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Tube Furnace NTF-101

Name: Tube furnace NTF-101
Brand: Labnics
SKU: NTF-101
Rating: 5 (53 reviews)

Tube furnace NTF-101 is a heating device that can convert and adjust the atmosphere or vacuum state in the furnace so that materials can be sintered in a specific vacuum or atmosphere. These furnaces provide unmatched thermal uniformity and bring about optimal distribution of heat and are therefore ideal for various thermose

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Specifications

Operating temperature	300-1200 ℃
Resolution	1 ℃
Temperature accuracy	±1℃
Heating rate	0-20℃
Heating power	1.2kw
Voltage	AC220V 50HZ
Heating area	410mm
Working size	120x430mm
Control method	LED program control
Vacuum Mpa	-0.1
Furnace tube material	Quartz tube
Furnace tube inner diameter	92x1000 mm
Dimensions (L×D×H)	1320×430×520 mm

Features

✔ Automatic power off when the furnace door is opened, over-temperature protection function, and leakage protection function to ensure the safety of use
✔ The gas path connection adopts a quick connection flange structure, which is quick and convenient to install and disassemble
✔ The furnace is divided into upper and lower parts, and the upper part of the furnace can be turned back 100°, which is convenient for picking and placing and observing materials
✔ The furnace is made of polycrystalline mullite fiber vacuum adsorption, and the temperature field is even and energy-saving by more than 50%
✔ Air diversion heat insulation technology ensures the service life and constant temperature effect of each component in the box
✔ Automatic power off when the furnace door is opened, over-temperature protection function, and leakage protection function to ensure the safety of use
✔ The circuit adopts continuous heating output mode, double-circuit power supply, and separate wiring of strong and weak currents improves the stability of the system
✔ The operation button is made of low-voltage metal button, with its own status indicator light, which is safe and intuitive to operate

Applications

It is widely used across broad range of thermal processes which include inorganic and organic purification, accelerated aging and annealing, coating, drying, etc.