A persistent,retentive,durable,Non-toxic,non-migrating broad spectrum antimicrobial.Suitable for all porous and non porous, & rigid-flexible surfaces. Applied on Textile, Garments, Metal, Plastics, Polymers, Ceramics, Rubber, Leather, Glass, Porcelain, Wood, Grouting compounds, Sand, Carbon black, Cement surfaces, Paints, Coatings,Resins, Master batches.

3. Part I : The first part of the molecule is the silane base. This
silane base is the antimicrobial anchor. The antimicrobial is
anchored by covalent bonds which are formed gradually
through hydrolysis reactions that bond the antimicrobial
permanently to almost any surfaces and allow for
crosslinking and polymerisation with other molecules
Part II : The second part of the molecule is the centrally
located positively charged nitrogen. It plays an important
role in the active nature of the antimicrobial. Some
membranes of microbes are negatively charged; when in
close proximity, the microbes are drawn into the active
surface of the antimicrobial and
Part III : The third segment is the edge that leads to blow in
the offending microbes. This long molecular chain acts like
a sword that punctures the cell membranes of all microbes
coming in contact with it. When a microorganism comes in
contact with the treated surface, the C-18 molecular sword
punctures the cell membrane and the electrical charge
shocks the cell. As the microbe is further drawn into the
antimicrobial, it is electrocuted
How does the Saniguard-7500 technology work?

4. Sword That Punctures
The Cell Membrane Of All Microbes

5. Sword Puncture & protects surface
Since nothing is transferred to the now dead cell, the
antimicrobial doesn’t lose strength and the sword is ready for
the next cell to contact it. The active layer remains intact,
efficacious and ready for the next cell that approaches
How does the Saniguard-7500 technology work?
What is the purpose of the silane portion of the
molecule?
Silanes are extremely efficient bonding agents that can be
coupled to other molecules and then used to permanently
bond those molecules to a target surface.
Our antimicrobial silane modifies virtually any surface
and transforms it into a material that will not support
microbial growth.

6. How does the Saniguard-7500 technology work on surfaces? :
Saniguard-7500 forms a molecular bond to the surface. The molecule disrupts the
cell membranes of harmful fungi and bacteria, inhibiting, reducing and providing
long-term, residual kill
The active ingredient in SANIGUARD-7500 Antimicrobial forms a colorless,
odorless, positively charged monomer which molecularly bonds to the treated
surface. You could think of it as a layer of electrically charged swords. When a
microorganism comes in contact with the treated surface, the quaternary amine
"sword" punctures the cell membrane and the electrical charge "shocks" the cell.
Since nothing is transferred to the now dead cell, the antimicrobial doesn't lose
strength and the "sword" is ready for the next cell to contact it. In order for
SANIGUARD-7500Antimicrobial to continue its effectiveness, normal cleaning of
treated surfaces is necessary. Dirt buildup, paint, dead microbes, etc. will cover the
treatment prohibiting it from killing microorganisms.

7. Yes and no. The Saniguard-7500 active ingredient is an organofunctional silane, but
part of the molecule is a quaternary compound. Unlike traditional quats, which have
a limited kill spectrum, the Saniguard-7500 technology provides long-term
protection and controls a wide range of microorganisms including bacteria, fungi,
algae, virus and mold.
Is Saniguard-7500 a quaternary compounds?
What is the difference between bacteria and virus?
The major differentiation between bacteria and viruses lies in their cell structure and
their response to medications. While the bacteria are single celled living organism
capable of reproducing and multiplying, less than 1% of bacteria cause disease. Most
are beneficial for our good health and the health of Earth’s ecosystems and can be
treated by antibiotics and vaccines. Viruses on the other hand are organic structures
that have an RNA covered with lipid fat. They require a host organism for the
production of viral coats and hence are quick in transmission from air to surface and
surface to surface. They are very harmful to human beings and can multiply very
swiftly. The primary approach to prevent viral infections is by vaccination and
antivirals. Antibiotics are not very effective in treating a viral infection

