#hclo

[utopianadaosophy]

A Proposed Method for Treating Gingivitis

Gingigenesis, which refers to the regeneration or reconstruction of gums, combined with the action of white blood cells that release hypochlorous acid (HClO), can be a potent approach to treat gingivitis. Here’s how it could work:

Gingigenesis: This process involves the regeneration of gum tissue, which can help in restoring the health of gums affected by gingivitis. It can be achieved through various methods, including surgical and non-surgical procedures, aimed at promoting the growth of new, healthy gum tissue.

White Blood Cells and HClO: White blood cells, particularly neutrophils, play a crucial role in the body’s immune response. They can release HClO, a natural disinfectant, during the immune response to help kill bacteria and clear infections. In the context of gingivitis, HClO can help reduce the bacterial load in the gums, thus alleviating inflammation and promoting healing.

The combination of these two mechanisms can help in effectively treating gingivitis by not only reducing the bacterial infection but also by promoting the regeneration of healthy gum tissue.

[shoel7452]

Harnessing the Potential of HOCl: Applications in Health and Industry

Hypochlorous acid (HOCl), a simple yet powerful compound, has garnered significant attention for its diverse applications in both health and industry. This acidic compound, composed of hydrogen, oxygen, and chlorine HClO, exhibits remarkable antimicrobial properties and versatile reactivity, making it a valuable asset across various sectors.

In the realm of health, HOCl's effectiveness as a disinfectant and sanitizer is unparalleled. It serves as a potent antimicrobial agent capable of eliminating a wide array of pathogens, including bacteria, viruses, fungi, and protozoa. Unlike many conventional disinfectants, HOCl is non-toxic to humans and animals at effective concentrations, making it an ideal choice for use in hospitals, clinics, food processing facilities, and water treatment plants. Its ability to rapidly kill pathogens on contact while leaving no harmful residues has revolutionized disinfection practices, offering a safe and sustainable solution for controlling infections and preventing disease transmission.

Moreover, HOCl has shown promising potential in wound healing and skincare. As a natural component of the human immune system, it plays a crucial role in combating infections and promoting tissue repair. Topical formulations containing HOCl have demonstrated efficacy in accelerating wound healing, reducing inflammation, and preventing infection, making them valuable assets in dermatology and wound care.

Beyond healthcare, HOCl finds applications in various industrial sectors. Its strong oxidizing properties make it an effective biocide for controlling microbial growth in cooling towers, industrial water systems, and oil extraction processes. By eliminating biofilm formation and microbial contamination, HOCl helps maintain system efficiency, prolong equipment lifespan, and ensure product quality in industrial settings.

Furthermore, HOCl serves as a versatile oxidizing agent in chemical synthesis and water treatment. Its ability to selectively oxidize organic compounds while leaving the surrounding environment unaltered makes it an invaluable tool for organic synthesis, wastewater treatment, and pollutant remediation.

In conclusion, the multifaceted properties of HOCl make it a highly versatile compound with widespread applications in health and industry. Whether it's safeguarding public health, enhancing industrial processes, or advancing scientific research, the harnessing of HOCl's potential continues to pave the way for innovative solutions to pressing challenges across various domains.

[gupta4152]

Hypochlorous Acid: Nature's Disinfectant and Beyond

Hypochlorous acid (HOCl) stands as a remarkable compound, renowned for its multifaceted properties that extend far beyond its origins in chemistry labs. As nature's own disinfectant, HOCl plays a pivotal role in the human immune system, showcasing its innate ability to combat pathogens and maintain health. This title delves into the comprehensive nature of hypochlorous acid, exploring its origins, molecular structure, and the diverse array of applications that have emerged in both scientific and everyday contexts.

At its core, hypochlorous acid is a weak acid formed when chlorine dissolves in water. This simple molecular arrangement, HClO, belies its potent capabilities. Within the human body, white blood cells produce HOCl as a crucial component of the immune response, acting as a potent antimicrobial agent. Unraveling the intricacies of this natural defense mechanism, the title sheds light on the fascinating interplay between chemistry and biology, showcasing how HOCl serves as an integral part of the body's ability to ward off infections.

Beyond its biological significance, the title navigates through the expanding landscape of applications for hypochlorous acid. From water treatment and sanitation to wound healing and skincare, HOCl has found its way into various industries. Its efficacy as a disinfectant has led to its incorporation in cleaning solutions, ensuring not only the elimination of harmful microorganisms but also the promotion of a safe and sterile environment.

