Description

The Laboratory Muffle Furnace YR05284-1 is an innovative solution tailored to meet the rigorous demands of high-temperature research. With its spacious 64-liter chamber and energy-efficient design, this furnace ensures precision and safety, optimizing energy consumption and offering up to 80% savings compared to traditional models. Its high-purity alumina fiber insulation and MoSi2 heating elements provide uniform heat distribution and improved energy efficiency. Coupled with a 30-segment PID temperature controller, the furnace promises excellent temperature accuracy and protection against overheating.

Market Price Overview

The YR05284-1 Muffle Furnace is positioned within the mid-to-high price range when compared to other similar products. The market price typically falls between $13,200 and $13,500 USD. This range reflects the furnace’s exceptional durability, precision, and advanced safety features—highly prized attributes in research laboratories and industrial settings. We invite you to visit the Kalstein Plus platform for a personalized quote and financing options tailored to your needs.

Frequently Asked Questions

• What is the maximum working temperature?
  The furnace can withstand a maximum temperature of 1700°C, with a recommended continuous operation at 1600°C to ensure longevity.
• How does the furnace protect against overheating?
  Equipped with automatic protections, the furnace includes monitoring systems for thermocouple failures, enhancing safety in controlled environments.
• What features does the temperature control system offer?
  The PID system provides 30 programmable segments, delivering unmatched stability and precision (+/- 1°C), essential for meticulous experiments.

Advantages and Disadvantages

The YR05284-1 stands out for its robust build, impressive energy savings, and precise temperature control. Its large chamber capacity supports extensive processing volumes, while the MoSi2 heating system assures even heat distribution. Potential drawbacks include its considerable size and weight, which might not suit smaller labs, and the advised heating rate above 1400°C requires careful management to preserve the unit.

Field Applications

This muffle furnace serves as an indispensable tool in fields like analytical chemistry, metallurgy, and material sciences. It’s particularly suited for processes such as ceramic heat treatment, resistance testing, and sintering operations that demand rigorous temperature control. Its precision and safety features make it ideal for advanced materials research, where precise temperatures are critical to experimental success.

Recommendations

To ensure longevity and optimal performance, it is advisable to maintain a heating rate below 10°C/min when operating at temperatures under 1400°C and adhere to recommended limits for higher temperatures. Regular maintenance, such as chamber cleaning and thermocouple checks, is crucial for sustained precision and safety across usage cycles.

Features

• Advanced 30-segment PID controller for temperature regulation
• 64-liter chamber with high-purity alumina fiber insulation
• MoSi2 heating elements ensure uniform heat distribution
• Energy consumption reduced by up to 80% compared to conventional models
• Automatic protections for overheating and thermocouple failure
• Ideal for high-precision experiments with +/- 1°C temperature accuracy

Technical Specifications