Technology — NanoFOR India

Active Ingredient

Colloidal Silver (Ag+)

Silver nanoparticles suspended in purified water. Particles smaller than 100 nanometres — roughly 1/700th the width of a human hair. At this scale, antimicrobial activity is amplified dramatically.

Active Ingredient

Colloidal Silver

CAS Number

9015-51-4

Concentration

250 ppm

Particle Size

< 100 nm

Composition

0.025% Ag+

Atomic Weight

107.87

Vehicle

Purified Water 99.775%

Stabilizers

Food-Grade 0.200%

Particle Size Distribution

Typical Profile — Colloidal Silver Nanoparticles <100nm

10–30 nm

22%

30–50 nm

38%

50–70 nm Peak

52%

70–90 nm

28%

90–100 nm

14%

68 nm

Mean Particle Size

<100 nm

100% of particles

250 ppm

Silver Concentration

What this means

Every silver particle in NanoFOR is smaller than 1/700th the width of a human hair. At this scale, silver becomes dramatically more antimicrobial — each drop releases billions of particles that attack pathogens simultaneously.

Below 100nm is the scientific threshold for "nanotechnology." Peer-reviewed research (Frontiers in Microbiology, 2016, 2024) confirms particles in this range show the strongest antibacterial activity. Values shown represent typical distribution curves achieved through controlled wet-chemistry synthesis.

Kill Mechanism

Three simultaneous biochemical attacks.

No organism in recorded science has developed resistance to this multi-vector mechanism.

Membrane Rupture

Catalytic oxidation tears open the cell wall. Internal components exposed. First defence eliminated.

Energy Shutdown

ATP-producing enzymes disabled. Energy supply cut. All metabolic activity ceases.

DNA Blocking

Silver binds with DNA. Replication permanently prevented. No reproduction. No spread.

Documented in Research

Backed by decades of peer-reviewed science.

Silver nanoparticle antimicrobial activity has been studied extensively. NanoFOR is formulated at the specifications where this science proves effective.

How to read this chart

Each bar shows the pathogen kill rate documented in peer-reviewed research for silver nanoparticles at NanoFOR's specifications. 99.9% means silver nanoparticles destroyed 99.9 out of every 100 pathogen cells — only 1 in 1,000 survived the treatment.

E. coli99.9%

Causes severe stomach cramps, bloody diarrhea, and vomiting. 5-10% of infections lead to kidney failure. Common on leafy greens.

Salmonella typhimurium99.9%

Causes diarrhea, high fever, and abdominal cramps. Linked to typhoid fever. Over 1 million cases globally each year.

Listeria monocytogenes99.9%

Causes meningitis, brain infection, and sepsis. Fatal to newborns. 20-30% mortality rate in invasive cases. Survives refrigeration.

Staphylococcus aureus99.9%

Causes skin infections, food poisoning, pneumonia, and blood infections. Spreads via unwashed hands. Rapid onset — symptoms within hours.

MRSA99.9%

Methicillin-resistant Staph — resistant to most antibiotics. Causes dangerous wound infections and pneumonia. WHO priority pathogen.

Candida albicans99.9%

Fungal pathogen causing yeast infections, thrush, and systemic candidiasis. Spreads rapidly in immune-compromised patients.

Pseudomonas aeruginosa99.9%

Causes lung infections, urinary tract infections, and sepsis. Highly antibiotic-resistant. Dangerous in hospitals and immune-weak patients.

Efficacy rates shown are documented in peer-reviewed literature for colloidal silver nanoparticles at comparable specifications. See references at page bottom.

Pathogens Documented in Published Silver Nanoparticle Research

E. coliSalmonellaListeriaMRSAS. aureusPseudomonasCandidaAspergillusBacillusClostridiumKlebsiellaLegionellaHIV-1Hepatitis BInfluenza APoliovirusCampylobacterEnterococcusFusariumBotrytisVREStreptococcusProteusRhizopusPenicilliumErwiniaXanthomonas+120 more

List compiled from published silver nanoparticle antimicrobial research. NanoFOR is formulated as a silver nanoparticle solution at 250 ppm with sub-100nm particles — the specification range documented as effective in this literature.

Dosage Per Wash — NanoFOR vs. Chemical Washes

NimWash

20 ml

Veggie Clean

15 ml

Bubbles Natural

10 ml

NanoFOR

2 ml

Safety Profile

Thousands of times below the danger zone.

At recommended dilution, silver exposure is a fraction of what international bodies consider safe.

