The EnviroCare M1-S for Textile Treatment
  The EnviroCare M5 for Anti-Microbial / Nosocomial Pathogens
  The EnviroCare M7 for Glass Building Exterior Surfaces
  The EnviroCare M8 for Building Exterior Surfaces
  The EnviroCare M9 for Vehicle Exterior Surfaces
  The EnviroCare K1 for Airborne Odour Destruction and Fogging
 

The EnviroCare S1 & S2 Bateria and Odour Eliminating Compound

  The EnviroCare S3 for Formaldehyde Odour Treatment
  The EnviroCare F3 for Fungi / Mould Elimination Treatment
  The EnviroClean Detergent
 
 

About Photo-Catalyst

1.1) What is a Photo-Catalyst?

A Photo-Catalyst is a substance that promotes a chemical reaction when exposed to sunlight or Ultra Violet (UV) Light. It does not require any other special / expensive form of energy and uses only clean energy found abundantly in everyday life. Titanium Dioxide is a Photo-Catalyst that has strong Photo-Catalectic Reaction Properties and effectively decomposes organic matter cleanly and safely. However it requires a certain time frame to break down huge amounts of organic matter and gases.

1.2) What is Titanium Dioxide?

Titanium Dioxide (Ti02) is a harmless ceramic mineral which can be found in various materials and Foods. Food Additives, Cosmetics, Sun Block Creams / Lotions, Ice-Cream Pigment, Toothpastes and Soaps are common items that contain Ti02. Other items include White Paint Pigment, Electronic Components, Fibre / Textile Products and et cetera. Ti02 has recently attracted world-wide attention for its effective Photo-Catalectic reaction. It is also a chemically stable mineral when exposed to a light source and promotes ‘Green Technology’ for the environment.

1.3) Photo-Catalyst Stroke Chart

 
 

Organic Matter is decomposed into Water Vapour and CO2 Gas.

1.4) Principle of Reaction

Hydroxyl Radical and Super Oxide Anions are strong Active Oxygen. They are capable of breaking down various forms of organic matter.

 
 
 

Light Spectrum

The light spectrum is divided into different Fig1 Light Spectrum Chart wavelengths according to the nanometre range. The Ultraviolet (UV) Light strength is 2 - 3 mW/cm2 and is found in sunlight. The UV Light strength is reduced by several micrometerW/cm2 whilst indoors. The reduced amount is approximately one thousandth of a part. Current photo-catalyst manufacturing companies are utilizing photo-catalyst compounds that can only react with UV Light. Both natural and artificial (fluorescent) light produces UV Rays. For these photo-catalysis compounds, the wavelength used is below 387 nm which amounts to only 3 % of the amount of fluorescent light energy being produced. The EnviroCare M1-S Ti02 Photo-Catalyst (Photo-Compound) for textiles is capable of reacting to wavelengths of visible light. Hence its photo-catalyst ability can respond by up to 480 nm. The spectrum wavelength of 480 nm is the Colour Blue which amounts to 25% of fluorescent light. Therefore the EnviroCare M1-S Ti02 Photo-Compound is more effective because of a broader light spectrum being used than most photo-catalyst compounds found in today’s market.

Fig1. Light Spectrum Chart

 
 
 
Microbial Destruction Test

The EnviroCare M1-S Ti02 Photo-Compound for Textiles has the ability to destroy minor organic stains when exposed to normal fluorescent light The EnviroCare M1-S Ti02 Photo-Compound for textiles has been applied onto a textile and the two sampled (treated and untreated) are exposed for various kind of microbial and placed under a fluorescent light for a period of 24 hours and colony test counts were conducted periodically confirming the EnviroCare M1-S Ti02 Photo-Compound’s ability to continually destroy microbial effectively under just normal room light with amazing results.
 
