stainless steel plate
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Heating & Cooling Equipment
400℃ Laboratory Electric Hotplate Rapid Heating Safe Use
The stainless steel laboratory electric hotplate provides fast, uniform heating without open flames, ensuring safe and reliable operation. Its cold-rolled steel shell with electrostatic powder coating offers corrosion resistance and durability. Ideal for laboratories, chemical experiments, research, and educational settings, it delivers precise temperature control for various applications. Elegant in design, this electric heating plate combines modern aesthetics with efficient heating performance, making it a practical tool for professional lab use.
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Heating & Cooling Equipment
800 ml Magnetic Hot Plate Stirrer for Laboratory Heating Use
The Heating Magnetic Stirrer provides fast and uniform heating with precise temperature control for laboratory experiments. Its 0.8L stainless steel pot supports water or oil baths, while a strong magnetic stirrer bar ensures thorough mixing. Equipped with a PID temperature controller, DC permanent magnet motor, and external PT100 sensor, it delivers stable speed, low noise, and reliable temperature measurement. Ideal for colleges, research labs, chemical, medical, environmental, and petroleum applications, this stirrer ensures efficient and safe sample processing.
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Heat Exchangers
Heat Exchangers Efficient Plate Heat Exchanger, Energy Saver
This Plate Heat Exchanger is a highly effective Heat Exchanger solution optimized for thermal management and energy saver purposes. Functionally, it uses corrugated metal plates assembled together to create channels, allowing two fluid streams to exchange heat rapidly without mixing. This configuration achieves extremely high thermal efficiency and a compact footprint. It is widely used in diverse scenarios, including optimizing central heating and HVAC systems, conducting pasteurization in the Food and Beverage industry, and performing process cooling and waste heat recovery in the Chemical and Power Generation sectors. Technologically, it features a gasketed or brazed plate structure, uses SUS304/316 stainless steel or specialized alloys for the plates, and relies on the narrow, turbulent flow created by the chevron pattern for efficient heat transfer.
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