Specifically designed as a special anhydrous heat transfer medium for hazardous synthesis processes such as Grignard reactions, Friedel-Crafts reactions, and nitration reactions, as well as superconducting heat transfer, vacuum distillation, and FD freeze-drying ultra-low temperature cryogenic systems. With the core design concept of 'zero free water', it fundamentally eliminates side reactions, explosion risks, and product contamination caused by moisture, providing ultimate safety protection for high-risk operating conditions.

Water-free safety:Completely eliminate free water to avoid water-sensitive side reactions and explosion hazards in hazardous syntheses, ensuring product purity.
Ultra-low temperature performance:The freezing point is as low as below -120°C, maintaining excellent fluidity and superconducting-level heat transfer efficiency even in ultra-low temperature environments.
Chemical stability:It does not react with reactants or equipment materials; it is non-flammable, low-toxicity, and non-corrosive.
System compatibility:It is compatible with fully sealed systems and meets the requirements of cutting-edge processes such as superconducting heat transfer, vacuum distillation, and FD freeze-drying.
Hazardous synthesis processes (Grignard reactions, Friedel-Crafts reactions, nitration reactions, etc.)
Superconducting heat transfer system
Vacuum distillation unit
FD (freeze-drying) ultra-low temperature cryogenic system

Model: ZL-5B
Freezing point: ≤-120°C
Moisture content: No free water
Flammability: Non-flammable
Toxicity level: Low toxicity
Corrosiveness: Non-corrosive
System compatibility: Suitable for fully sealed systems
For your specific hazardous synthesis processes or ultra-low temperature cryogenic requirements, the technical team at Honjo Chemical can provide one-on-one refrigerant selection and customized solutions. Consult us now to obtain a dedicated technical evaluation and sample testing services.