8. Virus

9. Is Saniguard-7500 effective against all bacteria, human coronavirus,
all other viruses, fungus, algae, and mold?
Saniguard 7500 is effective against gram positive and gram negative bacteria, virus,
fungus, algae, yeast, protozoa & mold.
It is effective against bacteria, microbe such as, Staphylococcus aureus (Staph)*,
Klebsiella pneumoniae*, Pseudomonas aeruginosa (Pseudomonas) , Salmonella
enterica (Salmonella), Escherichia coli (E.coli), Streptococcus pyogenes (Strep),
Staphylococcus aureus Methicillin-Resistant (MRSA), Staphylococcus aureus, Multi-
Drug Resistance, and viruses like Influenza Type A/Brazil Influenza (H1N1),
Adenovirus Type 5 (Adenovirus), Human Coronavirus (MERS), Hepatitis B Virus,
Hepatitis C Virus, Herpes Simplex Virus Type 1, Herpes Simplex Virus Type 2, HIV-1
(the AIDS Virus), Respiratory Syncytial Virus (RSV), Vaccinia (Pox Virus), Norwalk
Virus (Norovirus).
Mold
Algae
Fungus
Yeast

10. What is the basic difference between cleaning, sanitizing and disinfecting?
Cleaning involves removal of visible debris, dust/ dirt and grime from a surface,
by washing, scrubbing and rinsing. Cleaning is suitable for low risk surfaces
where the possibility of transmission is low. Sanitizing a surface makes that
surface hygienic or free of visible pollutants by reducing the occurrence and
growth of bacteria, viruses and fungi. Disinfecting kills the germs, bacteria and
viruses from surfaces that are likely to harbor pathogens. It is appropriate for
frequently handled surfaces. While sanitizing is more advisable than cleaning
alone for the reduction of pathogen populations on various surfaces, only
disinfecting eliminates or destroys the microscopic organisms.

11. There are various types of sanitizers/ disinfectants available in the market, depending
upon the surface to be treated, usage and purpose. The most common are as follows:
Alcohol based:
 Alcohols are commonly found in hospital hand sanitizers. Ethanol and isopropyl
alcohol are the two most commonly used compounds, usually in 60-90% solutions (by
volume).
 Advantages & disadvantages: Alcohols are effective against a range of microorganisms,
particularly bacteria. However, they don’t affect bacterial spores and some viruses, and
don’t penetrate organic protein material, so aren’t particularly useful for sterilization.
Additionally, they require a long contact time with the surface in order to be effective, and
this is sometimes difficult to achieve as they evaporate easily!
Halogen releasing
 Halogen-releasing compounds are found in household bleach. Iodine can be used to
help disinfect the skin and prevent infections.
 Advantages & disadvantages: Iodine solutions can cause staining and irritation when
applied to the skin; however, iodine tinctures, which suspend the iodine in a carrier, can
help reduce this. They are inactivated by protein-containing materials, so don’t work as
well in the presence of organic material.
Peroxygens
 Commonly used for sterilization, particularly of surgical tools and surfaces, and
antisepsis.
 Advantages & disadvantages: The breakdown products of peroxygen compounds are
environmentally-friendly: for hydrogen peroxide, water and oxygen are produced, whilst
What are the types of sanitizers and disinfectants available in the market
and what are their pros and cons?

12. peracetic acid creates oxygen and acetic acid as decomposition products. Their instability
does mean that stabilizers sometimes need to be added to solutions, however. Their
effectiveness wanes at low concentrations.
Phenolics
 Commonly used to disinfect surfaces in hospital and laboratory settings, and they are
contributors to the characteristic hospital smell. They are active ingredients of many
commercial products like Dettol (Chloroxylenol) etc.
 Advantages & disadvantages: Phenol is no longer used as a disinfectant due to its toxicity
and carcinogenicity. Skin absorption and irritation is still a possibility with the other
compounds still currently used. They don’t kill bacteria spores, and the presence of organic
material can decrease their effectiveness. Chloroxylenol is not significantly toxic to humans,
is practically non-toxic to birds, and is moderately toxic to freshwater invertebrates
Biguanides
 Chlorhexidine gluconate is often used in antiseptic creams, mouthwash etc. It is key
ingredient of SAVLON. It can also be combined with alcohols for skin antisepsis during
.  Advantages & disadvantages: Due to their low toxicity, biguanides can be used to treat
wounds and in mouthwash. However, they’re not particularly efficient against many
viruses. Though they are quite slow-acting, they do have some residual activity, unlike
alcohols.
Quat based
 Quats are proven to be safe to the surface and also to the environment if leached.
 They are found to be having broad spectrum antimicrobial and anti-viral efficacy.
Specifically, EPA has identified and listed silane modified cationic quats which are non-
leaching and having ability to be scrub resist and hence long lasting effect.
What are the types of sanitizers and disinfectants available in the
market and what are their pros and cons? (Contd)

