PATHOGEN TRANSMISION THROUGH FOMITES:

Counters, Ticket Machines Luggage etc.

The Science

AM

OH

HOO

OO

OH 𝛿+

𝛿-

Active agent is strongly bonded with the substrate resulting in excellent durability

Interactions betweencell membrane of the microbe and the active agent causes the interruption of all essential functions of the cell membrane and consequently, the cell membrane gets ruptured and destroys the microbe.

The Si-Quat coating binds silane molecules to any surface creating a

transparent coating with anti-microbial properties. The positively

charged nitrogen atom attracts negatively charged microbe

membranes. A long molecule chain of Carbon penetrates the

membrane and exposes the RNA of the virus which kills the microbe and renders it inert.

Kills microbe on contact

Microbe

Microbe docks

Microbe destroyed

+ ++++ +

Fibre

Microbe

The Technology

CURRENT COMPETITIVE PRODUCT: MECHANISM OF ANTI-MICROBIAL ACTION OF Silane-

QUAT

Source: Guangdong Detection Centre of Microbiology, ChinaSource: Mirco-Chem Laboratories USA (in house test)

Test Method – ISO 18184: 2014 (E)

H1N1 Influenza Virus

H1

N1

In

flu

en

za V

iru

s

0 hrs 2 hrs0

100%

>99%reductio

n

Antiviral Activity OdorCorynebacterium xerosis, Staphylococcus hominis

0 hrs 24 hrs

Mild

Strong

Antimcrobial fibres by Birla Cellulose Regular VSF

Non-irritant to the skin. As per study conducted on New Zealand White Rabbit as per ISO 10993 – 10:2010 (E)

Time Time

Od

or

80%

60%

40%

20%

The Technology

ANTI-VIRAL ACTION OF Silane-QUAT

Staphylococcus Aureus Klebsiella Pneumoniae

Inoculated Sampleat 0 hrs. (B)

Inoculated Sampleat 24 hrs. (A)

Time

0

50000

100000

150000

200000

250000

No

. of

Bac

teri

a p

er s

amp

le(C

FU/m

l)

Inoculated Sampleat 0 hrs. (B)

Inoculated Sampleat 24 hrs. (A)

Time

0

50000

100000

150000

200000

250000

No

. of

Bac

teri

a p

er s

amp

le(C

FU/m

l)

ANTI-MICROBIAL ACTIVITY OF Si-QUAT

Antimicrobial fibres by Birla Cellulose Regular VSF

Antimicrobial fibres show more than 99% antimicrobial activity,whereas regular VSF has shown no antimicrobial activity

Source: Intertek Lab, India

Test methods – AATCC 100 : 2012 | JIS L 1902 : 2015 || ISO 20743 : 2013 | ASTM E 2149 – 13a

➢ A revolutionary technology that is made with an EPA registered & approved Nano Silver Encapsulate.

➢ The encapsulate provides continuous and consistent elimination of odor causing bacteria, viruses, mold & mildew for the life of the product.

➢ Our Anti-microbial Product is safe, natural, sustainable and eliminates mold, mildew, bacteria and viruses on any surface sprayed on.

➢ Products available for: Hard and soft surfaces, fumigation, sports equipment sanitizer and deodorant, hand sanitizer, computer/electronics and phones, automobiles, beds and furniture, toilet sanitizer, mask refresher and many more applications.

OUR KEY INGREDIENT: MECHANISM OF ACTION OF

NANO-SILVER

OUR KEY INGREDIENT: MECHANISM OF ACTION OF

NANO-SILVER

Silver Ions Turn Microbes into Zombies

Our tArgeCideTM is an efficient dual-weapon

killing system utilizing:

❖ tArgeCideTM (SiQuAg)is a unique combination

of our efficient encapsulated nano-silver and

SiQuat/Quat as surfactant;

❖ tArgeCideTM significantly increases the “Zeta”

potential of silver enhancing it stability and

activity;

❖ The Si-Quat coating binds silane molecules

and with it our nano-silver to any surface

creating a transparent coating with anti-

microbial properties; and

❖ The formulation also creates a dual, highly

efficient biocidal machine: 1) efficient contact-

killing of bacteria and viruses by Si-Quat; and

super efficient distance killing by stabilized

and anchored nano-encapsulated silver.

