PVDF Bipolar Plate Material DGK-PVDF DDL30
Highly conductive PVDF carbon-plastic material for vanadium flow battery bipolar plates
Density 1.9 g/cm³; tensile strength >30 MPa; flexural strength >50 MPa; volume resistance ≤30 mΩ·cm; conductivity ≥30 S/cm.
DGK-PVDF DDL30 is a PVDF-based carbon-plastic bipolar plate material for vanadium flow battery long-duration energy storage. It combines excellent acid and alkali corrosion resistance, good conductivity and stronger physical-mechanical performance than molded flexible graphite carbon-plastic plates, while supporting extrusion processing to reduce manufacturing cost for sheet and plate production.
Important parameters
- Base resin
- PVDF
- Model
- DGK-PVDF DDL30
- Product series
- Battery Carbon-Plastic Bipolar Plate Materials
- Processing
- Extrusion forming
- Key performance
- Density 1.9 g/cm³; tensile strength >30 MPa; flexural strength >50 MPa; volume resistance ≤30 mΩ·cm; conductivity ≥30 S/cm.
- Main battery system
- Vanadium flow battery
FAQ
What is DGK-PVDF DDL30 mainly used for?
DGK-PVDF DDL30 is mainly used for vanadium flow battery bipolar plates, extruded conductive PVDF sheets and flow-channel plate components that require long service life, corrosion resistance and stable conductivity.
Why choose PVDF for vanadium flow battery bipolar plates?
PVDF offers excellent acid and alkali corrosion resistance for aggressive electrolyte environments. DGK-PVDF DDL30 combines that chemical resistance with carbon-plastic conductivity and mechanical strength suitable for stack assembly.
How does it compare with molded flexible graphite carbon-plastic plates?
Compared with molded flexible graphite carbon-plastic plate routes, DGK-PVDF DDL30 is positioned for stronger physical-mechanical performance and extrusion-based manufacturing, which can reduce production cost for sheet and plate preparation.
What process is recommended for DGK-PVDF DDL30?
The grade is intended for extrusion. Sheet thickness, die setting, cooling, channel machining and conductivity retention should be validated together before batch plate production.
Application areas
| Application area | Typical use |
|---|---|
| Vanadium flow battery bipolar plates | Long-life bipolar plates for vanadium redox flow battery stacks and long-duration energy storage systems. |
| Extruded conductive PVDF sheets | Carbon-plastic PVDF sheets for cutting, machining and channel-forming. |
| Acid and alkali resistant plate components | Plate structures used where electrolyte corrosion resistance and stable conductivity are required. |
| Cost-sensitive stack production | Extrusion-based sheet production for lower manufacturing cost versus molded flexible graphite carbon-plastic plate routes. |
Quote and sample support
- Project quotation
- Quotation depends on sheet thickness, conductivity target, electrolyte validation, quantity and delivery plan.
- Sample support
- Pellet or sheet samples can be discussed for extrusion, machining and vanadium flow battery validation.
- Customization
- Formula can be tuned for conductivity, corrosion resistance, extrusion stability, plate strength and surface quality.
Data sheet
Physical Property Data Sheet
| Name | PVDF composite | Specification | DGK-PVDF DDL30 |
|---|---|---|---|
| Material properties | PVDF carbon-plastic bipolar plate material with excellent acid and alkali corrosion resistance, high conductivity and extrusion processing support | Color | Black |
| Use | Vanadium flow battery bipolar plates, conductive sheets and flow-channel plate components | Sample state | Pellets / sheet sample |
| Processing method | Extrusion forming | Engineering confirmation required | Contact a DEYU engineer |
| Item | Condition | Method | Data | Unit |
|---|---|---|---|---|
| Electrical Properties | ||||
| Conductivity | Typical value | / | ≥30 | S/cm |
| Volume resistance | Typical value | / | ≤30 | mΩ·cm |
| Surface resistance | Project reference | / | Contact a DEYU engineer | Ω |
| Basic Properties | ||||
| Density | Typical value | / | 1.9 | g/cm³ |
| Melt Flow Index | Engineering confirmation required | / | Contact a DEYU engineer | g/10 min |
| Hardness | Engineering confirmation required | / | Contact a DEYU engineer | / |
| Mechanical Properties | ||||
| Tensile strength | Typical value | / | >30 | MPa |
| Flexural strength | Typical value | / | >50 | MPa |
| Elongation at break | Engineering confirmation required | / | Contact a DEYU engineer | % |
| Notched impact strength | Engineering confirmation required | / | Contact a DEYU engineer | kJ/m² |
| Chemical / Battery Compatibility | ||||
| Acid and alkali corrosion resistance | Typical value | / | Excellent | / |
| Vanadium electrolyte compatibility | Project reference | / | Contact a DEYU engineer | / |
| Processing Recommendations | ||||
| Drying temperature | Contact a DEYU engineer | Drying time | Contact a DEYU engineer | |
| Extrusion temperature | Contact a DEYU engineer | Die / roll setting | Contact a DEYU engineer | |
| Extrusion forming | Contact a DEYU engineer | Application | Vanadium flow battery bipolar plates, conductive sheets and flow-channel plate components | |
Contact
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We provide professional customization services. If you have material questions, selection difficulties or performance requirements, contact us through any method on the right.
- Email: market@deyuplastics.com
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