Premium Quality Ballard Carbon Cloth

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Premium Quality Ballard Carbon Cloth Specification

Ash %
<0.5

Apparent Density
~0.066 g/cm

Shape
Sheet/Cloth

Chloride (%)
<0.1

Purity(%)
>99

Moisture (%)
<0.5

Other Names
Ballard Carbon Fabric, Carbon Fiber Cloth

Type
Premium Quality Ballard Carbon Cloth

Usage
Industrial, Filtration, Electrodes, Fuel Cells

Application
PEM Fuel Cells, Redox Flow Batteries, Gas Diffusion Layers, Electrochemical Applications

Form
Cloth

Appearance
Black woven cloth

Width
20-100 cm

pH Range
2-12

Surface Area
1100-1500 m/g

Tensile Strength
50 N/cm

Basis Weight
120-200 gsm

Color
Deep Black

Thermal Stability
Up to 400C

Thickness
0.36 mm

Porosity
80-90%

Electrical Conductivity
High

About Premium Quality Ballard Carbon Cloth

Experience the remarkable capabilities of Premium Quality Ballard Carbon Cloth, coveted for its acute scarcity and prodigious performance across industrial sectors. With towering electrical conductivity and valuable tensile strength 50 N/cm, this deep black carbon fabric empowers applications such as PEM fuel cells, filtration, and gas diffusion layers. Take advantage of our competitive pricing on this high-grade cloth, boasting superior thermal stability (up to 400C), immense surface area (1100-1500 m/g), and excellent purity (>99%). Secure this indispensable material from leading importers, manufacturers, suppliers, and traders across India.

Diverse Applications & Unmatched Advantages of Premium Quality Ballard Carbon Cloth

Ballard Carbon Cloth finds utility in redox flow batteries, PEM fuel cells, gas diffusion layers, and electrochemical applications. Its primary competitive strengths include formidable porosity (80-90%), high surface area, and outstanding durability in harsh environments (pH 2-12). The cloths versatility makes it indispensable for industrial filtration and as a membrane support, ensuring reliable outcomes across varied technical spheres and future innovation pathways.

Export Markets, Order Process & Delivery for Ballard Carbon Cloth

Catering to global main export markets, our Ballard Carbon Cloth is delivered promptly after purchase order confirmation, ensuring minimal freight delays. Flexible payment terms facilitate a smooth procurement outlay for both bulk and tailored delivery. Whether your order is domestic or international, reliable logistics protocols and expedited outflow ensure your material reaches you efficiently, underlining our role as a trusted supplier in the industry.

FAQs of Premium Quality Ballard Carbon Cloth:

Q: How is Premium Quality Ballard Carbon Cloth typically used in industrial applications?

A: This carbon cloth is widely used as an electrode material and gas diffusion layer in PEM fuel cells and redox flow batteries, as well as for filtration, electrochemical, and catalytic applications.

Q: What are the competitive advantages of Ballard Carbon Cloth over conventional materials?

A: Ballard Carbon Cloth offers high electrical conductivity, superior tensile strength, a prodigious surface area, and exceptional stability across wide pH and temperature ranges, making it more valuable than many standard alternatives.

Q: When can I expect delivery after placing a purchase order?

A: Delivery is efficiently managed post-confirmation of your purchase order, with timelines depending on freight options and export destination. We prioritize prompt shipment for all orders.

Q: Where is Ballard Carbon Cloth primarily exported?

A: Our main export markets include key industrial hubs in Asia, Europe, and North America, meeting the global demand for high-quality carbon fabric materials.

Q: What is the process to acquire Ballard Carbon Cloth for my project?

A: To procure, simply place a purchase order with specified grade and quantity. Payment and shipment outlay will be organized based on agreed terms for a seamless transaction.

Q: How does the exceptional porosity and surface area benefit users?

A: The high porosity (80-90%) and extensive surface area (1100-1500 m/g) enable effective gas diffusion and enhanced electrochemical performance, directly boosting the efficiency of technical applications.

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