13. Conventional products like disinfectants, sanitizers and bleaches, penetrate living cells and
kill by way of poisoning the organism or disrupting a vital life process. They are designed
to act quickly and dissipate quickly. Most commercial antimicrobials used for treating
surfaces do an adequate job of killing bacteria and fungi, although most have a limited
range of effectiveness.
Saniguard 7500 is based on advanced silane chemistry : the organo silane technology is
proven to be very effective
It is a is the next generation retentive “ anti-microbial ” technology that works on all
surfaces with the added benefit of applying through water solution
The Saniguard-7500 technology takes a totally unique approach. It provides an effective
initial microbial kill when applied, but, unlike the conventional methods, it also provides
long-term control of growth on treated surfaces, often for the life of that surface. The
surface itself is modified to make it antimicrobially active.
It can produce a durable, non-migrating antimicrobial finish to a wide range of textiles.
SANIGUARD-7500 can form an invisible and durable micro-biostatic coating on a broad
range of hard surfaces.
The physical, rather than chemical, mode of action of SANIGUARD-7500 does not affect
normal skin flora, does not lose strength with use and does not promote adaptative
organisms (super bugs)
What is the difference between the Saniguard-7500 products and other
antimicrobials on the market?(contd)

14.  The common disinfectant used today is Sodium Hypochlorite which is available as 10-
12% active and price around Rs. 10/ liter. The cost per liter at 0.7% concentration
dosage (as recommended by WHO) is 60 paise/ lit. If the treatment is done almost every
day, the cost for the entire month works out to Rs. 18/ liter. To this, one has to add the
daily labor cost for treatment which would by far exceed the material cost
 On the other hand, though “Saniguard-7500” is priced at Rs 1700/ liter for a 40%
active product, still proves to be cost effective. The 1% dosage application cost with
“Saniguard-7500” would be around Rs. 17/ liter for the month with only an additional
onetime application cost of labor.
 Presuming both the products would have the same surface area coverage per liter, as
the frequency of application is drastically reduced in Saniguard-7500, the overall cost of
application turns out to be lower. This apart, the product is odor free, does not cause any
skin or eye irritation during application and provides excellent antimicrobial and anti-
viral protection.
The approximate surface coverage for Saniguard-7500 solution prepared as per
guidelines in brochure.
 Saniguard-7500 - 1-liter solution can cover 500 sq meters
Please note: The solution can be sprayed on varied substrates which have different
absorption rates e.g. Tiles will have low absorption and more coverage and brick wall
will have more absorption and less coverage. Moreover, the droplet size depends on
the applicator/sprayer. Hence the above coverage details given are approximate.
Why should I pay a higher price for a 40% active product?
What is the surface area coverage for Saniguard-7500

15. Mold spores are always in the air ready to colonize upon a surface and grow in mass
numbers. It can grow comfortably in temperatures from 0 to 100 degrees Fahrenheit. In
lower temperatures mold can become dormant - but still survive. Sensitivity to mold is
a significant cause of allergic diseases. Allergies, arthritic-like aches, asthma, bloody
noses, chronic headaches, coughing “crawly” feeling skin, depression, dizziness,
stuffiness, epileptic-like seizures Fatigue, equilibrium or balance loss, flu-like
symptoms, lung irritation, loss of memory, irritation of the eyes, nose or throat, loss of
hearing, loss of eyesight Nausea, restlessness, runny nose, sinus congestion, skin
rashes, sneezing, trouble breathing, unexplained irritability, upper respiratory distress
and studies have linked mold to the tripling asthma rate over the past 20 years.
Mold Dangers & health problems associated with toxic mold
How does Saniguard 7500 Antimicrobial technology works on Mold?
A: The active ingredient in Saniguard 7500 antimicrobials forms a colorless, odorless,
positively charged polymer, which chemically bonds to the treated surface. You could
think of it as a layer of electrically charged swords. When a microorganism comes in
contact with the treated surface, the quaternary amine sword punctures the cell
membrane and the electrical charge shocks the cell. Because nothing is transferred to
the now dead cell, the antimicrobial doesn’t lose strength and the sword is ready for the
next cell to contact it. Note that in order for Saniguard 7500 antimicrobials to continue
their effectiveness, normal cleaning of treated surfaces is necessary. Dirt buildup, paint,
dead microbes, etc. will cover the treatment, prohibiting it from killing microorganisms