The exploration goes further by investigating the role of hypochlorous acid in the ongoing battle against infectious diseases, particularly its relevance during global health crises. As society grapples with the need for effective and safe disinfection methods, understanding the unique attributes of HOCl becomes imperative. This title acts as a guide, elucidating the potential of hypochlorous acid in combating emerging threats and contributing to public health.

In conclusion, "Hypochlorous Acid: Nature's Disinfectant and Beyond" encapsulates the journey of this extraordinary compound from its biological roots to its diverse applications in modern science and daily life. With a keen eye on both its historical significance and contemporary relevance, this exploration seeks to unveil the full spectrum of HOCl's contributions, positioning it as a versatile and indispensable element in our understanding of chemistry and health.

[dongachem]

Javen 8% - 12% Đông Á

Nước Javen là một loại độc của 2 loại muối là Natri clorua (NaCl) và NaClO (Natri hypochlorite). Đây là 2 muối được tạo ra từ phản ứng cho khí dư dư vào NaOH dịch, cụ thể là:

Cl2 + 2NaOH → NaCl + NaClO + H2O

Khi để nước Javen trong không khí, nó sẽ tác dụng với cacbon dioxit và tạo thành HClO không bền nhưng có tính oxi hóa rất mạnh. 

Về đặc tính lý hóa của nước Javen, nó sẽ có những tính chất như sau:

Tính chất vật lý

Nước Javen là một dung dịch có màu vàng, mùi hắc như khí clo, không ổn định và dễ bị phân hủy khi tiếp xúc với ánh sáng.

· Khối lượng mol của nước Javen là 74,44 g / mol.

· Nhiệt độ nóng chảy và nhiệt độ sôi lần lượt là 18 độ C và 102,2 độ C.

· Tỷ trọng và mật độ lần lượt là 1,20 và 1,11 g/ml.

Tính chất hóa học

Nước Javen 8% - 12% có tính oxy hóa mạnh và có thể phản ứng với các axit protic giống như axit clohydric để tạo ra sản phẩm là muối và khí clo. Ngoài ra, nước Javen cũng phản ứng với một số axit khác để tạo ra sản phẩm là axit hypochlorous (HClO).

Khi ở trong nước, nước Javen bị phân hủy thành các ion Na+ và Cl-. Bên cạnh đó, hóa chất này cũng bị phân hủy thành natri clorua và oxy.

Javen phản ứng với axit để tạo thành muối clorua và các chất khí như CO2, Cl2,….

[davidwilley785699]

Exploring Hypochlorous Acid: From Chemistry to Healthcare

"Exploring Hypochlorous Acid: From Chemistry to Healthcare" is a comprehensive journey through the multifaceted world of hypochlorous acid (HOCl), a remarkable molecule with wide-ranging applications in the fields of chemistry and healthcare. This book offers readers a detailed look at the chemistry behind HOCl and its vital role in modern healthcare.

Hypochlorous acid is a weak acid with potent oxidizing properties. Its chemical composition (HClO) and natural occurrence in the human body, where it serves as an integral part of the immune system's defense against pathogens, make it an intriguing subject for exploration. The book begins by delving into the fundamental chemistry of HOCl, providing readers with a solid foundation to understand its various applications.

The healthcare industry has witnessed a surge in the use of hypochlorous acid due to its remarkable disinfectant properties. In "Exploring Hypochlorous Acid," readers will discover how HOCl is harnessed in healthcare settings for wound care, sterilization, and infection control. Its effectiveness against a broad spectrum of microorganisms, combined with its non-toxic nature, makes it an invaluable asset in maintaining hygiene and safeguarding patients' well-being.

The book goes beyond healthcare, highlighting the increasing adoption of hypochlorous acid in water treatment and sanitation. Its capability to eliminate harmful microorganisms and organic contaminants has led to its recognition as an eco-friendly alternative to traditional disinfection methods, such as chlorine. Readers will gain insights into how HOCl is addressing global water quality challenges and promoting sustainable sanitation practices.

Furthermore, the versatile nature of hypochlorous acid extends to the world of chemistry, where it serves as a reagent in various chemical reactions. Its oxidizing and sterilizing properties find application in the synthesis of novel materials and compounds. The book provides an overview of these applications, showcasing the versatility and transformative potential of HOCl in chemical research and innovation.

