We have over 30 years experiences on research and design the technique of hydraulic hot forming press, optimize the manufacture technology about the production of hot-press forming. These hot-press forming machinery have high precision machining frame, high quality; small deformation is small and stable performance.
Our hot forming press can use to produce fuel cell MEA composite material and metal which is suitable for a wide range of production. The hot forming press can mold the machine parts in smaller tonnage. This type of hot forming press generally considered more efficient and better at forming complex parts.
The hot forming press use high temperatures to help form the workpiece so that require less capacity to form the product. Typical tonnage of this machines is between 200-500T, also customer specification are available for larger equipment upon request.
Features:
Precision machining frame.
Precision parallelism ±0.02mm, flatness ±0.02mm.
section-compartmentalized heating, temperature control uniformity±0.02; control accuracy rate 1%
The accuracy of stroke control is high, and the repetitive precision is controlled in 0.1mm.
Extremely low levels of noise and vibration.
Hydraulic system equipped with fault monitoring device.
PLC control system with digital display.
High operating temperature.
No. |
Items |
Unit |
Data |
|||||
1 |
Nominal Force |
KN |
500 |
1000 |
2000 |
3000 |
||
2 |
Rated maximum working pressure |
MPa |
20 |
|||||
3 |
Distance between the worktable where top and below |
mm |
300 |
|||||
4 |
Maximum stroke of the main electric cylinders |
mm |
300 |
|||||
5
|
|
Width |
mm |
500 |
500 |
1000 |
1300 |
|
Length |
mm |
500 |
500 |
1000 |
800 |
|||
6
|
Worktable stroke speed
|
Quick up |
mm/s |
1-60 |
||||
Slow up |
mm/s |
0.01-3 |
||||||
Slow down |
mm/s |
1-30 |
||||||
Quick down |
mm/s |
1-60 |
||||||
7 |
Parallelism of top and below worktable |
mm |
±0.02 |
|||||
8 |
flatness of work table |
mm |
±0.02 |
|||||
9 |
Pressure Precision Control |
MPa |
±1% |
|||||
10 |
Maximum operating temperature of hot plate |
℃ |
250 |
|||||
11 |
Heating rate (controllable) |
℃/min |
1-6 |
|||||
12 |
Parametric formulation |
Pressure stair |
pcs |
9 |
||||
13 |
Parametric formulation |
Temperature stair |
pcs |
9 |
||||
14 |
Parametric formulation |
Time stair |
pcs |
9 |
||||
15 |
Control precision of display temperature |
℃ |
±0.5 |
|||||
16 |
Hot plate plane temperature error |
℃ |
±2 |
|||||
17 |
pressure maintaining |
MPa |
≤1/2 |
|||||
18 |
Power of Motor |
KW |
≤3 |
|||||
19 |
Heating power |
KW |
20 |
30 |
35 |
40 |
||
20 |
Height between Down hot plate worktable and ground |
mm |
≤750 |
1000 |
||||
21 |
Equipment weight |
KG |
≦2000 |
3000 |
80000 |
12000 |
Typical applications for these presses include: fuel cell MEA thermoforming, composite thermoforming machines, automotive parts, molded parts, net forming, and correct formed parts. They can also be used for molding complex titanium alloy parts and other clad metals.