16. No. Saniguard-7500 do NOT contain any heavy metals like Tin, arsenic, silver, zinc and
copper are often used in other antimicrobials.
Does Saniguard 7500 contains heavy metal?
No. Since the antimicrobial is permanently bound to the surfaces it protects, it does not
leach from the fabric to the skin or into the environment. Extensive toxicological testing
shows the antimicrobial does not cross the skin barrier. In fact, SANIGUARD-7500 is safe,
that it is used on baby nappies to prevent nappy rash.
The Saniguard-7500 active ingredient is 3-trimethoxysilylpropyloctadecyldimethyl
ammonium chloride.
Will this technology adversely affect the skin or environment?
What is active biocide in Saniguard 7500?
Can the Saniguard 7500 be used on porous and non-porous surfaces?
Yes – it can be used on all surfaces, both porous and non-porous. This is a
tremendous advantage over disinfectants which are only approved for hard, non-
porous surfaces

17. For Soft Furnishing: For soft furnishing
Spraying, Fogging, Dipping, Brushing or wiping
For textiles like curtains or upholstery: Exhaust (soaking)
Is there any special kind of training applicators required?
The Saniguard-7500 is applied in aqueous solution and can be inserted into almost
any wet process during manufacturing at the mill. They can also be applied to
finished goods. The antimicrobial is easily integrated into most jet, pad, and batch
processes. The antimicrobial is cationic so it mixes well with other cationic and
nonionic finishes (most softeners) and performs well in the same bath.
For Hard surfaces: Saniguard-7500 can be treated on any hard surfaces by either
fogging, wipe down, soaking or paint rolling on the target substrate.
How is the treatment applied? For Soft furnishing and for hard surfaces?
Do we have to apply rollers or any specific dusters?

18. For hard surfaces:
Clean the solid surfaces with mild detergent and water before spraying Saniguard 7500
solution.
Spray the solution on surfaces using a high-pressure mist sprayer/fogger only with
dilution to ensure the deposition of finer atomized droplets and better surface coverage.
Before mist spray check the effect and re-wetting on a small trial area before proceeding.
If you experience a sticky surface then increase the dilution and after misting hand
mopping should be done.
For very smooth granite, marble, Kota stone, SS surfaces, and smoothly coated walls,
application with hand mopping is recommended.
High-pressure mist sprayer/fogger/hand mopping is recommended for exterior
application & For interior application fogger, roller & hand mopping is recommended.
Allow the treated surface to dry at room temperature overnight . The treated surface now
has a retentive disinfectant layer.
Note Saniguard 7500 active has reactive Silane quat and forms a bonded protective
structure on the surface to be coated. Hence always do a trial with the suggested
applicator and method before usage.
Use facemask, goggles and gloves before applying the product
What is the dilution for absorbent and non-absorbent surfaces per litre?
Also specific active % details mentioned in your chemical dilution?
1-2.5% active solution( Our product Saniguard 7500 is 42% active)

19. How is the treatment applied? For Soft furnishing and for hard surfaces?
Do we have to apply rollers or any specific dusters?

20. What preparation is required while applying treatment?
Clean the solid surfaces with mild nonionic detergent and water before
spraying Saniguard 7500 solution to remove dirt & contamination.
What does the application process entail before and treatment?
Cleaning the surface to remove dirt . Before mist spray check the effect and re-wetting on
a small trial area before proceeding. If you experience a sticky surface then increase the
dilution and after misting hand mopping should be done.
After application allow the treated surface to dry at room temperature overnight . The
treated surface now has a retentive disinfectant layer.
What should Saniguard 7500 be applied on surfaces
Sponge , roller, fogger, spray can be used
The water based product can be applied by trigger sprayer, pump up sprayer,
back pack sprayer and electrostatic sprayer.

