Brother
BR-17M Muffle Furnace – 1700℃ Max.
BR-17M Muffle Furnace – 1700℃ Max.
Couldn't load pickup availability
BR-17M Muffle Furnace – 1700℃ Max.
The BR-17M Muffle Furnace is designed for high-temperature research applications, delivering precision, durability, and safety. Built with alumina fiber insulation and MoSi₂ heating elements, this furnace is ideal for annealing, sintering, and material research up to 1700℃.
Key Features
-
High-Temperature Performance – Continuous operation up to 1600℃, with short-term use up to 1700℃ (<2 hours).
-
Efficient Thermal Design – Chamber surrounded by energy-efficient alumina fiber insulation for maximum heat retention.
-
Heavy-Duty Structure – Double-layer steel casing with dual cooling fans keeps the exterior below 60℃ for safe handling.
-
Smart Temperature Control – PID automatic control with SCR phase angle power regulation and 51 programmable segments for precise heating and cooling cycles.
-
Reliable Safety – Built-in over-temperature protection, auto power cut-off when the furnace door opens, and thermocouple break protection.
-
Versatile Operation – Optional PC software or touchscreen temperature controller for advanced monitoring and control.
Technical Specifications
-
Max. Temperature: 1700℃ (<2 hours)
-
Working Temperature: 1600℃
-
Temperature Accuracy: ±1℃
-
Uniformity: ±5℃ over 120mm @ 1700℃; ±3℃ over 80mm @ 1600℃
-
Heating Rate: 0–15℃/min
-
Thermocouple: Type B (Pt-Rh to Pt-Rh), 99.7% alumina tube
-
Heating Elements: MoSi₂ high-temperature elements
-
Insulation Layers: Triple ceramic fiber (1800℃, 1600℃, 1260℃ boards)
-
Furnace Door: Auto power cut-off safety interlock
-
Certifications: CE certified
-
Warranty: 1-year limited (lifetime support; consumables not included)
Application Notes
-
Cooling rate should not exceed 10℃/min.
-
Not recommended for toxic or explosive gases without proper safety systems.
-
Small cracks may occur in refractory ceramics with extended use — this is normal and can be repaired with alumina coating.
-
Always insert the refractory door block before closing the furnace door.
Share
