Pure Single-Walled Carbon Nanotube Film is a freestanding conductive film made of high-purity single-walled carbon nanotubes, available in water-based and solvent-based (oil-based) preparation versions. It features ultra-thin thickness, excellent mechanical strength, adjustable surface wettability and stable electrolyte resistance. This self-supporting carbon nanotube film can form a highly efficient conductive network without extra binder, widely used in new energy, electronic conduction and sensing fields.

Product Advantages

1. Ultra-thin thickness range from 3 μm to 200 μm, lightweight with low areal density 5–15 g/m²
2. Two production grades: water-based & oil-based, with differentiated mechanical modulus for different application demands
3. Outstanding electrolyte tolerance, passes 24-hour electrolyte immersion test without swelling or failure
4. Adjustable wetting angle from 30° to 120°, flexible matching with various slurry and electrolyte systems
5. Superior electrical conductivity, excellent flexibility and fold resistance, can be processed into rolls or cut pieces
6. Low impurity content, stable conductive performance under long-term working conditions

Product Functions

1. Build continuous high-speed electron transmission network, reduce contact resistance of electrodes
2. Serve as flexible conductive current collector or conductive interlayer for energy storage devices
3. Realize customized surface wettability to optimize interface bonding with active materials
4. Provide mechanical reinforcement for electrode structure, improve cell cycling stability
5. Work as transparent/black conductive layer for flexible electronics, sensors and electromagnetic shielding

Product Application Scenarios

• Lithium-ion / sodium-ion battery conductive layers, flexible electrode current collectors
• Supercapacitors and other electrochemical energy storage devices
• Flexible electronics, flexible sensors, electromagnetic shielding materials
• Thermal conductive films, membrane electrode substrates

Product Parameters