 

Lifespan Test

The EnviroCare M1-S Ti02 Photo-Compound for Textiles is applied onto textiles which are subsequently washed for up to fifty (50) times and was again tested with the same microbial showing no signs of product ability diminishing confirming the product lifespan and capability; and photo-catalyst effect.
Both Tests were conducted by SETSCO who is an independent party and test results can be viewed upon requests

Both Tests were conducted by SETSCO who is an independent party and test results can be viewed upon requests

 
 
 

About The Envirocare M5 Ti02 PhotoCompound

1.1) What is the EnviroCare M5 Ti02 PhotoCompound

The EnviroCare M5 Ti02 PhotoCompound is a Titanium Dioxide (Ti02) based Photo-Catalyst High Transparency substance that promotes a chemical reaction when exposed to Sunlight or Fluorescent Light. It does not require any other special / expensive form of energy and uses only clean energy found abundantly in everyday life. Conventional Ti02 Photo-Catalyst Compounds can only harness energy from the UV light spectrum. Ti02 have strong Photo-Catalectic Reaction Properties and effectively decomposes organic matter cleanly and safely. However it requires a certain time frame to break down huge amounts of organic matter and gases.

Fig2. Light Spectrum Chart

 
 
1.2) Light Quantum

A Photo-Catalyst effect is proportional to the amount of light that the Ti02 molecule can absorb, respond and expand to accordingly. Most other Ti02 photo-catalyst products can only react with UV Rays. Fluorescent and sunlight produces a very small amount of UV Rays. The standard UV Ray wavelength is not more than 387 nm which translates to approximately only 3 % and 5% of the amount of energy found in fluorescent and sunlight respectively. The M5 Ti02 Photo-Compound can react with visible light of up to 440 nm wavelength. The Wavelength of 450 nm covers up to the blue light spectrum (see chart) and amounts to approximately 50% of fluorescent and sunlight. Hence the light quantum is increased and the photo-catalyst effect is expanded thus making it more effective and time efficient in the destruction of micro-organism. Hence the M7 Ti02 PhotoCompound’s capabilities are much more superior in terms of reaction and decomposition rate as compared to most other photo-catalyst products found in today’s market.

Fig3 Using light-quantum
 
 
1.3) Photo-Catalyst Stroke Chart
 
 
 

Decomposition (Comparison Trial)

Photo1 is a direct comparison between an UV Light reacting type of photo-catalyst compound and the EnviroCare M5 PhotoCompound Visible Light reacting compound. Both samples are exposed to only fluorescent light and under the same conditions

The EnviroCare M5 PhotoCompound is more effective in performance and has a higher degradable capability than the standard UV Light reacting type. This is due to the broader wavelength being used and can respond faster and more efficiently by up 5 times when compared to the conventional UV Light Reactive type of photo-catalyst

Methylene Blue Ink Drops are applied onto each tile / The tiles are exposed to UV Light for 10 hours.
Silver photo-catalyst EnviroCare M5 Silver photo-catalyst EnviroCare M5 compound PhotoCompound compound PhotoCompound.

Comments:
Silver Photo-catalyst compound :
The Photo-catalysis ability is ineffective and the Methylene blue spots are still present.

EnviroCare M-5 PhotoCompound:
All Methylene blue spots are decomposed effectively and thoroughly after 10 hours. This test confirms the distinct difference between the M-5 and other photo-catalyst brands

 
 

Comparison test with other photo-catalyst compounds (ie. silver)

Red ink is applied via spray gun onto each tile.

 
 

Comments:
Silver Photo-catalyst compound :
The Photo-catalysis ability is ineffective and the Red Ink Stains are still present.

EnviroCare M-5 PhotoCompound:
All Red Ink Stains are decomposed effectively and thoroughly after 42 hours. This test confirms the distinct difference between the M-5 and other photo-catalyst brands.

 
 

Comparison test with other types of photo-catalyst fluid and pre-coated tile

Red ink is applied via spray gun onto each tile.
T company manufactures TiO2 coated tiles.
S company manufacture’s TiO2 fluid which is buff yellow and is water based.
EnviroCare Ti02 M5 Photo-Compound can react to visible light effectively.
Centre tile is original in state (for comparison purpose)

 
 

The tiles are exposed to sunlight for 15 minute.

EnviroCare Ti02 M5 Photo-Compound is able to show a higher decomposition rate compared to the other coated and compound applied tiles.

 
 

The tiles are exposed to sunlight for 15 minute.

EnviroCare Ti02 M5 Photo-Compound is able to show a higher decomposition rate compared to the other coated and compound applied tiles.

