Grade Standard Industrial Zinc Oxide Nanoparticle, Zinc Oxide Nanoparticle manufacturing and supplier, Packaging Type Box

Brand: Adnano

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Box Adnano Round

₹ 990.00

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Technical Specifications

Parameter	Value
Form	Granules
Brand	Adnano
Grade	Technical Grade
Shape	Round
Grade Standard	Industrial
Packaging Type	Box
Shell Thickness	140 mm
Packaging Details	Cold packaging

Product Description

Adnano technologies zinc oxide nanoparticles nanoparticles are produced through multi, Points of quality checks. Advantages of zinc oxide zno nanoparticles 1. Antimicrobial properties effective against a extensive selection of bacteria, Viruses, And fungi. 2. Uv protection useful in, Strong uv, Blocking abilities sunscreens and protective coatings. 3. Elevated surface dimensions increased reactivity and productivity across multiple uses 4. Optoelectronic properties suitable intended for utilization in leds, Sensors, Along with various gadgets devices. 5. Safe for biocompatible applications in biomedical applications like medication distribution and wound healing. 6. Photocatalytic activity efficient in breaking down pollutants and organic compounds under uv light. 7. Thermal conductivity enhances heat dissipation in electronic devices. 8. Enhanced durability is achieved the durability of materials when functioning as an additive. 9. Cost, Effectiveness relatively inexpensive and effortless to produce. 10. Versatility applicable across a diverse selection including cosmetics, Of industries, Electronics, And environmental remediation. These benefits create zno nanoparticles essential for numerous technological and industrial applications. Applications zinc oxide zno nanopowder feature a diverse variety of uses becautilization of their distinctive properties. 1. Sunscreens and cosmetics provide uv protection and enhance product stability. 2. Antimicrobial agents applied in surface and medical, Finishes textiles devices to prevent microbial growth. 3. Electronics utilized in leds, Sensors, Transistors, And varistors due to their optoelectronic properties. 4. Utilized in biomedical fields wound healing, For medication, And biosensors administration systems. 5. Environmental remediation employed in photocatalysis to degrade pollutants and organic compounds in a fluid and air. 6. Rubber and plastics improve mechanical toughness along with the lifespan of materials. 7. Paints and coatings enhance antimicrobial properties, Uv resistance, And durability. 8. Energy storage utilized in energy storage devices like batteries and supercapacitors to improve performance and efficiency. 9. Ceramics enhance thermal and physical characteristics of ceramic products. 10. Food packaging provide antimicrobial protection and extend the shelf life of packaged foods.