21. How should a contaminated surface be pretreated ?
If the surface is contaminated clean the surface from dirt & dust if contaminated by
using mild detergent and water, brushing or scrubbing before application of Saniguard
7500
What should be the cleaning methods of surface post coating treatment,
any specific preventions required?
Regular cleaning with nonabrasive nonionic detergents does not impact the antimicrobial
properties.

22. What are the basic do’s and don’ts before and after coating service
treatment?
Do’s
Cleaning the surface to remove dirt .
Before mist spray check the effect and re-wetting on a small trial area before
proceeding.
If you experience a sticky surface then increase the dilution and after misting
hand mopping should be done.
After application allow the treated surface to dry at room temperature overnight .
The treated surface now has a retentive disinfectant layer.
It surface is contaminated clean the surface from dirt & dust if contaminated by
using mild nonionic detergent and water, brushing or scrubbing before application
of Saniguard 7500
Don’ts
Do not apply products on contaminated surfaces.
Do not clean the surface post application with anionic detergent , with abrasive
cleaners or scrubbers.

23.  Increasing the concentration beyond what is prescribed may lead to a sticky surface;
hence it is advisable to follow the recommended dilution
 Before mist spray check the effect and re-wetting on a small trial area before proceeding.
If you experience sticky surface, then increase the dilution and quickly mop after misting.
 For very smooth granite, marble, Kota stone, SS surfaces and smoothly coated walls,
application with mopping is recommended
Will increasing the concentration of the solution against the prescribed
dose, have any negative impact?
Any possibility to increase/ decrease the durability of Saniguard-
7500 from 90 days.
90 days durability is for high touch surfaces , on surfaces which are not touched
frequently , the antimicrobial protection is between 180-360 days.
You can increase durability above 90 days by using higher concentration.
Any specific chemical available for sensitive and frequent
touching surfaces such as door handles, taps, doormats etc.
Saniguard 7500

24. Since the cured antimicrobial is nonvolatile, insoluble, and non-leaching, the treatment
should last for the life of the treated surface. The life of a treated surface depends on a
number of factors, not the least of which is surface preparation. If you treat a dirty or
unstable surface, when the dirt comes off or the surface is disturbed, some of the
antimicrobial will be removed with it. Abrasive or caustic (pH>10.5) cleaners will also
shorten effective life.
How long does the treatment last on textiles & non textile surfaces?
Textiles: 50 wash durability
Surfaces:
Regarding durability we know that our antimicrobials are durable on most surfaces
beyond 3 months( between 3-12 months) and on high touch points for at least 3 months.
Regular cleaning with nonabrasive nonionic detergents does not impact the antimicrobial
properties.
Further an indicator test can be performed on site immediately after applications and then
after 1 month-3 months-6 months etc which will clearly demonstrate presence of the
antimicrobial on the surfaces.
A performance test can also be done by keeping 3-6 dummy surfaces ( plastic, metal,
laminate, ceramic, glass,fabrics etc) during application and then studying its antimicrobial
effects over a period of 1 month-6 month-9 month period,regularly cleaning the surface
with nonabrasive detergents ( once a week or more depending on the frequency needed)
and then sending the surfaces for confirmation to a 3rd party lab.

25. Is there a test method to determine if the Saniguard-7500 polymer is
present?
Yes. The Saniguard-7500 is based on an active ingredient that, in most cases, can
be easily detected. A simple method of detection is available to demonstrate the
presence or absence of the treatment. Bromophenol Blue (BPB) stain testing
clearly shows the presence of the Saniguard-7500 in a matter of minutes.
Bromophenol Blue (BPB) stain test
Soak the treated substrate in BPB for 5 mins (0.04% solution in
Water/ Methanol 80/20 )
Rinse the substrate with copious amount of water
Compare the remaining blue stain on the substrate to the untreated
control and color standard (to be done)
OVERTREATED
SLIGHTLY OVERTREATED
GOOD TREATMENT
SLIGHTLY UNDERTREATED
UNDERTREATED