 
 
Odour Eliminating Test Report
 
 
 

Decay Durability Tests

(1)      Weather Resistant Test The EnviroCare M5
          PhotoCompound coated tiles are exposed and tested
          by an accelerated weathering process of 300 hours.
          This test is to confirm any exfoliation and photo-
          catalyst effect.

(2)      Exposure Test The EnviroCare M5 PhotoCompound
          coated tiles have been exposed to weather since
          June. 16. 2003 (the tiles were also subjected to a
          weather resistant test). The right side of the steel plate
          is coated with the EnviroCare M3 PhotoCompound; and
          the complete plate has been exposed since January.
          30. 2001

 
 
 

About The Envirocare M7 Ti02 PhotoCompound

1.1) What is the EnviroCare M7 Ti02 PhotoCompound

PhotoCompound is a Titanium Dioxide (Ti02) based Photo-Catalyst High Transparency substance that promotes a chemical reaction when exposed to Sunlight or Fluorescent Light. It does not require any other special / expensive form of energy and uses only clean energy found abundantly in everyday life. Conventional Ti02 Photo-Catalyst Compounds can only harness energy from the UV light spectrum. Ti02 have strong Photo-Catalectic

Fig2 Light Spectral Distribution

 
 
1.2) Light Quantum

A Photo-Catalyst effect is proportional to the amount of light that the Ti02 molecule can absorb, respond and expand to accordingly. Most other Ti02 photo-catalyst products can only react with UV Rays. Fluorescent and sunlight produces a very small amount of UV Rays. The standard UV Ray wavelength is not more than 387 nm which translates to approximately only 3 % and 5% of the amount of energy found in fluorescent and sunlight respectively. The M5 Ti02 Photo-Compound can react with visible light of up to 440 nm wavelength. The Wavelength of 450 nm covers up to the blue light spectrum (see chart) and amounts to approximately 50% of fluorescent and sunlight. Hence the light quantum is increased and the photo-catalyst effect is expanded thus making it more effective and time efficient in the destruction of micro-organism. Hence the M7 Ti02 PhotoCompound’s capabilities are much more superior in terms of reaction and decomposition rate as compared to most other photo-catalyst products found in today’s market.

Fig3 Using light-quantum
 
 
1.3) Photo-Catalyst Stroke Chart
 
 
 
Anti-Bactercidal Activities

Comparative Experiments made with other photo-catalyst liquid compounds.
 
 
 
Comparative Experiments with other Photo-Catalyst Liquids and Coated Tiles (irradiated by sunlight)
 

1.    Red ink is applied via spray gun method on each tile.
       T company manufactures TiO2 coated tiles.
       S company manufacturesTi02 fluids which is buff yellow
       and is water based.
       The M5 Ti02 Photo-Compound reacts effectively to visible
       light. The M7 Ti02 Photo-Compound reacts effectively to
       visible light.

2.    Exposure to sunlight after 15 minutes.

      The M5 and M7 Ti02 Photo-Compound treated tiles were
      able to show a higher level of decomposition capabilities
      compared to most other coated and treated tiles.

 
 
Comparative Experiments with other Photo-Catalyst Liquids and Coated Tiles (irradiated by sunlight)

1.   Red ink is applied via spray gun method on each tile.
      T company manufactures TiO2 coated tiles.
      S company manufacturesTi02 fluids which is buff yellow
      and is water based.
      The M5 Ti02 Photo-Compound treated tiles react
      effectively to visible light.
      The M7 Ti02 Photo-Compound treated tiles react
      effectively to visible light.

2.   The tiles are left in low light shadow areas for 3 hours.

      The M5 and M7 Ti02 Photo-Compounds treated tiles are
      able to show a higher level of decomposition capabilities
      compared to the other coated and treated tiles.

3.   The tiles are left in low light shadow areas for 4 hours.
      The M5 and M7 Ti02 Photo-Compounds treated tiles are
      able to show a higher level of decomposition capabilities
      compared to the other coated and treated tiles.
 
