Maximum operating temperature

900°C

Long-term operating temperature

850°C

Chamber dimensions

850×750×750

Temperature control range

100–900°C

Temperature control accuracy

±1°C

Temperature uniformity

±5°C

Temperature sensor

K-type thermocouple

Heating element material

High-temperature alloy resistance wire (fixed at both ends)

Heating element installation

All around + bottom

Heating zones

3 zones: bottom + front/rear + left/right

Heating rate

Max. 20°C/min (non-linear)

Furnace structure & material

The furnace adopts air-cooled double-layer carbon steel structure. Effective air-cooled guide baffles enable overall cold air circulation in the furnace shell, cooling the conductive sheets of heating elements before exhausting, avoiding high-temperature oxidation and ensuring a good working environment.

Door opening mode

Axial 180° side opening; equipped with an elastic lock on the door side for secure locking. The lock elasticity absorbs thermal expansion of refractory materials, allowing free expansion/contraction and effective sealing.

Refractory & insulation material

Lined with vacuum-formed high-purity alumina lightweight material, featuring high operating temperature, low heat storage, rapid thermal shock resistance, no cracking, no spalling, and excellent insulation.

Fan

Agitation fan + inverter + water cooling

Air intake

60W blower, bottom air intakeFull power below 520°C; run 30s every 10min above 520°C; full power after holding

Touch screen

7-inch; Chinese menu, multiple heating curve storage, historical curve & data report storage

Exhaust gas purification

Organic exhaust is heated above 760°C (depending on composition) to oxidize VOC into CO₂ and H₂O.Quartz tube in chamber: both ends φ50, middle φ150, heating height 600

Furnace shell temperature

Shell temperature < ambient temperature + 20°C

Safety protection

Integrated module control unit; dual-loop control & protection. Functions: overshoot, over-adjustment, under-adjustment, thermocouple break, phase loss, over-voltage, over-current, over-temperature, current feedback, soft start.

Power cut when door opens

Main heating circuit cuts off automatically when door is opened at high temperature, preventing electric shock during high-temperature operation.

Safe temperature control

Closed-loop SCR module trigger control (phase-shift or zero-crossing). Continuously adjustable voltage/current/power with constant voltage/current/power characteristics. Current loop as inner loop, voltage loop as outer loop. Limits output current within rated value under sudden load or overload, ensuring stable output and protecting heating elements.

Temperature curve setting

Intelligent temperature controller with PID, APID, MPT, auto-tuning & self-learning, no overshoot/undershoot. 30-segment program control for any slope heating/cooling; programmable commands (jump/loop/run/pause/stop); editable during operation; curve-fitting for smooth control.

Heating curve segments

50-segment program control: 1 curve (50 segments), 2 curves (28 segments each), 3 curves (15 segments each), 5 curves (9 segments each). Multiple curves storable and callable.

Panel buttons

Main power button/knob; heating chamber switch button/knob.