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2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al
  • 2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al
  • 2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al
  • 2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al
  • 2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al
  • 2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al
2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al

2" x 4" Pre Pressing Die Made of Aluminum -Alloy for Polymer Compound - Die-2-4-Al

SKU: die-2-4-al

Price: RFQ

Specifications

 SPECIFICATIONS: Model Die-2-4-Al Capacity ~78ml Max. Material 6061 Aluminum Alloy Max. Pressing Load 4 Metric Tons Max. working Temperature 200°C Application Note This rectangular die is designed for pre-pressing of flexible polymer sheets for hot rolling, especially for The procedure is suggested as below: Mixing the solid powder with liquid PTFE by high energy mixer (Pic. 1) Put the mixed powder into the die, and hot press to form a 2-5 mm thick sheet (Pic. 2) Hot rolling the polymer sheet into a thin electrode sheet ( 10 - 50 microns) ( Pic. 3) It is the customer's responsibility to find the most suitable parameters for mixing, pre-mold, and rolling based on your materials Pic. 1 Pic. 2 Pic. 3

Model  Die-2-4-Al
Capacity ~78ml Max.
Material  6061 Aluminum Alloy
Max. Pressing Load 4 Metric Tons
Max. working Temperature 200°C
Application Note
This rectangular die is designed for pre-pressing of flexible polymer sheets for hot rolling, especially for 
The procedure is suggested as below:
  1. Mixing the solid powder with liquid PTFE by high energy mixer (Pic. 1)
  2. Put the mixed powder into the die, and hot press to form a 2-5 mm thick sheet (Pic. 2)
  3. Hot rolling the polymer sheet into a thin electrode sheet ( 10 - 50 microns) ( Pic. 3)
  4. It is the customer's responsibility to find the most suitable parameters for mixing, pre-mold, and rolling based on your materials
Pic. 1 Pic. 2 Pic. 3

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