Multi-zones Tube Furnace helps improve efficiency and accuracy

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Multi-zones Tube Furnace helps improve efficiency and accuracy

The multi-zones tube furnace is an advanced experimental equipment. By integrating multiple tube furnaces into one, it realizes multi-zones independent control and operation, providing strong support for efficient experiments in scientific research and industrial fields. The following is a detailed analysis of its core features:

1. Core features

Multi-zones integrated design

Independent control: Each zone can set the temperature curve, atmosphere conditions and experimental parameters separately to support high-throughput experimental needs.

Efficient use of space: Integrating multiple tube furnaces into one can significantly save laboratory space, especially suitable for scientific research environments with limited space.

High-precision temperature control system

Temperature control accuracy: Using PID algorithm and thermocouple real-time feedback, the temperature control accuracy can reach ±1℃, ensuring the reliability of experimental results.

Fast heating and cooling: The heating rate is usually ≤10℃/min, which meets the needs of rapid heat treatment.

Diversified atmosphere control

Atmosphere protection: Supports inert gas (such as nitrogen, argon), reducing gas or vacuum environment to meet the processing needs of different materials.

Sealing performance: Stainless steel sealing flanges are used at both ends of the furnace tube, equipped with precision needle valves and vacuum pressure gauges to ensure atmosphere stability.

Modularity and scalability

Flexible configuration: Users can choose different numbers of zones (such as four zones, six zones, eight zones, etc.) and furnace tube materials (such as quartz, corundum) according to their needs.

Extended functions: Optional vacuum system, gas flow meter, computer control software, etc. can be used to improve the level of experimental automation.

2. Technical parameter examples

Equipment model: PT-TX1300-M120LK3

Chamber Structure	Split design
Display	LCD touch screen (Can be customized according to customer needs)
Working Temperature	≤1200℃
Heating Rate	0~20C/min (suggest 0~15℃/min )
Tube material	310S
Tube with screw feeder	Outer diameter: 89mmm inner diameter:77mm (Can be customized according to customer needs)
Heating zone num	3
Unit heating zone length	220mm (Can be customized according to customer needs)
Heating Element	Resistance wire with Mo
Thermocouple	N Type
Temperature Control	PID automatic control via SCR power control
Heating curves	16 curves, 30 steps programmable
Hopper volume	5L
Chamber material	Alumina Fiber
Gas inlet and outlet	Stainless steel gas inlet&outlet with needle valve
Limit working pressure	0.02MPa
Pressure Gauge	Mechanical pressure gauge
Warranty	One year warranty (Consumable parts such as heating elements and insulation material are not covered by the warranty)

Click on the picture to view more parameter introduction

3. Application fields of multi-zones tube furnace

Material science

High-temperature sintering, annealing and quenching of ceramics, metals, alloys and composite materials.

Preparation and characterization of nanomaterials and functional materials.

Chemistry and catalysis

Organic synthesis, preparation of inorganic compounds, activation and evaluation of catalysts.

Experiments such as high-temperature decomposition and solid-phase reaction.

Semiconductors and electronics

Processes such as oxidation, diffusion and annealing of semiconductor materials.

Research on thin film deposition and crystal growth.

New energy and environment

Research and development of new energy materials such as lithium-ion battery materials and fuel cell catalysts.

Preparation and performance testing of environmentally friendly materials.

4. Advantage analysis

High-throughput experiments

Multi-zones design significantly improves experimental efficiency, reduces sample processing time and reduces experimental costs.

Independent temperature control function supports multi-parameter comparison experiments and accelerates the process of material research and development.

Precise control and stability

High-precision temperature control and atmosphere control ensure the repeatability and reliability of experimental results.

Stable heating system and sealing design extend the service life of equipment.

Flexibility and scalability

The modular design facilitates upgrading and maintenance, and different functional modules can be selected according to needs.

Supports a variety of furnace tube materials and sizes to meet different experimental needs.

Safety and ease of use

Multiple safety protections (over-temperature, over-voltage, leakage) ensure safe operation.

The touch screen and software control system simplify the operation process and lower the threshold for use.

5. Purchase suggestions

Clear requirements

Choose the appropriate furnace type and specifications according to the experimental temperature, atmosphere requirements, sample size, etc.

Consider whether extended functions such as vacuum system and gas flowmeter are needed.

Focus on performance indicators

Focus on whether parameters such as temperature control accuracy, heating rate, vacuum degree, furnace tube material, etc. meet the experimental needs.

Consider after-sales service

Choose a brand that provides comprehensive after-sales service to ensure long-term and stable operation of the equipment.

Through the above solutions and configuration suggestions, university laboratories can effectively select and configure multi-zones tube furnace equipment suitable for their research needs.

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