CERAMIC MUFFLE FURNACE 1600

B-One Ceramic Muffle Furnace 1600 (FNC-3-1600, FNC-4-1600, FNC-6-1600, FNC-11-1600, FNC-15-1600, FNC-25-1600)

The B-One Ceramic Muffle Furnace 1600 series is a high-temperature laboratory furnace designed for applications requiring precise thermal processing up to 1600°C. These furnaces use silicon molybdenum heating elements for efficient and uniform heating, while the PID temperature control system ensures high accuracy with minimal temperature fluctuation. With various capacities ranging from 3L to 25L, this furnace is ideal for research, metallurgy, ceramics, and industrial laboratories.

Product Features

• High-Temperature Capability: Can reach a maximum temperature of 1600°C, suitable for metallurgy, ceramics, and material research.
• Precision Temperature Control: Equipped with a PID temperature control system, offering ±1°C resolution and fluctuation, ensuring consistent and repeatable results.
• Efficient Heating System: Utilizes silicon molybdenum heating rods on both sides, providing uniform heating and fast heat-up time within 50 minutes.
• Robust and Durable Construction: The furnace chamber is made of inorganic fiber, providing excellent thermal insulation, while the external body is made of cold-rolled steel with powder coating, ensuring durability and resistance to corrosion.
• Advanced Safety Features: Comes with over-temperature alarm protection, preventing damage due to excessive heat and ensuring user safety.
• Flexible Timer Settings: The built-in digital timer allows operation from 0 to 9999 minutes, enabling precise thermal processing cycles.
• Multiple Capacities Available: Available in six different models with capacities from 3L to 25L, catering to different research and industrial needs.

Applications

• Material Testing and Research: Used in ceramic sintering, metallurgy, and composite material research.
• Heat Treatment: Suitable for annealing, tempering, and stress relieving of metals and alloys.
• Industrial and Laboratory Use: Commonly used in universities, research centers, and manufacturing industries for high-temperature thermal processing.
• Quality Control in Manufacturing: Essential for testing material properties under high temperatures, ensuring compliance with industrial standards.