TitaCeran No.1 400ml
Product ID : 4121
No.1For hygiene purpose of the daily living environment.
(The Room, Curtain, Couch, Car seat, and many more material surround your living environment)
・ ph Level：6～7
Contents
TitaCeran No.1 400ml (Use quantity : 15ml/car)
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International2,898 YenNo.
Added to Cart
* You can order either domestic or international products, but not both.
| Origin | Japan |
| List Price | 2,898 Yen |
| No of Use | 27 |
| Cost per car | 107 Yen |
TitaCeran
In advanced materials [sterilization, antibacterial, deodorant]
Have you ever wondered, "Oh, the smell is coming back?" after using the deodorant?
Even if we say it as a deodorant, there are many mechanisms to eliminate the odor. do you know? Even if it has immediate effect, the smell returns immediately.
On the other hand, there are also excellent products that have a long-lasting effect with a single application.
First, let's introduce representative types.
Adopt advanced sterilization and antibacterial material new product "TitaCeran"
"TitaCeran" uses titanium oxide as a catalyst to decompose viruses and other germs. It is developed utilizing photocatalytic technology.
With its powerful oxidative decomposition performance, it turns harmful substances that cause infection into harmless carbon dioxide and water.
It exerts various effects such as anti-virus, anti-bacterial, anti-fungal, anti-pollution and prevention of hospital infection for a long time.
Mechanism of oxidative decomposition
What is "oxidative decomposition using a catalyst"?
A familiar example is chlorophyll in plant leaves.
With carbon dioxide and water, no chemical reaction occurs even when exposed to light. The presence of a catalyst called chlorophyll causes a chemical reaction that produces oxygen and starch from carbon dioxide and water.
A catalyst that decomposes one thing using the energy of light to produce another is called a photocatalyst.
Decomposes bird flu, E. coli, and norovirus
It has been proven to control various bacteria ."TitaCeran" removes and suppresses viruses and germs, and turns it into harmless carbon dioxide and water.
Decomposition experiment of bird flu
After sufficiently crushing TitaCeran in a mortar, a 1% suspension was prepared in PBS. About 300,000 viruses were mixed with a 1% TitaCeran suspension in 30 minutes to remove about 297,000 viruses.
Test strain
A / Turkey / Ontario / 7732/66 (N5N9) (105.5TCID50 / 100μl: about 310,000 / 100μl)
Test operation
The virus was mixed with 0.9 ml of 1% TitaCeran® PBS and mixed with a rotator.
After 0, 5, 15, and 30 minutes, sampling was performed, and after 5 minutes of centrifugation at 10,000 rpm, the amount of virus in the supernatant was measured.
The viral load in the supernatant was measured using MDCK cells with a 50% infectious titer (TCID50: Tissue Culture Infectious Dose 50%).
* PBS ･ ･ ･ ･ A solution that keeps the bacteria without killing them.
Experiments to remove various bacteria
In all of the solutions in which TitaCeran (1 g / L) was dissolved, a decrease in the number of bacteria was confirmed.In artificial seawater, about 10,000,000 bacteria were eliminated early (within 24 hours).
○ Escherichia coli K-12
Tap water (control)
Artificial seawater (control)
TitaCeran 1kg / L tap water
TitaCeran 1kg / L artificial seawater
○ Enterococcus asini
Tap water (control)
Artificial seawater (control)
TitaCeran 1kg / L tap water
TitaCeran 1kg / L artificial seawater
Test strain
Escherichia coli K-12
Enterococcus asini
Medium used
Normal medium (passage of Escherichia coli K-12, for culture)
MRS medium (passage of Enterococcus asini, for culture)
Both are shaking culture at 37 ℃
Test operation
100 μl of the pre-cultured and washed cells were inoculated into a 10 ml test tube. The TitaCeran solution was placed in a 10 ml test tube from the beginning, and the inoculation time was set to 0 day, 24 hours later to 1 day, and then to 2,3,5,7 days. The number of bacteria was counted by the MPN method after inoculating a microplate. After culturing the plate at 37 ° C. for 48 hours, the number of bacteria was calculated from the MPN table.
Norovirus decomposition experiment
As a result of measuring the virus infection titer after 30 minutes and 6 hours, no virus was detected in the sample (this product: TitaCeran) after 30 minutes.
TCID50: median tissue culture infectious dose, 50% tissue culture infectious dose
※1 Logarithmic value of TCID50 per 1 ml of working fluid
※2 Norovirus alternative virus
At the start: TCID50 of the subject immediately after the start of the action was measured and disclosed.
Control: purified water
Working temperature: room temperature
＜4.5: Not detected
Sterilization, antibacterial and deodorant without damaging the material
Technology of this product “Does not damage the material (base material)!”
The technology used in this product solves various problems that were impossible with conventional photocatalysts.
Conventional photocatalysts have been limited in their use because organic materials such as fibers and plastics decompose themselves when used. On the other hand, since the surface of this product does not have photocatalytic activity, decomposition of organic materials is suppressed, and it can be used for fibers, plastics, paper, etc.
When this product was mixed with resin and subjected to a durability (deterioration) test of the resin, the weight loss rate of the resin was smaller than that of the conventional photocatalyst, and the resin deterioration was suppressed to less than 1/5.
Can be used indoors or in cars with little UV light
With conventional technology, it is possible to respond to indoor light (fluorescent lamps, LEDs, etc.) with less ultraviolet light, which was difficult to achieve.
There is little outdoor light (natural light), and it can be effective indoors and in the office.
The decomposition performance of acetaldehyde derived from automobile exhaust, cigarette smoke, plywood adhesive, etc. is 5.9 times higher than that of conventional photocatalysts that do not respond to visible light with respect to fluorescent light.
Furthermore, not only visible light but also ultraviolet light decomposition performance has been greatly improved.
It was also confirmed that acetaldehyde was completely oxidatively decomposed into carbon dioxide and water.
Excellent antibacterial effect has been demonstrated under white fluorescent lighting. The number of bacteria decreased to nearly 100,000 after 8 hours. Calculations from this measurement have demonstrated greater than 99% removal.
HOW TO USE
Easy to use for anyone!
If there is dirt, remove it in advance. Spray this solution on the part where you are concerned about the odor. If the amount of spray is too large, wipe it off with a cloth. Ventilate and dry to complete.
Example of installation with 400 ml size of this product
Car : 26-40 times
1 curtain (height 2m x width 1m) : 66-100 sheets
Curtains and walls in a 6 tatami room : 4 to 7 times
Estimated amount of use
Car : 10ml ~ 15ml
1 curtain (height 2m x width 1m = about 2 square meters) : 4-6ml
Curtains and walls (about 30 square meters) in a 6 tatami room : 60-90 ml
Basis for usage
1 Push application amount : 0.8ml
400ml : Push about 500 times
1 square meter : Approximately 3-4 pushes (2-3 ml)
We are loved by the world
In Asia, Europe, Middle East and Africa. Our quality proven in about 34 countries around the world and around 800 branches.
Asia, Europe, Middle East and Africa, about 34 countries around the world and 800 branches. It is your long-selling best quality products.
In Japan domestics car wash shops, petrol stations and various other automotive companies as a favorite brand.