1000C Lab Box Type Debinding and Sintering Furnace with Exhaust Gas Purification

Sales Manager: Gia

Wechat: Dingqiuna

Item No.:
TMAX-GWL-XL
Payment:
L/C, T/T, Western Union, Credit Cards, Paypal
Shipping port:
Xiamen Port
Lead Time:
5 Days
Certificate:
CE, IOS, ROHS, SGS, UL Certificate
Warranty:
Two years limited warranty with lifetime technical support

Product Details

1000C Lab Box Type Debinding and Sintering Furnace with Exhaust Gas Purification

The GWL-XL Series 1000℃ high-temperature furnace integrates the control system and furnace chamber. The furnace lining is made of vacuum-formed high-purity alumina lightweight aggregate material.

It uses high-temperature alloy resistance wires (molybdenum-containing, surface temperature up to 1400℃) or silicon carbide rods as heating elements. This furnace is specially designed for laboratories of universities, research institutes, and industrial and mining enterprises to sinter, melt, analyze and produce ceramic, metallurgical, electronic, glass, chemical, mechanical, refractory, new materials, special materials, building materials, metals, non-metals and other compound materials.

The control panel is equipped with an intelligent temperature controller, power switch, main heating start/stop button, voltmeter, ammeter and computer interface for real-time monitoring of system operation. Adopting reliable integrated circuits, it features good working environment and strong anti-interference performance. The furnace shell temperature is ≤45℃ at maximum temperature, greatly improving the working environment. Microcomputer program control supports programmable temperature curves, fully automatic heating and cooling, and flexible parameter/program modification during operation, making it easy to operate.

Temperature control accuracy: ±1℃, no overshoot

Constant temperature accuracy: ±1℃

Fast heating rate: maximum ≤45℃/min

The furnace chamber is entirely made of vacuum-formed high-purity alumina lightweight aggregate material, featuring high operating temperature, low heat storage, resistance to rapid heating and cooling, no cracking or spalling, and excellent thermal insulation (energy saving over 60% compared with traditional furnaces). With a reasonable structure and double-layer air-cooled furnace shell, it significantly shortens the test cycle.

Technical Parameters

Item	1000℃ Model
Model	GWL-1000XL
Furnace Chamber Dimensions (mm)	D×W×H: 800×500×500
Power Supply (AC)	380V
Total Power	35KW
Control Range	80–1000℃
Temperature Measuring Element	Type K thermocouple, measuring range 0–1320℃
Heating Element Installation	Evenly distributed on both sides and bottom of the furnace chamber
Temperature Control Accuracy	±1℃ (integrated circuit control, no overshoot)
Temperature Uniformity	±1℃ (depends on furnace chamber size)
Heating Rate	Adjustable freely; max. 20℃/min, min. 1℃/h
Heating Element	High-temperature alloy resistance wire (molybdenum-containing, surface temperature up to 1400℃)
Furnace Body	CNC machined, polished, pickled, phosphated, plastic powder coated and high-temperature baked; attractive appearance, oxidation-resistant, acid/alkali-resistant, corrosion-resistant, high-temperature resistant and easy to clean
Furnace Structure	Air-cooled double-layer structure with effective air-cooled guide baffles for overall cold air circulation, cooling the heating element conductive sheets before discharge to avoid high-temperature oxidation and ensure a good working environment
Door Opening	Axial 180° side opening; door rotates 360° to prevent arm burns during high-temperature material handling. Stainless steel spring lock at the bottom for secure locking, absorbing thermal expansion of refractory materials to ensure free expansion/contraction and effective sealing
Refractory Material	Vacuum-formed high-purity alumina lightweight aggregate; lightweight hollow-sphere alumina plates at easily bumped areas (furnace mouth, bottom). High temperature resistance, low heat storage, thermal shock resistance and good insulation (energy saving over 80% vs. traditional furnaces)
Insulation Material	Three layers: aluminum silicate fiber board, alumina fiber board, polycrystalline alumina fiber board
Furnace Shell Temperature	<45℃ during continuous long-term operation
Protection System	Integrated control module with high precision; dual-circuit control and protection including overshoot, over-temperature, under-temperature, thermocouple break, phase loss, over-voltage, over-current, current feedback and soft start
Control System	Closed-loop SCR module trigger control (phase-shift trigger); continuously adjustable output voltage, current or power with constant voltage/current/power characteristics. Inner current loop and outer voltage loop limit output current within rated value to protect heating elements and ensure stable, safe and accurate control
Display Parameters	Temperature, segment number, segment time, remaining time, output power percentage, voltage, current, etc.
Buttons	High-quality buttons with LED indicators, service life >100,000 operations
Temperature Curve Programming	Intelligent controller with standard PID, APID, MPT; auto-tuning, self-learning, no overshoot/undershoot. 30-segment program control for arbitrary ramp/hold/cool; programmable commands including jump (cycle), run, pause and stop; editable during operation; smooth curve via AI algorithm with curve fitting
Multi-Curve Input	30-segment program control; configurable as 1×30, 2×14, 3×9, 5×5 segments; multiple curves storable and callable
Gas Inlets	Four inlets
Flow Meters	Four 0–40L/min
Exhaust Outlet	One outlet
Exhaust Gas Purification Chamber	Design temperature 500℃ (adjustable); dimensions: 410mm×410mm×400mm
Oxygen Concentration Analyzer	0.1–50%
Communication Interface	RS485
Standard Accessories	One crucible tongs, one pair of high-temperature gloves
Warranty	One-year free warranty; heating elements not covered (free replacement for natural damage within 3 months)
Notes	1. Recommended max. heating/cooling rate: 10–20℃/min (fast heating shortens element life) 2. Non-vacuum sealed structure; do NOT feed flammable and explosive gases 3. Minor cracks in furnace chamber after use are normal and repairable with alumina coating 4. Corrosive gases are not recommended; inform us in advance for strong corrosive gases (S, Na, etc.) for special furnace treatment 5. Prevent high-temperature solution leakage onto furnace bottom; use backing plate or alumina powder6. Install in well-ventilated, non-humid area
Packing List	One furnace, one crucible tongs, one pair of high-temperature gloves, one manual, one certificate, one factory inspection report, one delivery note