The Advantageous Effects of the M7 Ti02 Photo-Compound on various kinds of surfaces
 
 
Acrylic Board (Left surface : Coated with M7 and BaseCoat, right surface : non-coated)
 
 
Vinyl Chloride Board (Left surface: Coated with M7 and BaseCoat, right surface: non-coated)
 
 
Aluminium Plate (Left surface : Coated with M7 and BaseCoat, right: non-coated)
 
 
Glass (Whole area: Coated with M7 and BaseCoat)
 
 
Self-Cleaning Capabilities of M7 Ti02 Photo-Compound against Oil Blots
 
 
Before oil adhesion (Left surface: Coated with M7 and BaseCoat, right surface: non-coated)
 
 
Oil adhesion (Left surface: Coated with M7 and BaseCoat, right surface: non-coated)
 
 
Rinsing with only plain water
 
 
Rinsing with only plain water, note that the Hydrophilic Properties are exemplary
 
 
Self-Cleaning Capabilities
Comparison of M7 Coated and Non Coated Tiles left outdoors in weathering conditions for 3 months.
 
 
The M7 Ti02 Photo-Compound coated tiles and non-coated tiles are arranged in alternate positions. Non-coated tiles are found to be affected by silicone oil and blots that appeared on these tiles. The M7 Ti02 Photo-Compound coated tiles remain unaffected and clean. Note: “N” is non-coated tiles “7” is M7 coated tiles.
 
 
The M7 Ti02 Photo-Compound coated tiles and non-coated tiles are arranged in alternate positions. Non-coated tile surfaces become hydrophobic by silicone oil. The M7 Ti02 Photo-Compound coated tiles remain super-hydrophilic at all times. Note: “N” is non-coated tiles “7” is M7 coated tiles
 
 

Decay / Decomposition Durability

Weather Resistant Test

The M7 Ti02 Photo-Compound coated surfaces were subjected to an accelerated weathering test of 300 hours. The test was conducted to determine whether exfoliation and the loss of hydrophilic properties occur.

Exposure Test

The M7 Ti02 Photo-Compound coated surfaces were left exposed since June. 20. 2005. These coated surfaces were also subjected to the Weather Resistant Test of 300 hours (above mentioned tests) This test confirms non-self-cleaning capabilities for non-treated surfaces and the appearance of water spots whereas M7 Ti02 Photo-Compound and M7 BaseCoat coated tiles remain impressive in nature.

1.   Non-Coated glass surface

Hydrophobic capabilities on Glass surface remains and water spots and droplets are easily formed; and transparency is greatly affected.

2.   Glass surface coated with only M7 Ti02 Photo-Compound and M7 Alcohol BaseCoat

Glass surface remains hydrophilic in nature and no problems with transparency.

3.   Coated with only M5 Ti02 Photo-Compound

Majority part of glass surface (mainly centre) remains hydrophilic. However, girth of silicone appears around the glass edges which leads to hydrophobic surface state and transparency is below par at these areas.

4.   Coated with only M7 Ti02 Photo-Compound

Glass surface remains hydrophilic in nature and no problems with transparency.

 
 
 

About The Envirocare M8 Ti02 PhotoCompound

1.1) What is the EnviroCare M8 Ti02 PhotoCompound

PhotoCompound is a Titanium Dioxide (Ti02) based Photo-Catalyst High Transparency substance that promotes a chemical reaction when exposed to Sunlight or Fluorescent Light. It does not require any other special / expensive form of energy and uses only clean energy found abundantly in everyday life. Conventional Ti02 Photo-Catalyst Compounds can only harness energy from the UV light spectrum. Ti02 have strong Photo-Catalectic

Fig2 Light Spectral Distribution

 
 
1.2) Light Quantum

A Photo-Catalyst effect is proportional to the amount of light that the Ti02 molecule can absorb, respond and expand to accordingly. Most other Ti02 photo-catalyst products can only react with UV Rays. Fluorescent and sunlight produces a very small amount of UV Rays. The standard UV Ray wavelength is not more than 387 nm which translates to approximately only 3 % and 5% of the amount of energy found in fluorescent and sunlight respectively. The M5 Ti02 Photo-Compound can react with visible light of up to 440 nm wavelength. The Wavelength of 450 nm covers up to the blue light spectrum (see chart) and amounts to approximately 50% of fluorescent and sunlight. Hence the light quantum is increased and the photo-catalyst effect is expanded thus making it more effective and time efficient in the destruction of micro-organism. Hence the M8 Ti02 PhotoCompound’s capabilities are much more superior in terms of reaction and decomposition rate as compared to most other photo-catalyst products found in today’s market.

