Small steam boilers are widely used in laboratories, mainly to provide steam to meet the experimental requirements such as heating, digestion and sterilization. Laboratory small steam boilers are usually electric heating steam generators. They convert electrical energy into thermal energy by means of electric heating elements to heat the liquid water in the furnace chamber. After absorbing heat, water rises to its saturation temperature and then vaporizes to form water vapor.
Features
Clean and pollution-free: The all-electric heating process has no combustion products. When used in combination with pure water or deionized water as feed water, it can produce high-purity steam, avoiding contamination of experimental samples.
Compact structure: It adopts a vertical or horizontal integrated design, occupies a small area, and can be directly installed near the laboratory bench or in a dedicated equipment room.
Fast response: The electric heating method has a small thermal inertia, and the time from startup to the production of stable pressure steam is short, which can meet the intermittent and sudden steam demand in the laboratory.
Precise control: Equipped with high-precision pressure sensors and water level sensors, combined with PLC or microcomputer controllers, it can achieve stable steam pressure output and automatic regulation, as well as precise water level control.
Safe and reliable: It features a one-button start and stop function, fully automatic operation process monitoring, and is equipped with multiple safety mechanisms such as overpressure relief, low water level dry burning protection, and leakage protection.
Applicable scenarios
Sterilization and disinfection: Provide steam for small autoclaves, biosafety cabinets, etc., for sterilizing culture media and experimental instruments.
Other applications: It can also be used in some processes that require steam assistance, such as cleaning and humidification, as well as in small-batch sample processing and auxiliary heating of chemical reaction vessels.