Description

Laboratory Muffle Furnace YR05284-1 is an innovative piece of equipment crafted to fulfill the rigorous demands of precision and safety inherent in high-temperature research and processes. This state-of-the-art furnace features a 64-liter chamber (400x400x400 mm) coupled with a double-layer structure designed for efficient cooling. Not only does it keep the outer surface safe to touch, but it also boasts energy consumption optimization with up to 80% savings compared to its traditional counterparts. The high-purity alumina fiber insulation technology enriches its energy efficiency, while a sophisticated 30-segment PID controller ensures an automatic and precise temperature regulation system, effectively shielding the furnace against overheating and thermocouple malfunctions.

Market Price

The YR05284-1 Muffle Furnace is positioned in the mid-to-high price bracket in the market, with average pricing fluctuating between $13,200 and $13,500 USD. This pricing spectrum adequately reflects its durability, precision, and unmatched safety features, aspects that are highly esteemed in research labs and various industrial applications. Interested buyers are encouraged to explore the Kalstein Plus platform for a tailored quotation, where one can quickly and easily generate a quote and discover flexible financing options.

Frequently Asked Questions

• What is the maximum working temperature?
  The furnace can endure temperatures up to 1700°C. However, it is advised that the working temperature remains at 1600°C for optimum performance and longevity.
• What safety features are included against overheating?
  It comes equipped with an automatic system designed to protect against overheating and to monitor thermocouple failure, enhancing safety measures in controlled environments.
• How is temperature control managed?
  The furnace employs a PID control system with 30 programmable segments, assuring temperature stability and precision (±1°C), which is essential for high-accuracy experimental needs.

Advantages And Disadvantages

Among the primary advantages are its sturdy construction, considerable energy efficiency, and precise temperature control. The spacious chamber allows for larger-volume tasks, and the MoSi2 heating system guarantees even heat dispensation. However, its considerable weight and size may pose challenges in smaller laboratory settings, and the need for controlled heating rates above 1400°C might require careful attention to preserve equipment integrity.

Field Applications

The YR05284-1 Muffle Furnace is crucial for applications spanning analytical chemistry, metallurgy, and material science studies. It is particularly effective in heat treatment processes for ceramics, resistance testing, and sintering processes demanding stable, meticulous temperature oversight. Given its precision and robust safety configurations, this furnace is also well-suited for advanced materials research laboratories, highlighting its critical role where temperature precision dictates the degree of research success.

Recommendations For Optimal Use

To extend the furnace’s operational lifespan, it is recommended to maintain a heating rate below 10°C/min at temperatures under 1400°C. When operating above this threshold, specific heating rates should be adhered to assure durability. Routine maintenance, inclusive of chamber cleaning and thermocouple inspection, is vital for preserving accuracy and safety in successive usage cycles. Discover the advantages of this exceptional equipment and enhance your laboratory processes by obtaining a personalized quote through Kalstein Plus, where expert advice and customization options are readily available.

Features

• 64-liter chamber volume (400x400x400 mm).
• Double-layer structure with cooling ventilation.
• 80% energy consumption reduction compared to traditional models.
• 30-segment PID controller for precise temperature control.
• High-purity alumina fiber insulation for enhanced efficiency.
• MoSi2 heating system ensures uniform heat distribution.
• Automatic protection against overheating and thermocouple failure.

Technical Specifications