Description

Multi Heating Mantle YR05049 // YR05054 is specifically crafted for seamless laboratory processes, supporting repetitive extraction methods such as Kjeldahl and Soxhlet, alongside applications in reflux and distillation. This compact and efficient heating mantle offers precise PID temperature control, making it an indispensable tool for high-accuracy experiments. With independent and separate temperature settings for each condition, and a soft glass fiber inner heating element to protect flasks, this device is designed with durability and functionality in mind.

Market Price

The price range for multi heating mantles varies depending on the specific features and models available, typically ranging between $650 to $800 USD. This range provides a fair estimation of the market standard, considering the product’s advanced capabilities and efficiency. To get the most accurate pricing, we encourage interested buyers to reach out for a quote or check our Kalstein Plus platform for automated quotations.

Frequently Asked Questions

• What types of extraction procedures can this product handle? The Multi Heating Mantle is suitable for Kjeldahl, Soxhlet, and other extraction processes.
• Does it allow for simultaneous multi-sample processing? Yes, depending on the model, it can handle multiple samples of varying capacities simultaneously.
• What is the maximum temperature it can reach? This product can achieve a maximum temperature of 380°C, ensuring it meets most laboratory requirements.

Advantages and Disadvantages

One of the main advantages of the Multi Heating Mantle is its space-saving design, which is essential for laboratories with limited space. The precise temperature control allows for high-accuracy experimentation, crucial for scientific integrity. However, one potential downside could be its reliance on precise calibration to maintain accuracy, which may require regular maintenance.

Product Usage in the Field

This heating mantle is commonly utilized in laboratory settings where precise temperature control and multi-sample handling are required. It’s a staple in chemical analysis and research environments, supporting processes like distillation and reflux where maintaining a consistent temperature is critical.

Recommendations

To ensure optimal performance, we recommend regular calibration of the temperature settings and gentle handling of the soft glass fiber heating element. Always ensure compatibility with the laboratory’s existing equipment and procedures to maximize efficiency.

Features

• Space-saving design
• Independent and separate temperature control
• Soft glass fiber inner heating element for flask protection
• Precise PID temperature control for high accuracy

Specifications