Fig3 Using light-quantum
 
 
1.3) Photo-Catalyst Stroke Chart
 
 
 
Anti-Bactercidal Activities

Comparative Experiments made with other photo-catalyst liquid compounds.
 
 
 
Comparative Experiments with other Photo-Catalyst Liquids and Coated Tiles (irradiated by sunlight)
 

1.    Red ink is applied via spray gun method on each tile.
       T company manufactures TiO2 coated tiles.
       S company manufacturesTi02 fluids which is buff yellow
       and is water based.
       The M5 Ti02 Photo-Compound reacts effectively to visible
       light. The M8 Ti02 Photo-Compound reacts effectively to
       visible light.

2.    Exposure to sunlight after 15 minutes.

      The M5 and M8 Ti02 Photo-Compound treated tiles were
      able to show a higher level of decomposition capabilities
      compared to most other coated and treated tiles.

 
 
Comparative Experiments with other Photo-Catalyst Liquids and Coated Tiles (irradiated by sunlight)

1.   Red ink is applied via spray gun method on each tile.
      T company manufactures TiO2 coated tiles.
      S company manufacturesTi02 fluids which is buff yellow
      and is water based.
      The M5 Ti02 Photo-Compound treated tiles react
      effectively to visible light.
      The M8 Ti02 Photo-Compound treated tiles react
      effectively to visible light.

2.   The tiles are left in low light shadow areas for 3 hours.

      The M5 and M8 Ti02 Photo-Compounds treated tiles are
      able to show a higher level of decomposition capabilities
      compared to the other coated and treated tiles.

3.   The tiles are left in low light shadow areas for 4 hours.
      The M5 and M8 Ti02 Photo-Compounds treated tiles are
      able to show a higher level of decomposition capabilities
      compared to the other coated and treated tiles.
 
The Advantageous Effects of the M8 Ti02 Photo-Compound on various kinds of surfaces
 
 
Acrylic Board (Left surface : Coated with M8 and BaseCoat, right surface : non-coated)
 
 
Vinyl Chloride Board (Left surface: Coated with M8 and BaseCoat, right surface: non-coated)
 
 
Aluminium Plate (Left surface : Coated with M8 and BaseCoat, right: non-coated)
 
 
Glass (Whole area: Coated with M8 and BaseCoat)
 
 
Self-Cleaning Capabilities of M8 Ti02 Photo-Compound against Oil Blots
 
 
Before oil adhesion (Left surface: Coated with M8 and BaseCoat, right surface: non-coated)
 
 
Oil adhesion (Left surface: Coated with M8 and BaseCoat, right surface: non-coated)
 
 
Rinsing with only plain water
 
 
Rinsing with only plain water, note that the Hydrophilic Properties are exemplary
 
 

Decay / Decomposition Durability

Weather Resistant Test

The M8 Ti02 Photo-Compound coated surfaces were subjected to an accelerated weathering test of 300 hours. The test was conducted to determine whether exfoliation and the loss of hydrophilic properties occur.

Exposure Test

The M8 Ti02 Photo-Compound coated surfaces were left exposed since June. 20. 2005. These coated surfaces were also subjected to the Weather Resistant Test of 300 hours (above mentioned tests) This test confirms non-self-cleaning capabilities for non-treated surfaces and the appearance of water spots whereas M8 Ti02 Photo-Compound and M8 BaseCoat coated tiles remain impressive in nature.

1.   Non-Coated glass surface

Hydrophobic capabilities on Glass surface remains and water spots and droplets are easily formed; and transparency is greatly affected.

2.   Glass surface coated with only M8 Ti02 Photo-Compound and M8 Water BaseCoat

Glass surface remains hydrophilic in nature and no problems with transparency.

3.   Coated with only M5 Ti02 Photo-Compound

Majority part of glass surface (mainly centre) remains hydrophilic. However, girth of silicone appears around the glass edges which leads to hydrophobic surface state and transparency is below par at these areas.

4.   Coated with only M8 Ti02 Photo-Compound

Glass surface remains hydrophilic in nature and no problems with transparency.

