The use of KIRSCH explosion-proof refrigerators in the laboratory field mainly revolves around the safe storage of flammable and explosive dangerous goods, especially suitable for the following scenarios:
1、 Core uses of KIRSCH explosion-proof refrigerator:
1. Storage of flammable and explosive chemicals
Applicable substances:
Volatile organic solvents.
Easy gas * steel cylinder.
Low flash point liquid, easily evaporates at room temperature to form explosive mixtures.
Security requirements:
Prevent solvent vapor from mixing with air to reach explosive limits.
Avoid electrical sparks, high temperatures, or static electricity that can cause explosions.
2. Storage of biohazardous materials
Applicable substances:
Biological agents such as virus samples, bacterial cultures, and active strains.
Flammable biological reagents.
Security requirements:
Prevent biological contamination or fire caused by electrical faults or temperature control failures inside the refrigerator.
Compliant with biosafety regulations.
3. Storage of special experimental materials
Applicable substances:
Flammable battery materials such as lithium-ion batteries and sodium sulfur batteries.
Metal powders (such as aluminum powder, magnesium powder) or self igniting substances that react with water.
Raw materials for certain polymer materials, such as nitrocellulose and epoxy resin.
Security requirements:
Control storage temperature to prevent thermal runaway.
Isolate oxygen or moisture to prevent chemical reactions from causing combustion.
KIRSCH Explosion proof Refrigerator Laboratory Application Scenarios:
1. Chemical laboratory
Organic synthesis and analysis:
Store a large amount of organic solvents to prevent vapor accumulation.
Cooperate with anti-corrosion shelves to avoid chemical corrosion.
Hazardous chemical management:
Comply with the Regulations on the Safety Management of Hazardous Chemicals, achieve "double person double lock" control, and use explosion-proof refrigerators as safe storage equipment.
2. Biological laboratory
Vaccine and strain storage:
Store temperature sensitive biological samples.
Explosion proof design prevents refrigerator malfunctions from causing fires and contaminating biological samples.
Infectious Substance Management:
Used for storing high-risk pathogens in BSL-2/BSL-3 laboratories to prevent cross contamination.
3. New Energy and Materials Laboratory
Battery research and development:
Store flammable battery materials such as lithium-ion batteries and sodium ion batteries to prevent explosions caused by short circuits or overheating.
Nanomaterial research:
Store highly active metal nanoparticles to avoid spontaneous combustion upon contact with air.