logo
produkty
Szczegóły produktów
Do domu > produkty >
Rigid Carbon Cloth (Hydrophilic/Hydrophobic) – Conductive Catalyst & Current Collector for Fuel Cells & Li-Air Batteries
produkty
Skontaktuj się z nami
Mr. Sammy Qin
86--18620492985
WeChat qzgqzg
Skontaktuj się teraz

Rigid Carbon Cloth (Hydrophilic/Hydrophobic) – Conductive Catalyst & Current Collector for Fuel Cells & Li-Air Batteries

MOQ: IPC
Ceny: 28USD/Negotiable
Standardowe opakowanie: Pakiet z tworzywa sztucznego
Okres dostawy: 5-7 dni
Metoda płatności: L/C, D/A, D/P, T/T, Western Union, Moneygram
Pojemność dostaw: 1 T/miesiąc
Szczegółowe informacje
Miejsce pochodzenia
CHINY
Nazwa handlowa
XWELL
Orzecznictwo
CE
Numer modelu
Tkanina węglowa Hydrofilowa / Hydrofobowa
Grubość:
0,34 ± 0,02 mm
wymiar:
36 cm * 18 cm
Masa powierzchniowa:
200 ~ 230 g/m²
Opór wzdłużny:
0,11×10⁻² Ω
Opis produktu
Rigid Carbon Cloth (Hydrophilic/Hydrophobic) – Conductive Catalyst & Current Collector for Fuel Cells & Li-Air Batteries

We supply high-performance rigid carbon cloth, available in both hydrophilic and hydrophobic types, designed as key components for energy storage and conversion devices. It serves as conductive carbon cloth, catalyst carrier, current collector, and flexible electrode, perfectly适配 fuel cells, lithium-air batteries, and other high-demand battery systems. With stable conductivity, excellent mechanical strength, and tailored surface wettability, it effectively enhances the performance and durability of target devices.

Core Advantages
  • Dual Wettability Options: Hydrophilic type enables efficient electrolyte absorption; hydrophobic type prevents waterlogging, meeting diverse application needs.
  • Superior Conductivity: Low longitudinal resistance ensures fast electron transfer, reducing energy loss during operation.
  • Stable Mechanical Performance: Rigid structure maintains shape under assembly and working conditions, with no easy deformation.
  • Consistent Quality: Strict control over thickness, weight, and size guarantees uniform performance across batches.
Technical Specifications Table
Parameter Specification
Thickness 0.34±0.02mm
Dimension 36cm * 18cm
Areal Weight 200~230g/m²
Longitudinal Resistance 0.11*10⁻² Ω
Type Hydrophilic / Hydrophobic
Application Conductive cloth, catalyst carrier, current collector, flexible electrode
Application Range

Our rigid carbon cloth is widely used in:

  • Fuel Cells: As current collector and catalyst support to improve reaction efficiency.
  • Lithium-Air Batteries: Serves as flexible electrode to enhance oxygen diffusion and electrolyte contact.
  • Other Energy Devices: Suitable for electrochemical sensors, supercapacitors, and industrial electrolysis systems.

Note: The carbon paper/carbon cloth is hydrophobic as a whole, and its hydrophilicity is relative to hydrophobicity. Please choose carefully!

We support customization of dimensions, wettability, and conductivity according to your requirements. Contact us now for free samples and detailed quotations!

produkty
Szczegóły produktów
Rigid Carbon Cloth (Hydrophilic/Hydrophobic) – Conductive Catalyst & Current Collector for Fuel Cells & Li-Air Batteries
MOQ: IPC
Ceny: 28USD/Negotiable
Standardowe opakowanie: Pakiet z tworzywa sztucznego
Okres dostawy: 5-7 dni
Metoda płatności: L/C, D/A, D/P, T/T, Western Union, Moneygram
Pojemność dostaw: 1 T/miesiąc
Szczegółowe informacje
Miejsce pochodzenia
CHINY
Nazwa handlowa
XWELL
Orzecznictwo
CE
Numer modelu
Tkanina węglowa Hydrofilowa / Hydrofobowa
Grubość:
0,34 ± 0,02 mm
wymiar:
36 cm * 18 cm
Masa powierzchniowa:
200 ~ 230 g/m²
Opór wzdłużny:
0,11×10⁻² Ω
Minimalne zamówienie:
IPC
Cena:
28USD/Negotiable
Szczegóły pakowania:
Pakiet z tworzywa sztucznego
Czas dostawy:
5-7 dni
Zasady płatności:
L/C, D/A, D/P, T/T, Western Union, Moneygram
Możliwość Supply:
1 T/miesiąc
Opis produktu
Rigid Carbon Cloth (Hydrophilic/Hydrophobic) – Conductive Catalyst & Current Collector for Fuel Cells & Li-Air Batteries

We supply high-performance rigid carbon cloth, available in both hydrophilic and hydrophobic types, designed as key components for energy storage and conversion devices. It serves as conductive carbon cloth, catalyst carrier, current collector, and flexible electrode, perfectly适配 fuel cells, lithium-air batteries, and other high-demand battery systems. With stable conductivity, excellent mechanical strength, and tailored surface wettability, it effectively enhances the performance and durability of target devices.

Core Advantages
  • Dual Wettability Options: Hydrophilic type enables efficient electrolyte absorption; hydrophobic type prevents waterlogging, meeting diverse application needs.
  • Superior Conductivity: Low longitudinal resistance ensures fast electron transfer, reducing energy loss during operation.
  • Stable Mechanical Performance: Rigid structure maintains shape under assembly and working conditions, with no easy deformation.
  • Consistent Quality: Strict control over thickness, weight, and size guarantees uniform performance across batches.
Technical Specifications Table
Parameter Specification
Thickness 0.34±0.02mm
Dimension 36cm * 18cm
Areal Weight 200~230g/m²
Longitudinal Resistance 0.11*10⁻² Ω
Type Hydrophilic / Hydrophobic
Application Conductive cloth, catalyst carrier, current collector, flexible electrode
Application Range

Our rigid carbon cloth is widely used in:

  • Fuel Cells: As current collector and catalyst support to improve reaction efficiency.
  • Lithium-Air Batteries: Serves as flexible electrode to enhance oxygen diffusion and electrolyte contact.
  • Other Energy Devices: Suitable for electrochemical sensors, supercapacitors, and industrial electrolysis systems.

Note: The carbon paper/carbon cloth is hydrophobic as a whole, and its hydrophilicity is relative to hydrophobicity. Please choose carefully!

We support customization of dimensions, wettability, and conductivity according to your requirements. Contact us now for free samples and detailed quotations!

Sitemap |  Polityka prywatności | Chiny Dobra jakość Sprzęt do laboratorium baterii Sprzedawca. 2025 GUANGDONG XWELL TECHNOLOGY CO., LTD. Wszystkie prawa zastrzeżone.