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＜8% H₂O₂ VHP Dry Fog Hydrogrn Peroxide Sterilizer Air Continuous Disinfection Device H₂O₂ Concentration Monitoring Probe Sporicide & Disinfectant

＜8% H₂O₂ VHP
Low Concentration. High Adaptability.

NaxSafe™ NAX-SVHP-M
We achieve a Log6 reduction (6-log spore kill) in space decontamination using hydrogen peroxide at a concentration not exceeding 8%.

NaxSafe™ NAX-SVHP-A
We achieve a Log6 reduction (6-log spore kill) in space decontamination using hydrogen peroxide at a concentration not exceeding 8%.

Dry Fog Hydrogrn Peroxide Sterilizer
Real Dry Fog. Ready to Deploy.

NaxSafe™ NAX-2000
Not every environment is suited for traditional vapor saturation approaches.

NaxSafe™ NAX-BOX
Small controlled environments often present disproportionate contamination risks.

Air Continuous Disinfection Device
For Occupied Spaces. Built for Daily Use.

NaxSafe™ NAX-ACC Series
The NAX-ACC is designed for continuous air disinfection and microbial control in pharmaceutical manufacturing areas, laboratories, food processing environments, hospitals, and other occupied indoor spaces.

H₂O₂ Concentration Monitoring Probe
Visibility For Every Cycle. Validate Better.

Hydrogen Peroxide Concentration Monitoring Probe
Reliable bio-decontamination requires more than vapor generation alone.

Sporicide & Disinfectant
Ready to Use, Ready to Trust.

Compound Hydrogen Peroxide Sporicide
Composition: 4% H₂O₂ + 0.2% Acetic Acid
Product Model: NAX-C1000, NAX-CS1000, NAX-CSS1000, NAX-C25000

Pure Hydrogen Peroxide Sporicide
Composition: 6% H₂O₂
Product Model: NAX-1000, NAX-S1000, NAX-SS1000，NAX-25000
Solutions
Food Processing Safety & Hygiene Biosafety Laboratories Pharmaceutical Manufacturing

Food Processing Safety & Hygiene
Food Processing Safety & Hygiene

Food Processing
Food hygiene standards such as HACCP, BRCGS, ISO 22000, and environmental monitoring programs are pushing many manufacturers to look beyond visible cleanliness alone. In modern processing environments, microbial stability is influenced by airflow, condensation, cooling systems, production rhythm, and personnel movement just as much as by sanitation procedures themselves.

Biosafety Laboratories
Biosafety Laboratories

Biosafety Laboratories
Laboratory contamination control rarely follows a fixed workflow. Biosafety guidelines, ISO cleanroom principles, HEPA-controlled environments, and institutional biosafety procedures all influence how microbial control is approached inside research facilities.

Pharmaceutical Manufacturing
Pharmaceutical Manufacturing

Pharmaceutical Manufacturing
Modern sterile manufacturing is being shaped increasingly by Annex 1, contamination-control strategy (CCS), and tighter expectations around environmental monitoring inside GMP facilities. Cleanrooms today are expected not only to remain compliant, but to maintain contamination-control consistency across increasingly complex production workflows.
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