As a leading distributor of advanced battery materials, we offer the Cnano FT9110, the direct upgraded successor to the widely cited FT9100 carbon nanotubes. While many academic publications and industrial formulas reference FT9100, Cnano has enhanced the manufacturing process to produce the FT9110, which undergoes rigorous high-temperature purification to remove residual catalysts and metallic impurities.
Key Specifications & Improvements:
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Model: FT9110 (Upgraded from FT9100)
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Purity: Enhanced via high-temperature processing (>99.9% carbon purity).
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Morphology: Multi-Walled Carbon Nanotubes (MWCNTs).
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Thermal Stability: Excellent performance in high-heat catalytic environments.
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Applications:
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Catalysis: Ideal as a high-surface-area support for precious metal catalysts.
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Energy Storage: Superior conductive additive for Li-ion battery electrodes.
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Polymers: Improves mechanical strength and electrical conductivity in composites.
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Why Switch from FT9100 to FT9110?
The FT9110 retains the excellent dispersion characteristics of the FT9000 series while offering a significantly lower ash content. For researchers following literature that mentions FT9100, the FT9110 provides a more stable, cleaner, and more efficient alternative without requiring major changes to existing formulations.
Please note: Cnano has officially transitioned the FT9100 model to the upgraded FT9110. All orders for FT9100 will now be fulfilled with the higher-purity FT9110.
Technical Comparison Table
| Feature | Cnano FT9000 | Cnano FT9100 (Legacy) | Cnano FT9110 (Upgraded) |
| Type | Multi-Walled CNT | Multi-Walled CNT | High-Purity Multi-Walled CNT |
| Process | Standard CVD | Standard Purification | High-Temp Purification |
| Purity (C-Content) | >95% | >97% | >99.5% (Ultra-Low Ash) |
| Primary Use | General Conductive Additive | Catalyst & Battery Support | Ultra-High Performance Catalyst/Battery |
| Availability | Available | Discontinued/Replaced | In Stock / New Standard |
Request Technical Data Sheet (TDS) & Pricing
Are you currently using FT9100 in your research or production? Our technical team can provide the transition data you need to switch to FT9110.
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Sample Requests: Available for verified research labs and companies.
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Bulk Pricing: Competitive rates for MT-level industrial supply.
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Documentation: SDS, TDS, and COA (Certificate of Analysis) provided with every batch.
FAQ
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Q: What is the difference between Cnano FT9100 and FT9110?
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A: The FT9110 is the upgraded version of the FT9100. It undergoes an additional high-temperature purification process to remove more residual catalyst and ash, resulting in higher carbon purity for sensitive applications like fuel cells and battery electrodes.
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Q: What is the main improvement in FT9110 compared to FT9100? A: The primary difference is the purification process. The FT9110 undergoes specialized high-temperature purification, which significantly reduces the metal impurity and ash content. This makes it much more effective for sensitive applications like catalyst supports and high-end battery conductive agents.
Q: Can I use FT9110 if my research paper/manual specifies FT9100? A: Absolutely. FT9110 maintains the core physical dimensions and MWCNT characteristics of the FT9100 but offers better chemical purity. Most laboratories and factories have successfully transitioned to FT9110 without needing to change their fundamental formulas.
Q: Do you provide a Certificate of Analysis (COA) for FT9110? A: Yes, we provide a batch-specific COA with every shipment to ensure the carbon content and impurity levels meet your project requirements.
