Multi Heating Mantle YR05049 // YR05054

Multi Heating Mantle YR05049 // YR05054 are expertly crafted for repetitive extraction processes such as Kjeldahl and Soxhlet, as well as laboratory reflux and distillation applications. Designed with a space-saving approach, these mantles ensure efficient laboratory setups. Each model boasts independent and separate temperature controls to accommodate varying experimental conditions. Notably, precision PID temperature control aligns with the demands for high accuracy in experiments. The inner heating element, made from soft glass fiber, is specifically protected to avoid damaging the flask.

Market Price

The Multi Heating Mantle YR05049 // YR05054 typically ranges from $400 to $700 in the current market depending on the specific model and capacity. It is important to note that prices can vary based on additional features and suppliers.

Frequently Asked Questions

Q: What types of experiments are these heating mantles best suited for?
A: These heating mantles are ideal for extractions like Kjeldahl and Soxhlet, as well as reflux and distillation applications.

Q: How many flasks can each model handle?
A: Depending on the model, they can accommodate 3 to 6 flasks of various capacities ranging from 250 ml to 1000 ml.

Q: Can the temperature be controlled independently for each flask?
A: Yes, each flask's temperature can be controlled individually for precise adjustments.

Advantages and Disadvantages

Advantages: The product offers precise PID temperature control, ensuring high accuracy in every experiment. The space-saving design is ideal for optimizing laboratory layout, and the independent controls ensure flexibility for different experimental needs.

Disadvantages: The initial investment might be high compared to single heating solutions, and careful handling is required to protect the flasks from damage despite the protective inner element.

Product Use in the Field

In practical scenarios, Multi Heating Mantle YR05049 // YR05054 is extensively used in chemical and biological laboratories for precision extractions and distillation processes. Experimenters appreciate their ability to heat multiple samples simultaneously while maintaining precise control over conditions.

Recommendations

To maximize the efficiency and lifespan of the heating mantles, ensure regular maintenance checks and avoid exposing the inner elements to conditions outside the recommended operational limits. Use appropriate flask sizes and ensure proper setup to prevent spills or damages.

Features

• Space-saving design
• Independent temperature control for each condition
• Glass fiber inner heating element to prevent flask damage
• Precision PID temperature control

Technical Specifications