0

20

40

60

80

100

120

0 10 20 30 40 50 60 70

% L

og

Red

uct

ion

Dwell time in minutes

Efficacy Studies of tArgeCideTM at Different Concentration in Escherichia coli Challenge Studies

5 PPM

20 PPM

50 PPM

100 PPM

CHALLENGE INNOCULUM (CFU)-2X108 : Study shows 99.99% elimination of

bacterial load within 5-10 minutes of dwell time.

0

20

40

60

80

100

120

0 10 20 30 40 50 60 70

% o

f Lo

g R

edu

ctio

n

Dwell Time in Minutes

Efficacy Studies of tArgeCideTM at

Different Concentration in Staphylococcus aureus Challenge Studies

5 PPM

20 PPM

50 PPM

100 PPM

CHALLENGE INNOCULUM (CFU)-3X108:

Study shows 99.99% elimination of bacterial load within 5-10 minutes of

dwell time.

0

20

40

60

80

100

120

0 10 20 30 40 50 60 70

% L

og

Red

uct

ion

Dwell Time in Minutes

Efficacy Studies of tArgeCideTMat

Different Concentration in Pseudomonas aeruginosa Challenge Studies

5 PPM

20 PPM

50 PPM

100 PPM

CHALLENGE INNOCULUM (CFU) -4X108

Study shows 99.99% elimination of bacterial load within 5-10 minutes of

dwell time.

0

20

40

60

80

100

120

140

0 20 40 60 80 100 120 140 160 180

% o

f Lo

g R

edu

ctio

n

Dwell time in hours

Challenge Studies using tArgeCideTM

Coating at 20 PPM Concentration on Bacillus subtilis

Control

20 PPMStudy shows 99.99% elimination of bacterial load within 20 minutes of dwell time on exposure to our coating versus control

FeaturestArgecide™

Products

Leading

BrandstArgeCide Benefitts

EPA Toxicity Rating for

NanoAgIV II

Ideal for use around children and animals (IV is the

lowest rating)

Kills MRSA 2 min N/A Great protection against Staph

Standard Bacteria Kill Time 30 sec 10 min Fast kill times

Fungal/Virus Kill Time 30 sec-10 min 10 min Fast results

Residual 24-hour

Protection*Yes No Reduced labor costs

Rinsing Required No Yes Easy to apply/Reduced labor costs

Irritating Fumes No Yes Odorless/Pleasant to use

Skin Irritation No Yes Preferred when used near humans and animals

Flammable No Yes Preferred when used near humans and animals

Stains/Damage Fabric No Yes Reduced collateral damage costs

Corrosive No Yes Reduced collateral damage costs

tArgeCideTM Comparison with

Other Disinfectants

Anti-microbial & Odor Eliminating

tArgeCideTM Products: Long Term Risk-Free

Protection

We have products for use on washable and non-washable/ multi-user articles to eliminate microbes including viruses:

– Buses/ Vehicles,, Aircrafts– Airline Seats and Seat Covers– Car Seats/ Covers– Hospital and Hotels– Homes– Kitchens & Restaurants– Sports & Exercise Equipment– Footwear– Furniture, Carpets, Drapes, Linen etc.– Bathrooms, Fixtures, Flooring/ Walls etc. – Movable fomites including Back Packs, Computers & Computer Bags, Phones– Sanitizing and disinfecting wipes– Non-alcoholic Hand Sanitizers

CONFIDENTIAL

❖ We have products for use on Buses/ Vehicles, Trains, Aircrafts, Airports, large Venues/ Office Spaces to eliminate microbes including viruses, bacteria, fungi & yeast.

❖ Our high-end applicator technology allows doe super-efficient, rapid coating minimizing cost of materials and labor while improving coating efficiency.

Microbial Ionic Shield Against Virus & Bacteria: Long Term Risk-Free

Protection

Our State-of-the-Art Coating Technology for Cost Effective Long-term Protective Coating

• Patent-pending electrostatic dronetechnology

• Electrostatically charged particles achieve a 75x value greater than the force of gravity

• Maintains a particle charge 100x longer than existing technologies

• Internally fabricated components to account for any changes in environmental condition

• Autonomous 3D topographical mapping

• FAA certified satellite guidance• Indoor/Outdoor sanitization

capabilities with 20acres/ per hour

Our State-of-the-Art Coating Technology for Long-term Protective Coating and Sanitization of Large Areas

THE END