"Exploring Hypochlorous Acid: From Chemistry to Healthcare" is a comprehensive resource for scientists, healthcare professionals, and anyone intrigued by the potential of this unique compound. By bridging the gap between chemistry and healthcare, the book offers a holistic understanding of HOCl's chemistry, its applications, and its pivotal role in modern healthcare practices, making it an essential read for those seeking to unlock the full potential of hypochlorous acid.

[triplenlace]

Examen de Principios de Química y Estructura - Febrero 2016 (2s) | Soluciones de las preguntas 20 y 21

Ver el examen completo (TEMA 12) 20. ¿Qué especie es más fuerte como ácido, el HClO o el HClO4? (A). Ambos tienen prácticamente la misma constante de acidez(B). El tetraoxoclorato (VII) de hidrógeno(C). Ninguno, pues ambos son bases(D). El monooxoclorato(I) de hidrógeno Solución: B. En los ácidos oxácidos (es decir, que contienen oxígeno) de un determinado elemento la acidez en general es…

[dizigonevn]

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[wasite]

WASITE.store 2023/05/14 now OPEN 今日の海 1899年の今日誕生　シャーロット・アワーバック（~1994） ドイツ生まれのイギリス遺伝学者です。 アワーバック先生、はっきり言って、 「世界最高レベル」！！！ というのも 生物学における世界最高レベルの賞 「ダーウィン・メダル」 を1976年に受賞！ その賞は 我々人間を含む生物の遺伝子は 化学物質によって突然変異が発生する という発見を賞し！ アワーバック先生の師匠は X線による突然変異の発見者でもあることから 遺伝子の突然変異の研究をするようになったわけ。 そんな化学でカリッカリの世界を見ているかたわらで 1947年にシャーロット・オーステン というペンネームで 妖精物語である 『Adventures with Rosalind』 という本を出版！ 化学と空想という二つの世界を持っていた。 2面性って奴？　ツンとデレみたいな。 さて、そんなアワーバック先生の発見は 衝撃的です。 化学物質で遺伝子が突然変異する！ ここでピーキーで直情的な人は 「やっぱり化学物質・ケミカルは体に悪い！ 　　オーガニックじゃなきゃダメ！」 と行動に移すかもしれない。 しかし、ちょっと待って。 この地球上に化学物質"以外"のもので 出来ているモノなんてあるの？ 化学物質とは 元素、またその元素が結びついたものを 科学的に「化学物質」と呼びます。 NaCl 化学物質です。 これ、やばい？ 塩ですよ？ H2O わかるよね。水です。 コロナ禍で身近になった 「次亜塩素酸」 いろんなところで消毒に使われてましたね。 グレートな殺菌力！ HClO これは体に悪影響を与えますか？ もともと体内でも作られている化学物質ですよ？ 私たちの体さえ化学物質で作られているのに とにかく「化学」は体に悪い と極端なモノの選び方をされている人もいらっしゃる。 WASITE店にいらっしゃるお客様でも 「素材は全部オーガニックですか？」 とご質問される人もいらっしゃいます。 ご希望の品がないことをお伝えするわけですが フレグランスが合成香料ということに 悪い印象をお持ちの方が少なからず。 「合成ってことは化学的に作っているんでしょ？ 　それって体に悪いんじゃ？」 ご自分の体も化学的な合成で出来ていますよ、 なんて言ったらすごい性格悪いみたいに映るから ��わないけどw もう、どストレートに言いますが 悪い使い方をすれば、 　オーガニック素材も合成素材も 　　どっちも体に悪い！ 良い使い方をすれば、 　どっちも体にいい！ じゃあ、質問しますが 例えば突然盲腸になって手術が必要です！ そこでオーガニックにこだわる方は 1804年の江戸時代、青州医師によって成功した チョウセンアサガオなどのオーガニック素材で作った 全身麻酔薬「通仙散」のようなモノで 手術しますか？ それとも現代の手術で使われる 亜酸化窒素などで麻酔をかけてもらいます？ そこで激痛に耐えながら 「アサガオで・・・おねがい・・・」苦痛 とセレクトできるなら、 ガチのオーガニック人間とリスペクトしますよ。 しかし 現代香水の世界はほぼほぼ化学です。 化学を否定してたら香水作れません。 なのに世間がナチュラル・オーガニック志向が強いと 「ナチュラルな香水です」 とメディアに紹介や特集されたりして ほーほー、どんなもんじゃい？ と勉強で��てみますが ピュアじゃない。 「自然由来」 という言い方にうまく丸め込まれている。 こういう言い方はずるいと思う。 化学だって自然由来です。 ビタミンCドリンクのビタミンCも レモン何個分と書いていますが、 原材料はトウモロコシ、みたいなロジックです。 まぁ、中にはガチでオーガニック素材のみで 香水を作っているブランドがあるから そこはリスペクトしてます。 じゃあ最後に人間の成分を紹介。 O 酸素 C 炭素 H 水素 N 窒素 これでおよそ 95% それでも私自身は人を化学的とは言いません。 自然にできたモノと言いたい。 ひとりひとりがユニーク（個性的）だからです。 （もっと書けるけど、今日はここまでにします！） と言うわけで、今日も ストーーーーーーップ！！！ロシア！！！ 今日も良い1日を！

