IH-1600 Mini Induction Heating Furnace with Programmable Control, Up to 1600°C, Suitable for Glovebox and Vacuum Atmospheres
The IH-1600 model is engineered for laboratory applications requiring rapid and controlled heating or melting of small quantities of materials. Its compact size allows it to be placed inside a standard glovebox through an antechamber, facilitating experiments under controlled atmospheres. For processes demanding vacuum or inert gas environments, the furnace can be equipped with an optional 2-inch quartz tube and flange assembly, enabling sample heating outside the glovebox under vacuum conditions.
This induction furnace uses an induction coil to generate heat, achieving temperatures up to 1600 °C with a maximum heating rate exceeding 100 °C per minute. Temperature regulation is managed by a programmable controller separated from the induction power supply, and a B-type thermocouple is included for precise temperature measurement. The furnace includes a graphite crucible with a 25 mm inner diameter and 40 mm depth, insulated with fibrous alumina felt to maintain thermal efficiency.
Key Features
- Compact design suitable for glovebox integration through antechamber access.
- Induction heating with programmable temperature control and B-type thermocouple for accurate temperature monitoring.
- Maximum operating temperature of 1600 °C with rapid heating capability (>100 °C/min).
- Includes a graphite crucible (25 mm ID × 40 mm depth) with fibrous alumina felt insulation.
- Optional quartz tube and vacuum flange enable heating under vacuum or inert atmospheres outside the glovebox.
- Requires 10 L/min water cooling; compatible with optional KJ3000 water chiller.
- CE certified for safety compliance; NRTL certification not available.
Technical Specifications
| Parameter | Specification |
|---|---|
| Power Supply | 208 – 240 VAC, 50/60 Hz, single phase |
| Power Consumption | 3 kW |
| Heating Method | Induction coil heating |
| Temperature Control | Programmable controller, separate from power supply |
| Temperature Sensor | B-type thermocouple included |
| Maximum Temperature | 1600 °C (max working temperature 1700 °C) |
| Heating Rate | Greater than 100 °C per minute |
| Crucible | Graphite, 25 mm inner diameter × 40 mm depth |
| Thermal Insulation | Fibrous alumina felt |
| Optional Quartz Tube | 2-inch OD quartz tube with flange for vacuum/inert atmosphere heating |
| Maximum Vacuum | 10⁻² torr with mechanical pump (optional) |
| Water Cooling Requirement | 10 L/min flow rate; optional KJ3000 water chiller available |
| Operating Environment | Ambient temperature, 30%–93% relative humidity |
| Certifications | CE certified; NRTL not available |
Typical Applications
The IH-1600 furnace is ideal for laboratory-scale heating and melting tasks involving small sample volumes, particularly when controlled atmospheres or vacuum conditions are required. It supports research in materials science, metallurgy, and chemical synthesis where precise temperature control and rapid heating are critical.
Configuration & Operating Notes
The furnace includes one graphite crucible and a B-type thermocouple as standard. For vacuum or inert gas heating, users must order the optional quartz tube, vacuum flange, and mechanical vacuum pump separately. Continuous water cooling at 10 L/min is mandatory to ensure safe operation; an optional KJ3000 water chiller can be added for temperature regulation. The programmable temperature controller is provided separately from the induction power supply for flexible operation. Users should ensure ambient conditions remain within specified humidity and temperature ranges for optimal performance.
