Fuel Cell MEA Servo Hot Press Former

Item No.: 00143
We have over 30 years experiences on study and design the technique of the MEA Servo Hot Press Former, optimize the manufacture technology about the production of MEA Servo Hot Press Former.
Description Features Parameters Application Review
Description
We have many years of experience in designing and manufacturing high quality hot presses, thermoforming presses. These presses have high precision machined frames, processed to very high quality with minimal distortion.

Our thermoforming presses can be used for fuel cell membrane electrodes, thermo-composites and metals, and are well suited for the production of a wide range of products. Because thermoforming presses can mold the same part with less tonnage,this type of hot forming press generally considered more efficient and better at forming complex parts.

The MEA Servo-electric hot forming press has a very superlative control system that provides the operator with complete control, easy use and accurate performance. MEA Servo-electric hot forming press can also be equipped with low temperature pressing procedure. With our expertise, we can provide advise for our customers to use the auxiliary equipment of our MEA Servo-electric hot forming press to improve performance, speed and efficiency.

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.

Parameters
Because thermoforming presses use high temperatures to help form the workpiece, these presses require less capacity to produce the same product. Typical sizes for these presses range from 200-500 tons, but custom presses are available in larger sizes upon request.

No.

Item

Unit

Data

1

Nominal Pressure 

KN

500

1000

2000

3000

2

Rated maximum working pressure

Mpa

20

3

Distance between Upper&Lower Platform

mm

300

4

Max Stroke of Cylinder

mm

300

5

Available Size of Platform

Left&
Right

mm

500

500


1000

1300

 

 

Front&
Rear

mm

500

500


1000

800

6

 

Running Speed of Platform

Fast     Running Upwards         

mm/s

1-60

 

 

Fast     Running Downwards          

 

1-60

 

 

Slow Running 
Upwards

mm/s

0.01-3

 

 

Slow     Running Downwards      

mm/s

1-30

7

Parallelism Degree of Upper&lower Platform

mm

±0.02

8

Working Platform Flatness

mm

±0.02

9

Pressure control Precision

KN

±1%

10

Max Temperature of Hot Plate

250

11

Heating RateControllable

℃/min

1-6

12






Matrix Parameter


 


 

Pressure Gradient

    KN

9

13

Temp Gradient

   

9

14

Time Gradient

S

9

15

Temp Display Control Precision

±0.5

16

Hot Plate Flat Temp Error

±2

17

Equipment Pressure Maintaining & Drop

MPa

≤1/2

18

Motor Powerapproximate

KW

    3KW

19

Heating Power

KW

20

30

35

40

20

Distance between Lower Hot plate and ground

mm

≤750

800

21

Total Weight

KG

≦2000

3000

80000

12000

Application


Typical applications for these presses include: fuel cell membrane electrode hot presses, composite hot presses, automotive parts, molded parts and inaccuracy correction. They can also be used to mold complex titanium alloy parts and other parts made of composite metals. Our typical thermoforming presses come in two main types, bench top thermoforming and hydraulic thermoforming. Please contact us for a complete list of customizable options, as well as the capacity of this press.
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