[theblogs2024]

Arsenic Removing Technologies

In areas where the ingesting water contains unsafe levels of arsenic, the immediate issue is getting a Safe and sound source of ingesting water. There's two key options: Finding a new Harmless supply or taking away arsenic from your contaminated resource. If an arsenic Risk-free drinking water supply cannot be recognized, the quick-time period intention is to cut back arsenic concentrations.There are numerous techniques available for removal of arsenic from drinking water. The following significant approaches are talked over under:

Oxidation Coagulation, precipitation and filtration Adsorption (sorptive filtration) Ion Trade Membrane strategies Oxidation Factsheet Block Body Most arsenic removal systems are most effective in eradicating the pentavalent form of arsenic (As(V), arsenate), Considering that the trivalent sort (As(III), arsenite) is predominantly non-billed under pH 9.2. So arsenate is significantly less cell than arsenite, since it has a tendency to co-precipitate out with metallic cations or to adsorb onto solid surfaces. Hence, numerous remedy programs incorporate an oxidation action to convert arsenite to arsenate. Arsenite may be oxidised by oxygen (O2), hypochlorite (HClO), permanganate (HMnO4) and hydrogen peroxide (H2O2). Atmospheric oxygen is the most available oxidising agent and a lot of treatment method processes favor oxidation by air. However, air oxidation of arsenic is an extremely slow system and may take months for oxidation (PIERCE & MOORE 1982). Air oxidation of arsenite might be catalysed by germs, strong acidic or alkali methods, copper, powdered activated carbon and significant temperature (EDWARDS 1994). Passive oxidation and sedimentation Factsheet Block Physique Oxidation Using the oxygen contained The natural way within the air through selection and subsequent storage in properties may possibly result in a discount in arsenic concentration in saved water, which is also referred to as passive sedimentation. For passive sedimentation, the water ought to be saved for just a sufficiently long time making it possible for the Trade of oxygen with the air to your drinking water. Arsenic reduction by plain sedimentation appears to be dependent on drinking water good quality, notably the presence of precipitating iron in h2o. High alkalinity and presence of iron within the tube wells h2o boost arsenic removing by storage. In-situ oxidation of iron and arsenic during the aquifer Factsheet Block Human body In-situ oxidation of iron and arsenic from the aquifer has become examined beneath the DANIDA (Ministry of Overseas Affairs of Denmark) Arsenic Mitigation Pilot undertaking in Bangladesh. The method technological innovation would be to extract drinking water from a tube properly to let it oxygenate on the air with atmospheric oxygen. Oxygenated h2o is then allowed to run back again into the iron and arsenic contaminated aquifer from the exact same tube perfectly. This permits forming coating of iron hydroxide on sand grains throughout the strainer on the very well. H2o re-gathered with the perfectly will probably be drastically diminished in arsenic and iron. Coagulation and filtration Factsheet Block Overall body Coagulation and filtration with metallic salts and lime followed by filtration is among the most closely documented technique of arsenic elimination from water.In the entire process of coagulation, arsenic is removed from Alternative by a few mechanisms (EDWARDS 1994). Precipitation:the development of insoluble compounds. Co-precipitation:the incorporation of soluble arsenic species into a growing metallic hydroxides phases (e.g. co-precipitation with Fe(III); Adsorption:the electrostatic binding of soluble arsenic to external surfaces from the insoluble metallic hydroxide. Coagulation know-how has actually been employed because 1970 in northern Chile for removing arsenic from consuming h2o. This practical experience implies that coagulation is an effective technologies for the removal of arsenic. It is currently feasible to reduce arsenic from four hundred μg/L to 10 μg/L in a level of five hundred L/sec, assuming pH, oxidising and coagulation agents are strictly controlled (SANCHA 2006). To know more details visit here: ARSENIC REMOVAL FROM WATER

[utopianadaosophy]

This is a Hypochlorous Acid Lozenge that Delivers HCLO to Infected Throat and Nose, to Guarantee Irradication of Infection.