26. Which are the government approved lab for testing Saniguard 7500
effectiveness
NABL accredited lab like Biotech Testing services, Testtex etc
Why is the Saniguard-7500 antimicrobial products so durable?
Because of their exceptional chemical bond (a covalent bond) the bonded polymer is
neither soluble nor volatile. The unique bond results in the Saniguard-7500
antimicrobial polymer becoming an integral part of the substrate.
The unique nature of Silane functionality enables Saniguard-7500 to bond
chemically and physically to any surface, thereby creating a bio-static gel layer. This
positively charged layer attracts and grabs the negatively charged viruses and
bacteria and destroys the enveloping shell, making them unviable. Simple cleaning
of the surface removes the dead debris from the positively charged gel layer and
regenerates the layer, thereby keeping it intact and effective for a minimum period
of 90 days. The regenerative action of Saniguard-7500 works on all kinds of
surfaces like textiles, ceramic, metal, wood, rubber, stone, painted & unpainted
walls and many more.

27. No. Adaptation studies show that microbes do not adapt to the Saniguard-7500 and
no 'Zone of Inhibition' develops.
Will its use result in 'super bacteria'?
Does Saniguard-7500 Antimicrobial give off gases during or after
application?
No. Saniguard-7500 Antimicrobial does not volatilize, dissipate, or leach
onto other surfaces. Its chemistry polymerizes where it is applied and
forms a permanent bond that essentially lasts the life of the treated surface. Normal
cleaning should not remove the treatment, although it can be abraded away.
Is Saniguard-7500 Antimicrobial permeable to moisture?
Yes, moisture that is in or on the treated material/surface passes through the treatment.
After curing, the treatment is somewhat hydrophobic (water repellent), but it should not
be considered to be a replacement for commercial water repellents.

28. Saniguard-7500 Antimicrobial, because of its unique chemistry, provides long-term
protection against regrowth and future contamination on treated surfaces. Porous
surfaces which are contaminated below the surface will occasionally experience some
growth which breaks through a treated surface.
As long as there is not running water on the surface to be treated, SANIGUARD-7500
Antimicrobial will bond to the surface and provide protection. Preferably, the
dryer the surface the better. To complete chemical bonding of SANIGUARD-7500
Antimicrobial, it is important that the surfaces be dried after treatment
Is there regrowth after treatment?
What should the moisture content of walls be when preparing to apply
treatment?

29. Yes. SANIGUARD-7500Antimicrobial should actually improve the overall cooling
performance of AC coils by minimizing organic fouling of surfaces. SANIGUARD-
7500Antimicrobial helps minimize the microbial attack and attachment to fin and
tube surfaces. An added benefit of SANIGUARD-7500Antimicrobial is its ability to
act as a permanently bonded soil release agent, making the coils much easier to
clean. SANIGUARD-7500Antimicrobial, at application strength, has surfactant
properties which cause excess treatment to run off. This prevents excess polymer
buildup and potential heat transfer efficiency losses.
Will SANIGUARD-7500Antimicrobial affect the cooling capacity of AC
coils?
What preparation is necessary for treating AHU's and coils?
The surface of the coils must be thoroughly cleaned and any residue from the
cleaning agents must be rinsed off. The final rinse should come through the coil
without any signs of dirt or foaming from the cleaners. Even new AHU's or coils
should be carefully cleaned to remove any machining lubricants which remain
from the fabrication process.

30. No. SANIGUARD-7500 prides itself on providing a superior product to all those in
need of controlling and prohibiting microbial growth on interior surfaces. Therefore,
to ensure proper use of SANIGUARD-7500, refer technical data sheet, presentation &
FAQ’s.
Do the applicators receive any special kind of training?
This product will not give off any gases, leach onto other surfaces, or loose its strength
over time. The unique properties of SANIGUARD-7500 Antimicrobial allows permanent
bonding of the product to any surface to which it is applied. As long as this the surface is
kept clean with normal cleaning procedures, the surface will continue to fight any
microbial growth.
Are there any safety concerns after application is complete?

