1.90
Electric Resistivity (μΩm)
10-13
8-10
8-9
Thermal Conductivity(100℃)
W/m.k
121.1
139.2
140
Coefficient Thermal Expansion
(Indoor temperature 600℃)10
5.46
4.8
4.5
Gas Hole Ratio %
17
13
11
Ash content PPM
500
500
/
Granularity (μm)
13-15
13-15
8-10
Features of hot pressing graphite mold
*
Thermal stability:
Specially
design the production procedure to
ensure the reliability
*
Corrosion resistance:
Well-proportioned
and fine desig
*
Impact resistance: Graphite crucible can bear high thermal impact
*
Acid resistance:
The
special materials
have property of acid
resistance
*
High heat Conduction:
Can
shorten dissolution time
& reduce
the energy consumption
*
Quality stability:Process
Technology under high pressure ensure the quality stability
Applications of the foundry pressing graphite mold
Foundry hot pressing graphite mold is used in the metal casting process called hot
pressing. Hot pressing involves applying heat and pressure to a powdered metal to fuse it together and form complex shapes. It is widely used in steel casting, gold, silver industry and other
areas.
Related graphite mould for hot pressing
die
Feel free to share your drawing with us, and we will work closely with you to ensure that the final product meets your expectations.