



By: Bengbu Longhua Die Casting Machine Co., Ltd.
Price:Available on request
LH-HPDC 300T Full Automatic Horizontal Cold Chamber Die Casting Machine:
Aluminium alloy cold chamber die casting machines have many advantages, such as high quality, high efficiency, energy saving and environmental protection, so they are widely used in industrial production.
The aluminum alloy cold chamber die casting machine has many advantages, making it one of the most commonly used pieces of equipment in aluminium alloy die casting processing.
Here are some of the main advantages:
1. High-quality casting surface quality: By controlling the temperature and pressure of aluminium alloy, the cold chamber die-casting machine can produce castings with smooth surfaces and high precision, reducing or avoiding defects such as pores and bubbles.
2. Manufacturing high-strength castings: Since the cold chamber die casting machine uses a high-pressure injection casting process, the density of aluminium alloy castings is higher, so stronger and higher-strength parts can be manufactured.
3. Good dimensional stability: The cold chamber die casting machine can effectively control the temperature and pressure during the casting process, making the dimensional stability of the castings better, reducing problems such as thermal deformation and shrinkage, and improving the processing accuracy and consistency of parts.
4. Efficient production: The cold chamber die-casting machine has functions such as rapid injection, cooling and demolding. It has high production efficiency and can meet the needs of mass production and reduce production costs.
5. Energy saving and environmental protection: Compared with traditional hot chamber die casting machines, cold chamber die casting machines can reduce energy consumption during the production process, reduce energy costs, and reduce aluminium alloy waste, which meets the requirements of energy conservation and environmental protection.
6. Wide range of applications: Cold chamber die casting machines are suitable for various types of aluminium alloy materials and can be used in the manufacturing of parts in automobiles, aerospace, electronic products and other fields.
Specification:
|
series of standard parameter table (300 t) |
||
|
ITEMS |
Unit |
Specification |
|
Clamping Force |
KN |
3000 |
|
Opening stroke |
mm |
460 |
|
Die thickness (min–max) |
mm |
250~700 |
|
Space between tie bars |
mm |
570*570 |
|
Ejector stroke |
mm |
100 |
|
Ejector force |
KN |
150 |
|
Injection position (0 as center) |
mm |
0, -160 |
|
Injection force (intensification) |
KN |
350 |
|
Injection stroke |
mm |
410 |
|
Plunger diameter |
mm |
¢50–¢70 |
|
Injection weight (aluminium) |
Kg |
3.2 |
|
Casting pressure (intensification) |
MPa |
143/99/73 |
|
Max. casting area (40 MPa) |
CM2 |
720 |
|
Injection plunger penetration |
mm |
140 |
|
Diameter of pressure chamber flange |
mm |
110 |
|
Height of pressure chamber flange |
mm |
10 |
|
Max. working pressure |
MPa |
14 |
|
Motor power |
Kw |
15 |
|
Dimensions (L*W*H) |
m |
6.6*1.85*2.8 |
|
Machine lifting reference weight |
T |
12.5 |
|
Oil tank capacity |
L |
700 |
For more detailed information including pricing, customisation and shipping.
Contact SupplierView Profile