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Single-Wall Carbon Nanotube Precision Growth Furnace
The growth of single-walled carbon nanotubes is highly sensitive to temperature. This system employs a precision thermal‑field simulation design, achieving ultra‑high temperature uniformity within ±1 °C and enabling precise control over chirality, thereby effectively enhancing both the yield and quality of semiconducting single-walled carbon nanotubes.
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Product description
| Device Name | SY‑SW200 Single-Walled Carbon Nanotube Equipment |
|---|---|
| Target carbon nanotubes | Single-walled carbon nanotubes (SWCNTs) |
| Core Process | High-precision catalytic cracking growth |
| Heating method | Silicon-Molybdenum Rod (MoSi₂) Heating |
| Heating temperature | <1500 ℃ |
| Temperature control system | Multi-zone independent temperature control |
| Temperature uniformity | ±1 °C (ultra-high precision) |
| Effective aperture | Φ200 mm (Precision Reaction Chamber) |
| Workstation Configuration | 1–4 workstations available (flexibly customizable) |
| Production capacity | >30 g/hour/workstation |
| Applicable Scenarios | Transparent conductive films, semiconductor materials, and high-end sensors |
Extreme uniformity
The growth of single-walled carbon nanotubes is highly sensitive to temperature. This system employs a precision thermal‑field simulation design, achieving ultra‑high temperature uniformity within ±1 °C and enabling precise control over chirality, thereby effectively enhancing both the yield and quality of semiconducting single-walled carbon nanotubes.
Silicon-molybdenum rod heating
High‑performance silicon molybdenum rods (MoSi₂) are used as the heating elements, offering excellent high‑temperature resistance, oxidation resistance, and long service life, making them ideally suited to the ultra‑high temperature conditions required for single‑wall tube growth (operating temperatures exceeding 1500 °C).
Precise flow field control
The Φ200 mm diameter is specifically designed for precision fluidized‑bed or fixed‑bed reactors and, when paired with a high‑accuracy gas mass flow controller (MFC), enables precise control of gas–solid reactions.
Modular multi-station
Offers flexible configurations with 1 to 4 workstations. The multi‑station design enables parallel testing of different catalysts or process formulations on a single unit, significantly accelerating the R&D process; in mass‑production mode, it markedly increases throughput density.
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