Description

The Multi Heating Mantle YR05049 // YR05054 is an advanced laboratory equipment designed for repetitive extraction processes such as Kjeldahl and Soxhlet, as well as for reflux and distillation applications. With its space-efficient design, this multi heating mantle allows independent temperature control for each flask, ensuring precise experimental conditions and high accuracy with its precise PID temperature control. Its inner heating element, made of soft glass fiber, minimizes potential damage to the flasks. Whether you are focused on space conservation or maintaining safety standards, this equipment meets the demands of modern laboratory needs.

Market Price

The Multi Heating Mantle YR05049 // YR05054 is positioned as a mid-range laboratory heating product. While prices can vary depending on the specific retailer and market conditions, expect to find this product in a range from approximately 600 USD to 1100 USD. For accurate pricing and any ongoing promotions or discounts, we recommend reaching out to purchase portals or contacting suppliers directly.

Frequently Asked Questions

• What is the maximum temperature this heating mantle can achieve? The maximum operating temperature for this mantle is 380°C.
• Is it safe to use different flasks simultaneously? Yes, the mantle is designed for independent temperature control, allowing safe use of multiple flasks under varying conditions.
• What power supply is needed for operation? The product operates on 200-240V / 50-60Hz or 100-120V / 50-60Hz.

Advantages and Disadvantages

Advantages: Its independent temperature control provides flexibility in experiments. The use of soft glass fiber in the heating element enhances the safety of flasks from potential damage. Moreover, its compact design helps save valuable lab space.

Disadvantages: As an analog device, it may not offer the digital precision control that some laboratories prefer.

Field Usage

In practical scenarios, laboratories often use the multi heating mantle for procedures requiring simultaneous heating of multiple solutions, such as during organic synthesis or reflux reactions. It enhances efficiency by allowing multiple extractions or distillation processes concurrently, boosting productivity in laboratory operations.

Recommendations

For optimal use, regularly inspect the heating element to ensure it is free from residues that could impair performance. It’s advisable to calibrate temperature settings periodically for consistent experimental outcomes. Moreover, using appropriate flask adapters can extend the longevity of the equipment.

Features

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

Technical Specifications