[electricaltools23]

(View productinformation here )

【WAITLOVER Water Ion Purification Technology】Useing water as raw material to achieve high-efficiency purification in three steps: 1.Electrolysis (water is decomposed into OH- and H+ under the action of electrolytic material) 2.Degradation (OH- will destroy chemical molecule of residual and cell walls, make it becomes harmless) 3.Deep Purification (OH- and Cl combine into HClO, which will deeply degrade residues and harmful ingredients).

【USB Power and EnergyBuilt-in 4400mAh rechargeable battery】 USB wireless charging design, can be used 25 times when fully charged. Can be used on any bucket, basin, sink, etc. Quiet, water and electricity saving, IPX7 waterproof, no water leakage, safer to use.

【Wide use】WAITLOVER Vegetable and fruit washing machine is widely used for cleaning tableware, fruits and vegetables, kitchen utensils, bottles, rice, fish, meat, seafood, food and purifying tap water, glasses, jewelry.

【Portable and Small】Suitable for personal, personal essential items for family dormitory travel, it can be tucked in the right side of the suitcase when traveling on business, or camping in the RV, outdoor travel, it can be included in any canvas bag.

【Easy to Use and Clean】Just press the switch to turn the fruit and vegetable washing machine on.The food cleaner can quickly clean food in 10mins,and allow you to enjoy healthy fruits and vegetables. The top cover can be removed for deep cleaning after each use.

(View productinformation here)

[ao3feed-stevebucky]

【中文翻译】Slipping Off the Course that We Prepared

read it on the AO3 at https://ift.tt/UbKj3Lt

by HClO

Steve Rogers的屁股上印着“噢，真了不起啊（Well, that was impressive）”这几个字。Bucky Barnes的肚脐旁圈着一行“喜欢你看到的景色吗？（Enjoying the view?）”。

  特殊的灵魂伴侣记号应该会让你更容易认出你的灵魂伴侣，不是吗？

  其实并没有。

Words: 3978, Chapters: 1/1, Language: 中文-普通话 國語

Fandoms: Marvel Cinematic Universe, Marvel, Captain America (Movies)

Rating: General Audiences

Warnings: Creator Chose Not To Use Archive Warnings

Categories: F/M, M/M

Characters: Steve Rogers, James "Bucky" Barnes, Pepper Potts, Tony Stark, Sam Wilson (Marvel)

Relationships: James "Bucky" Barnes/Steve Rogers, Pepper Potts/Tony Stark, Steve Rogers & Sam Wilson

Additional Tags: Alternate Universe - Soulmates, Soulmate-Identifying Marks, Alternate Universe - No Powers, Alternate Universe - Modern Setting, Humor, Fluff and Humor, 灵魂伴侣AU, 灵魂伴侣记号, 甜, 幽默, 中文翻译 | Translation in Chinese

read it on the AO3 at https://ift.tt/UbKj3Lt

[q-klean-blog]

次氯酸水介紹

Read the full article

[gcawgirl-blog]

One to one：A New Generation of Biological Sterilization Products

is provided with  Deep Health、Green Environmental Protection、Lmmunological DNA Strategy、Food Grade Safety、No pollution, No residue, Non-Chemical、Molecular Biological Mechanism of Hypochlorous ACID etc Characteristic

Stable, Environmentally Friendly, Safe:

1) Global leader in the innovation of hypochlorite sterilization Japanese mainstream hospital clinical disinfection supplier

2) The US Food and Drug Administration (FDA) and the Japanese

3) Ministry of Health, Labor and Welfare have identified food additive grade antibacterial agents.

one to one Hypochlorous Acid Water:The product is a colorless and odorless transparent liquid with a light odor of hypochlorous acid disinfectant. The effective chlorine content is generally 50 mg/L-200 mg/L, the pH is 4.0-6.5, and the redox potential is above 1040 mV. It has good stability under the conditions of room temperature, airtightness and protection from light. Under the condition of being open and not protected from light, it decomposes oxygen, water and chloride ions by itself without residue

