Single-Wall Carbon Nanotube CVD Growth System
Vertical CVD furnace for single-wall carbon nanotube (SWCNT) synthesis: silicon carbide tube up to Φ200 mm, three heating zones to 1300 °C and continuous collection.
- Process
- CVD
- Max. temperature
- 1300
°C - Furnace tube
- Φ170-200
mm - Temperature accuracy
- ±1
°C - Collection
- continuous
This chemical vapour deposition (CVD) system is designed specifically for growing single-wall carbon nanotubes. A dedicated gas-mixing design and preheated feed gas keep reaction conditions consistent, while ultrasonic multi-stage atomised feeding delivers the carbon source evenly for controlled, directional growth. The large-bore silicon carbide furnace tube raises output per run, and a vertical furnace with a rotating-shaft collector lets you remove product and amorphous carbon without stopping the furnace.
2 models.
Figures from the current product catalogue. Final configuration depends on your material and process.
| Model | Single tube | Multi-tube |
|---|---|---|
| Furnace Tube Material | Silicon carbide | Silicon carbide |
| Furnace Tube Size (mm) | Φ170×1700 | Φ200×1700 ×N |
| Heating Power (kW) | 65 | Configured to order |
| Heating Zones | Three zones, 1700 mm heated length | Three zones, 1700 mm heated length |
| Max. Temperature (°C) | 1300 | 1300 |
| Heating Method | Resistance heating | Resistance heating |
| Temperature Sensor | Type S Pt-Rh thermocouple | Type S Pt-Rh thermocouple |
| Temperature Accuracy (°C) | ±1 | ±1 |
| Dimensions L×W×H (mm) | 3000×1800×4500 | Configured to order |
What is built in.
- 01
Explosion-proof stainless-steel shell with local water-cooling and a thickened insulation layer for lower energy use
- 02
Skid-mounted layout that is quick to install and easy to operate
- 03
Branded heating elements for a longer service life
- 04
Ultrasonic multi-stage atomised feeding for even feed, controlled directional growth and better batch-to-batch consistency
- 05
Gas preheating before the reactor for consistent reaction conditions
- 06
Vacuum interface for fast replacement of the furnace atmosphere
- 07
Flammable and explosive gas detector monitoring the surroundings around the clock
- 08
Interlocks for over-temperature, thermocouple break, low water pressure, excess gas pressure, gas leakage and electrical leakage
Typical materials.
- Single-wall carbon nanotube production
- Nanoelectronic devices
- Composite reinforcement
- Energy storage materials
- Catalysts and catalyst supports
- Sensors and field emitters
- Conductive films
- Bio-nanomaterials
Frequently asked questions
Which materials can the Single-Wall Carbon Nanotube CVD Growth System process?
The Single-Wall Carbon Nanotube CVD Growth System is used for single-wall carbon nanotube production, nanoelectronic devices, composite reinforcement, energy storage materials, catalysts and catalyst supports, sensors and field emitters, conductive films and bio-nanomaterials. Whether it suits a new material depends on solids content, viscosity, hardness and whether the slurry is water- or solvent-based; send the material data sheet and target particle size and INFOR's engineers will assess it.
Which model of the Single-Wall Carbon Nanotube CVD Growth System should I choose?
The Single-Wall Carbon Nanotube CVD Growth System is supplied as a single configuration, so selection means confirming it matches your material, target particle size and hourly output, which INFOR verifies on laboratory or pilot equipment before the machine is confirmed.
What are the main design features of the Single-Wall Carbon Nanotube CVD Growth System?
Main design features of the Single-Wall Carbon Nanotube CVD Growth System: Explosion-proof stainless-steel shell with local water-cooling and a thickened insulation layer for lower energy use; Skid-mounted layout that is quick to install and easy to operate; Branded heating elements for a longer service life; Ultrasonic multi-stage atomised feeding for even feed, controlled directional growth and better batch-to-batch consistency.
Related equipment.
Get a quotation.
Tell us the material, target D50/D90 and hourly output. We reply within 24 hours with a model recommendation.
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