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Dual Zone Tube Furnace LMDTF-A100offers controlled thermal processing with working temperature of 1100°C. Featuring two different heating zones and adjustable rotation, it enables thermal gradients within. Integrated with fuzzy PID control ensures stable heat intensity regulation. Equipped with advanced insulation and protective coatings enhance energy efficiency. Our Dual Zone Tube Furnace is ideal for catalyst research, diffusion and material synthesis.
Specifications
| Maximum Temperature | 1200°C |
| Working Temperature | 1100°C |
| Temperature Control Accuracy | ±1°C |
| Recommended Heating Rate | ≤10°C/min |
| Heating Zone Length | 400mm |
| Rotation Speed | 0 to 13rpm |
| Power Supply | 208 to 240V, 50Hz |
| Rated Power | 3KW |
| Tube Dimensions | Φ60×420 + Φ100×360 + Φ60×420mm |
| Overall Dimensions | 650 ×450 × 550mm |
| Net Weight | 95kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Dual Zone Tube Furnace LMDTF-A100 | $ 6878.125 | Each of 1 |
Features
K-type thermocouple
Stainless steel sealing flanges
Quartz Tube
Air-Cooled Steel Shell
Alumina Fiber Layer
Applications
Dual Zone Tube Furnace LMDTF-A100 is engineered for material synthesis, gas-solid reactions, carbonization, and battery research in advanced materials and energy industries.
Frequently Asked Questions
1 What is a Dual Zone Tube Furnace?
A Dual Zone Tube Furnace is a laboratory furnace that allows precise temperature control in two separate heating zones along a single tube, enabling complex thermal profiles for advanced material processing.
2 How is Dual Zone Tube Furnace used in catalyst testing?
It allows separate heating of catalyst beds and gas flow zones, enabling accurate performance evaluation of materials in catalyst testing.
3 How is Dual Zone Tube Furnace used in battery material synthesis?
In battery research, Dual Zone Tube Furnace helps synthesize and calcine cathode and anode materials by enabling controlled heating and phase formation inside it.
4 Can Dual Zone Tube Furnace be used in academic and industrial R&D?
It is widely used in both academic and industrial research for its versatility, enabling high-precision thermal treatments and experimental reproducibility.
5 How does Dual Zone Tube Furnace assist in recycling electronic waste?
It helps in thermal decomposition and metal recovery from electronic waste by providing sequential thermal zones for volatilization and condensation processes.
6 Can Dual Zone Tube Furnace be used in gas solid reaction studies?
It enables gas solid reaction studies by independently heating the gas precursor and solid reactant zones, promoting controlled interactions within the furnace.
7 How is Dual Zone Tube Furnace applied in solid-state reaction synthesis?
It is widely applied in solid-state reactions by offering prolonged, high-temperature treatments and controlled diffusion environments.
8 Can Dual Zone Tube Furnace be used for selenization of thin films?
Dual Zone Tube Furnace is ideal for selenization, where one zone controls selenium vapor generation and the other heats the substrate to allow film conversion inside it.
9 Is Dual Zone Tube Furnace useful for hydrogen storage material testing?
It is valuable in hydrogen storage research for testing absorption and desorption properties of metal hydrides under controlled thermal conditions.
10 Can Dual Zone Tube Furnace be used for polymer pyrolysis to carbon dots?
It is commonly used to convert polymers into fluorescent carbon dots via controlled pyrolysis.