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Graphite Felt Roll (W280mm*L5000mm*T3.0 mm) as Conductive Substrate for Redox Flow Batteries, Electrolyzers, or Fuel Cells, EFC-GFR
Graphite Felt Roll (W280mm*L5000mm*T3.0 mm) as Conductive Substrate for Redox Flow Batteries, Electrolyzers, or Fuel Cells, EFC-GFR
The graphite felt exhibits low thru-plane resistance and exceptional electrolyte flow, which is really suitable for redox flow batteries, fuel cells, and electrolyzers, as well as thermal insulation for vacuum furnace.
Specifications:
| Part Number |
|
| Roll SizeĀ |
|
| Porosity |
|
| Thermal Conductivity | Ā 0.09 W/(mĀ·K)Ā |
| How to calculate heat dissipation | Ā To calculate muffle furnace heat dissipation, use the formulaĀ Q = U * A * ĪT, where Q is the heat loss (dissipation), U is theĀ overall coefficient of heat transmission,Ā A is the surface area of the furnace, and ĪT is the temperature difference between the inside and outside of the furnace. |
$104.30
Original: $298.00
-65%Graphite Felt Roll (W280mm*L5000mm*T3.0 mm) as Conductive Substrate for Redox Flow Batteries, Electrolyzers, or Fuel Cells, EFC-GFRā
$298.00
$104.30Graphite Felt Roll (W280mm*L5000mm*T3.0 mm) as Conductive Substrate for Redox Flow Batteries, Electrolyzers, or Fuel Cells, EFC-GFR
The graphite felt exhibits low thru-plane resistance and exceptional electrolyte flow, which is really suitable for redox flow batteries, fuel cells, and electrolyzers, as well as thermal insulation for vacuum furnace.
Specifications:
| Part Number |
|
| Roll SizeĀ |
|
| Porosity |
|
| Thermal Conductivity | Ā 0.09 W/(mĀ·K)Ā |
| How to calculate heat dissipation | Ā To calculate muffle furnace heat dissipation, use the formulaĀ Q = U * A * ĪT, where Q is the heat loss (dissipation), U is theĀ overall coefficient of heat transmission,Ā A is the surface area of the furnace, and ĪT is the temperature difference between the inside and outside of the furnace. |
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The graphite felt exhibits low thru-plane resistance and exceptional electrolyte flow, which is really suitable for redox flow batteries, fuel cells, and electrolyzers, as well as thermal insulation for vacuum furnace.
Specifications:
| Part Number |
|
| Roll SizeĀ |
|
| Porosity |
|
| Thermal Conductivity | Ā 0.09 W/(mĀ·K)Ā |
| How to calculate heat dissipation | Ā To calculate muffle furnace heat dissipation, use the formulaĀ Q = U * A * ĪT, where Q is the heat loss (dissipation), U is theĀ overall coefficient of heat transmission,Ā A is the surface area of the furnace, and ĪT is the temperature difference between the inside and outside of the furnace. |
