electric burner for various experimental applications

Electric Burner

The electric burner features a sturdy and compact design, ideal for desktop use. Equipped with a thermostat system, it allows precise control of heating intensity, ensuring experimental stability and safety.

Features

1. High-Strength Body Shell: Made from premium cold-rolled steel with electrostatic spraying for a flat, attractive, and highly corrosion-resistant surface.
2. Optimized Operating Interface: Slanted, closed control panel protects circuits from liquid splash, suitable for diverse environments.
3. Electronic Temperature Control: Stepless temperature knob enables continuous heating adjustment from low to high; intuitive and flexible control.
4. High Heating Efficiency: Built-in quality resistance wire for fast thermal response and uniform heating, suitable for long-term stable operation.

Technical Advantages

1. Stable Structure & Long Service Life: Cold-rolled steel shell resists deformation and ensures durability.
2. Safety Protection: Closed control panel design minimizes liquid corrosion risk.
3. Precise Temperature Control: Electronic regulation is more stable and accurate than mechanical controls.
4. Rapid Heating & High Efficiency: High-quality resistance wire reduces energy loss for efficient heating.
5. Easy Maintenance: Simple structure for convenient daily cleaning and upkeep.

Working Principle

Based on Joule’s law, the electric burner generates heat as current passes through a resistance wire wound on a high-temperature substrate. The wire heats quickly and transfers energy to the heating plate surface by radiation and conduction. Users adjust voltage and temperature via the front panel thermostat knob for precise power and temperature control. The inclined, enclosed panel protects internal circuits and offers ergonomic monitoring and adjustment.

Application Areas

1. Scientific research laboratories: Heating beakers, flasks, for evaporation, dissolution, drying, and reaction experiments.
2. Educational institutions: Common equipment for chemistry, biology, and environmental experiments.
3. Industrial testing: Sample or liquid pre-treatment heating.
4. Food inspection: Constant temperature heating and sample analysis.
5. Home or hobbyist use: Ceramics, metal heat treatment, and other manual operations.