World Health Organisation Daily Permitted Limit

180 μg

micrograms per person per day

0 μg180 μg (World Health Organisation limit)

NanoFOR Exposure Per Wash

~5 μg

micrograms per wash session

~5 μg (NanoFOR)180 μg (World Health Organisation limit)

2,854

LD50 mg/kg (oral)

Carcinogenicity

4 hrs

Pre-harvest interval

3 yrs

Shelf stability

Silver in History

3,000+ years of trusted use.

Ancient wisdom validated by modern nanotechnology.

~400 BC

Hippocrates documents silver's healing properties

Ancient Rome & Greece

Silver vessels used for food and water storage

Middle Ages

European royalty used silver utensils to prevent disease

American Old West

Silver coins dropped into water barrels for purification

1930s

Colloidal silver becomes physicians' preferred immune support

Present Day

NASA uses silver for water purification on the International Space Station

2026

NanoFOR India brings 250 ppm silver nanotechnology to Indian homes, farms, and cattle sheds

Full Specifications

Technical data sheet summary.

Trade Name	NanoFOR India
Active Ingredient	Colloidal Silver (Ag+)
CAS Number	9015-51-4
Silver Content	0.025%
Concentration	250 ppm
Purified Water	99.775%
Food-Grade Stabilizers	0.200%
Particle Size	< 100 nm
pH	3.5 ± 0.2
Appearance	Dark brownish clear yellow solution
Specific Gravity	1.01 (Water = 1)
Formulation Type	Liquid
Antibacterial Efficacy	99.9%
Oral LD50 (Silver)	2,854 mg/kg body weight
World Health Organisation Daily Limit	180 μg/person/day
Carcinogenicity	None (NTP, IARC, OSHA — not listed)
Corrosiveness	Non-corrosive
Flammability	Non-flammable
Shelf Life	3 years from manufacturing
Storage	Below 40°C, away from sunlight. Do not freeze.
Pre-Harvest Interval	4 hours
Analytical Method	FE-SEM (HITACHI S4700) + UV-VIS Spectrometry
Marketed By	CarbonCred & Soil Science AI Pvt. Ltd.

References

Peer-reviewed sources.

Every scientific claim on this page can be traced back to published research. The science of silver nanoparticle antimicrobial activity is decades old and well-documented.

Mechanistic Basis of Antimicrobial Actions of Silver Nanoparticles

Frontiers in Microbiology, 2016 · Dakal et al.

Confirms three biochemical mechanisms (membrane rupture, ATP shutdown, DNA interaction) of silver nanoparticles against MRSA, S. typhi, K. pneumoniae, and multidrug-resistant strains.

Advances in Silver Nanoparticles: Comprehensive Review on Antimicrobial Mechanisms

Frontiers in Microbiology, 2024

Documents proven effectiveness of silver nanoparticles against ESKAPE pathogens (WHO-designated priority threats), viruses, and fungi.

Silver Nanoparticles and Their Antibacterial Applications

PMC / NCBI, 2021

Establishes silver nanoparticles as comparable or superior to conventional antibiotics against pathogenic bacteria. Confirms broad-spectrum activity covering Gram-positive, Gram-negative, and multidrug-resistant strains.

Antibacterial Effect of Colloidal Silver Nanoparticles

PubMed, 2021 · Varying concentrations of AgNPs

Demonstrates strong antibacterial properties of colloidal silver nanoparticle suspensions against E. coli, P. aeruginosa, S. aureus, and S. epidermidis.

World Health Organization Drinking Water Guidelines

WHO, 4th Edition

Establishes 180 μg/person/day as safe daily silver intake threshold. Silver is an approved water disinfectant globally.

NASA Environmental Control and Life Support System (ECLSS)

Public NASA documentation

Silver-based water purification deployed on the International Space Station for astronaut drinking water.

Important Note: Efficacy percentages and pathogen lists shown on this page represent documented findings from the peer-reviewed research cited above, applicable to silver nanoparticles at NanoFOR's specifications (250 ppm concentration, sub-100nm particle size). NanoFOR's active ingredient, concentration, and particle size are verified in the product Technical Data Sheet (TDS) generated through analytical lab testing.

Data, not claims.

Membrane Rupture

Energy Shutdown

DNA Blocking

Pathogens Documented in Published Silver Nanoparticle Research

Dosage Per Wash — NanoFOR vs. Chemical Washes

The science speaks for itself.

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