 
 
 
''under construction'
 
 
 
 

EnviroCare K1 T102 PhotoCompound Bactericidal and Odour Eliminating Spray

The EnviroCare K1 Ti02 Photo-Compound Hand Held Spray can be applied onto almost any surface for the destruction of bacteria and bacteria causing odours for short periods as compared to the standard chemical / solvent based disinfectant(s) found in the market.

The Compound should be applied onto surfaces that have already been cleaned to prevent further build-up of bacteria and bacterial causing odours and thus acts as a mild disinfectant which is safe for human contact. It has a lifespan of up to a week (depending on location of use); however, it is not semi-permanent unlike the EnviroCare Ti02 Compound Range.

The EnviroCare K1 Ti02 Photo-Compound Hand Held Spray comes in a 120ml / 250ml bottle with a built-in spray nozzle for easy handling, application and storage; and is also affordable.

The EnviroCare K1 Ti02 Photo-Compound can also be used as an affordable fogging agent and the fogged room can be used almost immediately after treatment. Hence there is no downtime whatsoever, unlike other chemical based fogging products. For fogging, we recommend the purchase of 5.0litre containers.

The EnviroCare K1 Ti02 PhotoCompound does not contain any carcinogens and other caustic chemicals. Hence it is safe for constant and continuous use without compromising your health and the environment.

 
 
 

Fundamentals of Bacteria and Odour Eliminating

 

1.   Introduction

In  recent  years,  the  consumer  has  come  to  demand  a  more  comfortable  living  environment  and  is extremely self-conscious about the smell in one's immediate surroundings.
Titanium Dioxide Photocatalyst products have some success in the destruction of odours. However, there are indoor areas where light is not readily available. Hence Ti02 based products will not have success in such locations effectively
Altimate EnviroCare Services Pte Ltd in conjunction with our Japanese Partners have developed a new
range  of  Bacteria  and  Odour  Eliminating  Compounds  that  are  able  to  absorb  both  high  and  low
concentration of various odours in dark (or no light) enclosed areas quickly, cleanly and safely. Activated
charcoal is known to be able to absorb smell effectively. However the new Bacteria and Odour Eliminating
Compound has proven to be more effective for bacteria and smell elimination than Activated Charcoal.

They are the EnviroCare S1 & S2 Bacteria and Odour Eliminating Compounds

 
pic-1: Silver photo-catalyst compound.

pic-2: EnviroCare M5 compound.

pic-3: Silver photo-catalyst compound.

pic-4: EnviroCare M5 compound.
 
 
 
   
         
 

These Bacteria and Odour Eliminating Compounds can be coated onto almost all surfaces via the spray gun  method  or  the  traditional  roller  painting  method  and  will  continually  absorb  odours  effectively immediately after application.
The lifespan of these Bacteria and Odour Eliminating Compounds are up to three (3) years from the date of application.

2.  Fundamentals

The Bacteria and Odour Eliminating Compounds utilises a new method of elimination. This method is called the “ion-exchange process”.
For example, when Acetaldehyde is exposed to a treated surface area, it undergoes an ‘ion-exchange’ reaction with the amine compound. Hence Acetaldehyde is converted into a different substance by this chemical reaction and this reaction cannot be reversed, resulting in a permanent neutralisation of the said odour. Ammonia Gas, Acetic Acid Gas, Hydrogen Sulphide Gas and other gases as well as Volatile Organic Compounds (VOC’s) are neutralised through this ‘ion-exchange’ process by the same token.

3.  Odour Eliminating Test

3.1  Ammonia gas
5 ppm of Ammonia Gas was encapsulated into a gas pack and it was confirmed that the Ammonia Gas decreased to less than 1 ppm or equal. The test was repeated until the odour was completely eliminated and the number of times was taken for evaluation of product lifespan.

     
         
       
         
 

3.2  Ammonia gas concentration with cigarette smoke.
(Date from Ministry of Health, Labour and Welfare. kind of cigarette :Seven Star)

     
         
       
         
 

3.3  The  S1  Compound  was  applied  onto  the         ceiling  and  wall  surfaces  totalling  30m2  with
       Bacteria and Odour Eliminating capabilities of        Ammonia Gas for 20m2 of floor space.

     
         
   
         
 

3.4  Acetaldehyde Gas

5 ppm of Acetaldehyde Gas was encapsulated into a gas pack and it was confirmed that the Acetaldehyde Gas decreased to less than 1 ppm or equal. The test was repeated until the odour was completely eliminated and the number of times was taken for evaluation of product lifespan.