31. Cleaning agents that remain in the carpet will act as bonding sites for SANIGUARD-
7500Antimicrobial and the combined molecule will be removed at the next cleaning. A
few residual cleaning agents can cause a gummy residue to form.
The newer solution dyed carpets are excellent with SANIGUARD-7500Antimicrobial.
There have been some instances of slight color fade with certain acid dyes. ALL carpets
and upholstery should be tested for dye fastness prior to treating.
How does SANIGUARD-7500Antimicrobial react to carpet cleaning
agents?
How does SANIGUARD-7500antimicrobial react to commercial and
residential carpets?

32. What are the preventions to be taken while sanitizing the vehicles/
Car and how it will be effective on external parts of vehicles?
Clean the solid surfaces with mild detergent and water before spraying Saniguard 7500
solution.
Spray the solution on surfaces using a high-pressure mist sprayer/fogger only with
dilution to ensure the deposition of finer atomized droplets and better surface coverage.
Before mist spray check the effect and re-wetting on a small trial area before proceeding.
If you experience a sticky surface then increase the dilution and after misting hand
mopping should be done.
For very smooth granite, marble, Kota stone, SS surfaces, and smoothly coated walls,
application with hand mopping is recommended.
High-pressure mist sprayer/fogger/hand mopping is recommended for exterior
application & For interior application fogger & hand mopping is recommended.
Allow the treated surface to dry at room temperature overnight . The treated surface
now has a retentive disinfectant layer.
Note Saniguard 7500 active has reactive Silane quat and forms a bonded protective
structure on the surface to be coated. Hence always do a trial with the suggested
applicator and method before usage.
Use facemask, goggles and gloves before applying the product

34. Microbes can be extremely hazardous. Severe contamination with hazardous organisms
may require cleaning protocols similar to those for asbestos removal. For normal
contamination, solid surfaces should be thoroughly cleaned before treatment. Soft
surfaces such as carpets and upholstery should be well vacuumed or professionally
cleaned. Insulation can be cleaned and treated if only superficial growth on the surface is
present. Insulation that has heavy growth or is damp should be removed and replaced.
No. Although SANIGUARD-7500, Antimicrobial would not be harmful when exposed to
the heat, treatment is unnecessary. The hot, dry surfaces of coils generally won't
support microbial growth.
How should a contaminated surface be treated?
Should heating coils be treated with SANIGUARD-7500Antimicrobial?

35. Which tests reports show that the growth of bacteria and human coronavirus
has been prevented post treatment of Saniguard-7500?
• AATCC Test Method 30
• AATCC Test Method 90 (Halo Test)
• AATCC 100 / ISO 20743 / ISO 20645
• Modified AATCC 100 with MS2 Bacteriophage (Antiviral
for textiles)
• JIS Z 2801 / ISO 22196
• JIS L 1902
• ISO 18184(Antiviral for textiles)
Human coronavirus testing not done by any lab.

36. Will this technology adversely affect the human skin, pets or
environment?
No it is safe to humans, pets & the environment. It is Non-toxic and safe
Eco-responsibility
It is water-dilutable and has no volatile organic emissions (VOCs) and has
no adverse environmental impact during its entire life cycle.
It is non-leaching & its LD50 value is 12270 mg/kg
What is the shelf life of concentrated and diluted chemical?
1 year for concentrate in a sealed container.
Diluted chemical shelf life depends on purity of polar solvents used. Solvent
should be completely moisture free(IPA, Butyl diglycol, ethanol etc)
If dilution is done in water Use the solution after preparation within 7 days

39. OFFICE ADDRESS :
403, “Antariksh”, Makwana Road,
Marol Naka, Andheri (E),
Mumbai - 400 059
Tel.- 91-22-4221 6789 (30 Lines)
91-22-6692 4112
Fax -91-22-2836 6434
FACTORY ADDRESS :
D- 14 /10, TTC, MIDC Industrial Area,
Turbhe, P. O. K. U. Bazar,
Navi Mumbai - 400 705
Tel.-91- 22-4141 9899 (100 Lines)
Fax -91-22-4141 9888
Email ID: ketan@lnchem.in
nayana.lnchem@gmail.com
INTEGRATED MANAGEMENT SYSTEM
(IMS) CERTIFIED: ISO 9001 : 2015 ,
ISO 14001: 2015, ISO 18001 : 2007
GLOBAL REPORTING INITIATIVE GRI-G4
CERTIFIED CRISIL RATING : MSE 1*