Us Stock Across International 2,450w Heating Element For Ai 10l Solventvap Evaporators Collection [1oDZ4g3S]

High-Powered Heating Element for SolventVap Evaporators

Enhance your SolventVap 10L rotary evaporator with the Across International 2,450W Heating Element. This powerful heating element is designed to provide efficient and rapid evaporation, ensuring precise control over your laboratory processes. With its robust construction and reliable performance, this heating element is a must-have for any researcher or chemist seeking optimal evaporation results. Key features include:

• 2,450 watts of heating power for fast and effective evaporation
• Included seals for secure installation and operation

Technical Specifications and Details

This high-quality heating element is specifically designed to fit Across International SolventVap 10L rotary evaporators. It offers a seamless integration with your existing setup, ensuring compatibility and ease of use. The heating element is equipped with seals, which not only enhance its durability but also prevent leaks and ensure a tight seal during operation. Please note that the thermocouple is sold separately, so you will need to purchase it separately for complete functionality. Technical specifications include:

• Power: 2,450 watts
• Dimensions: [Provide exact dimensions here]

Practical Applications and Benefits

The Across International 2,450W Heating Element is an invaluable addition to any laboratory equipped with a SolventVap 10L rotary evaporator. Its powerful heating capabilities make it ideal for a wide range of applications, including solvent recovery, chemical synthesis, and material processing. By utilizing this heating element, you can achieve faster and more efficient evaporation, saving both time and resources. Target audience includes:

• Researchers and scientists in various fields
• Chemical engineers and technicians
• Academic institutions and research labs

Invest in the Across International 2,450W Heating Element for reliable performance and superior evaporation results.