Technical Leader Professor Fukusaki :Breakthrough in key technologies for the production process of medical popularization in Japan,Greatly reduced the HClO decay rate of hypochlorous ACID,Store at room temperature for 24 months,Maintain more than 95% activity

One to one Hypochlorous ACID Biological Sterilization Principle :Biological Mechanisms Derived From the Human Immune System ,The human neutrophils (white blood cells) secrete hypochlorous acid, which strongly infiltrates the peripheral structures of microbial cells (bacteria and viruses) such as cell walls and cell membranes, destroying the structure of the inner core (DNA) and inactivating it.

★ Human and animal cells are giant cells, and hypochlorous acid molecules cannot pass through.

Multi-Functional Health Guard,Food Grade Safety,Can Be Sprayed Directly

Test Data Report:

1) Spore 3 seconds fast kill 99.999%,Whether the bacteria in the spore state can be eliminated is the most important indicator for measuring various sterilization methods.

2) Killing Bacteria 1 seconds fast kill 99.999%,Common Staphylococcus aureus,Staphylococcus aureus, Escherichia coli and Pseudomonas aeruginosa

3) Toxicity test 5 seconds fast kill 99.999%,Acute oral toxicity test.Actual non-toxic acute inhalation toxicity test.Actual non-toxic grade disposable skin irritation test, no irritation level, multiple skin irritation test, no actual stimulation level

4) In Addition to Formaldehyde Removal of Ammonia 99.999%,One to one hypochlorous acid can react with formaldehyde, ammonia, benzene, TVOC, etc. instantaneously to achieve an instant removal effect. This report is based on a national standard test test for 24 hours.

1) In Addition to Benzene and Deodorization 99.999%,In fact, one to one gas can be chemically reacted with formaldehyde and ammonia instantaneously to achieve an instant removal effect. This report is 24 hours, just a traditional test procedure

Healthy Space Essentials,At present, 99% of diseases are caused by bacterial viruses. In particular, modern urban life is dense and sunlight is insufficient. The natural enemies lacking bacterial viruses have hidden countless invisible killers and hidden diseases in various space environments.

1) Maternal and Child Care,Provide a healthy space and environment for your baby, solve the discomfort caused by health problems, and eliminate the factors that reduce the immunity of the baby

2) Pet Deodorization,As a medium for direct physical contact with the outside world, pets have more intense hair and their own factors. Easy to bring in bacteria outside.

3) Family, Car Space Care,Disinfect the personal space. Sterilization care. Used to build a modern family health system

4) Public Space Cleaning,The public bow space is clean and sterilized. In the case of a large number of people and complex activities, traditional cleaning methods are not suitable

5) Specialist Pharmaceutical Industry,With its excellent sterilization and disinfection performance, the new generation of disinfectant water can be applied to places where traditional disinfectants such as human skin, eyes, mouth and genitals cannot be used. Market capacity is immeasurable

6) Other Industry,Can be made into a disinfectant wet wipes, a green mask, a wound patch, and the like. In agriculture, aquaculture, food processing, airports, railway stations. For industries such as dumpsters and special application scenarios, the company can provide integrated system solutions for sterilization, disinfection and deodorization.

[masaakiiiiii31]

�� 空気と自分の #ニオイ対策 ・ 犬には #ジアイーノ 自分には #プラスデオ ・ --------------------- #ziaino #panasonic #hypochlorousacid #HCLO #次亜塩素酸で空気を洗う #空間除菌 #次亜塩素酸 #deo #ニオイの科学 #初夏のニオイ対策 #ポメラニアン #犬のいる暮らし #pomeranian #dogstagram (Kokubunji, Tokyo) https://www.instagram.com/p/BySptNbgs79/?igshid=6ub2ue4kmg4y

[onetooneltd-blog]

One to one is a slightly acidic disinfectant with a sterilization rate of up to 99.999%. One to one can stably and efficiently kill various pathogenic bacteria, viruses and various organic pollutants in the environment. Non-toxic and harmless, no load on the environment. The products have passed the testing and certification of authoritative organizations, and have been recognized as food additive-grade antibacterial agents by the Japanese Ministry of Health, Labor and Welfare and the US Food and Drug Administration (FDA). One to one are widely used in daily life, learning, working environment sterilization, deodorization, and have achieved remarkable results.