Nano TiO2 + GO Sanitizer 1L | Powerful UV-Activated Virus & Bacteria Defense | Long-Lasting Protection

Product Description:

Main Ingredient:

Nano Titanium Dioxide (TiO₂) with Graphene Oxide (GO)

Features:

• Advanced Disinfection: Kills 99.9% of viruses, bacteria, and pathogens.
• UV-Activated Power: Activates with UV and visible light for continuous protection.
• Odor & VOC Removal: Effectively breaks down odors like formaldehyde, cigarette smoke, pet smells, and shoe odors, improving air quality for a fresher environment.
• Enhanced Efficiency: Graphene oxide boosts TiO₂ performance, extending coverage and durability.
• Non-Toxic and Safe: Ideal for surfaces, air, and safe for use around pets and people.
• Eco-Friendly: Decomposes pollutants, providing both cleaning and air purification.

Directions for Use:

1. Shake Well Before Use: Ensures even distribution of active ingredients.
2. Surface Disinfection: Spray directly on surfaces. Allow drying for long-lasting protection.
3. Air Disinfection: Use with atomizers or mist sprayers for wide-area sanitization.

Why Buy from Us:

• Quality Assured: Our product is SIRIM-tested for safety and effectiveness.
• Proven Formula: FDA-compliant ingredients combined with advanced materials science.
• Odor Control: Neutralizes VOCs like formaldehyde for fresher indoor air.
• Customer Support: Dedicated assistance for all inquiries and usage guidance.
• Eco-Conscious: Our formula is non-toxic, non-flammable, and environmentally friendly.

FAQ:

Q: How does this product work in low light?
A: The graphene oxide extends photocatalytic activity into visible light, making it effective even in low light.

Q: Can it remove odors like formaldehyde?
A: Yes, it breaks down odor-causing VOCs, including formaldehyde, improving air quality.

Q: Is it safe for sensitive environments?
A: Yes, it's non-toxic and safe to use around children, pets, and sensitive electronics.

Q: How often should I apply it?
A: Once applied, it provides lasting disinfection. Reapply as needed based on usage and exposure.