     
         
       
         
 

3.5  Acetaldehyde gas concentration inhere a piece of        cigarette.
(Date from Ministry of Health, Labour and Welfare. Type of cigarette : Seven Star)

     
         
       
         
 

3.6  The S1 Compound was applied onto the ceiling        and wall surfaces totalling 30m2 with Bacteria
       and Odour Eliminating capabilities of Ammonia       Gas for 20m2 of floor space.

     
         
   
         
  3.7  Assessment

Activated Charcoal is known to have high odour eliminating effects.  But the Envirocare S1 Odour Eliminating Compound has proven to be more effective than Activated Charcoal. According to the tests conducted, the lifespan of the EnviroCare S1 Compound against Cigarette Smell is approximately 3.8 years and Nursing Care & Pet Smell is approximately 3.6 years.
     
         
 

4.  Illustration of the ‘Ion-Exchange’ process

     
         
   
         
       
         
       
       
         
  ''under construction'      
         
       
         
       
       
         
  Mould Depressant Compond - Introduction

1. Effective target of micro organisms

     
 
  • Bacteria: 231 fungi
  • Bacteria: 147 fungi
     
         
  2. Specialty

a)    Wide antibacterial spectrum
b)    Extended effective lifespan
c)    Low toxicity and high safety
d)    Has several types of compounds for anti-bacterial        purposes
e)   This fluid is compound product and is chemical stabilized
f)    Unlikely to develop a new drug-resistant strain of        bacteria through mutation

3. Test method with various types of bacteria

a)    Implemented in relation to U.S Military Specification (MIL)
b)    Modified procedure of Method 810D 508.3
c)    Number of fungi used: 71 fungi

4. Safety on using F1 Mould Eliminating Compound
     
         
   
         
  5. Description of Bacteria used during Tests      
         
   
     
 

6. Test photograph (Accelerating test for mould
    growing about 5 years)

 
     
 


 
 
 
 
 

The EnviroClean Detergent is a synthetic detergent with an alkalescent of PH 10.5 that was originally designed to sanitise and sterilise medical instruments.

Because of its ability to create an extremely high amount of oxygen when added to water and having minimal soapiness, it was soon discovered that the detergent works effectively as a residential cleaning agent. Thus cooking utensils, floor, house & glass cleaning, clothes / textile washing can now use the EnviroClean Detergent. This helps to minimise the buying of various home cleaning agents and furthermore, it is synthetic and not chemical / alcohol based, hence it is safe for prolonged human contact.

It does not use any carcinogens and caustic chemicals. Hence it is safe to use constantly and continuously without compromising your health and the environment.

The fast acting, EnviroClean Detergent dissolves almost instantly in warm water, creating a high level of oxygen that helps destroy bacteria and odours. It can be used around the house for laundry (both textile and synthetic fabrics), tableware, kitchen table surfaces, cooking utensils, bathtubs, tiles.

The EnviroClean Detergent is extremely effective on metallic surfaces and can be used to clean and wash very precious metals (and all other standard metals) for the removal of fungi, algae, mould and even oil

The EnviroClean Detergent can also be used effectively as a carpet cleaning agent and has the ability to clean even Persian Carpets without discolouration being a nightmare. It can be added into wet / dry vacuum cleaners and is more cost effective than most other cleaning agents with the same abilities.

The ‘do-away-with rinsing’ phenomenon allows the detergent to be used with minimal rinsing required, hence saving you electrical and water costs and helps care for the environment too.

The EnviroClean Detergent comes in a 750ml Plastic Container with Screw-On cap for easy storage

 
Ingredients:
 

Nonionic Surface Active Agent, Secondary Alcoholic Ethoxylate, Percarbonate, Carbonate, Organic Cleathing Agent (Non-Phosphates)

 
Direction:
 

Standard wash :15 – 20 grams per 30 litres of warm water (for laundry use) / 5 grams per 3 litres of hot water (for dishwashing use and other household use).

For stubborn stains, pre-soaking might be required with 25-30 grams per 30 litres of warm water (for laundry use)  / 10 – 15 grams per 3 litres of hot water (for dishwashing and other household use).