离子水机 – Ionfarms 离子水机

How to Use Acidic Water at Home

Webmaster — Mon, 18 Sep 2023 06:10:00 +0000

How to Use Acidic Water at Home

Acidic water is water with a pH below 7. It is important to note that acidic water can be corrosive and dangerous, so it is important to use it with caution. However, when used correctly, acidic water can be a safe and effective alternative to harsh chemicals for many household and personal care tasks.

1. How to Use Acidic Water for Cleaning

Acidic water is effective at killing bacteria and removing dirt and grime. It can be used to clean a variety of surfaces, including countertops, floors, appliances, and even fruits and vegetables. To use acidic water for cleaning, simply dilute it with water and spray it on the surface to be cleaned. Be sure to wear gloves and eye protection when using acidic water for cleaning.

Here are some specific examples of how to use acidic water for cleaning:

Clean kitchen surfaces: Spray acidic water on countertops, cutting boards, and appliances to kill bacteria and remove dirt and grime.
Clean windows and mirrors: Mix acidic water with white vinegar in a spray bottle to create a natural glass cleaner.
Wash fruits and vegetables: Soak fruits and vegetables in acidic water for a few minutes to remove pesticides and other toxins.

2. How to Use Acidic Water for Personal Care

Acidic water can also be used for personal care. It can be used to wash your face and hair, and to treat minor cuts and scrapes. It is also said to be effective at relieving skin conditions such as acne and eczema. To use acidic water for personal care, simply dilute it with water and apply it to the affected area with a cotton ball or washcloth.

Here are some specific examples of how to use acidic water for personal care:

Wash your face: Dilute acidic water with water and apply it to your face with a cotton ball or washcloth. Rinse with clean water and pat dry.
Wash your hair: Dilute acidic water with water and use it to rinse your hair after shampooing and conditioning. This will help to remove residue from shampoo and conditioner, leaving your hair soft and shiny.
Treat minor cuts and scrapes: Rinse minor cuts and scrapes with acidic water to clean them and help prevent infection.

3. How to Use Acidic Water for Cooking

Acidic water can also be used for cooking. It can be used to cook rice and other grains, as well as to blanch vegetables. It is also said to improve the flavor of coffee and tea. To use acidic water for cooking, simply add it to the pot with the food you are cooking. However, it is important to note that acidic water can destroy certain nutrients in food, such as vitamin C.

Here are some specific examples of how to use acidic water for cooking:

Cook rice: Use acidic water instead of regular water to cook rice. This will help to reduce the cooking time and improve the texture of the rice.
Blanch vegetables: Submerge vegetables in boiling acidic water for a few seconds to blanch them. Blanching vegetables helps to preserve their color and nutrients.
Make coffee and tea: Use acidic water to make coffee and tea. This is said to improve the flavor of the coffee and tea.

4. Safety Precautions

It is important to use acidic water with caution. Acidic water can be corrosive to certain materials, such as marble and granite. It is also important to avoid using acidic water on sensitive skin. If you are considering using acidic water at home, it is important to do your research and choose a reputable brand of water ionizer. You should also consult with your doctor before using acidic water if you have any health concerns.

5. Conclusion

Acidic water is a versatile product that can be used for a variety of purposes around the home. When used safely and effectively, acidic water can be a safe and effective alternative to harsh chemicals for many household and personal care tasks.

Alkaline Water for Cooking

Webmaster — Thu, 14 Sep 2023 05:22:22 +0000

Alkaline Water for Cooking

These are many ways to use 碱性水 for cooking. With a little experimentation, you can find ways to use alkaline water to enhance the flavor and nutrition of your meals.

It is important to note that the pH of alkaline water can vary depending on the source and the manufacturing process. It is always best to test the pH of the water before using it for cooking.

Also, it is important to start with a small amount of alkaline water and gradually increase the amount as you get used to the taste. Too much alkaline water can make food taste salty or metallic.
With a little experimentation, you can find ways to use alkaline water to enhance the flavor and nutrition of your meals.

pH 8-9: This is the ideal pH range for most cooking applications. Alkaline water at this pH level can help to improve the flavor and texture of food, and it can also help to preserve nutrients.
pH 9-10: Alkaline water at this pH level can be used for more delicate cooking applications, such as making tea or coffee. It can also be used to tenderize meat or vegetables.
pH 10-12: Alkaline water at this pH level is more potent and should be used with caution. It can be used to disinfect food or to remove toxins, but it can also make food taste salty or metallic.

Some examples of alkaline water for cooking at different pH levels

pH 8-9

Cooking rice: Alkaline water can help to make rice more fluffy and flavorful. To cook rice in alkaline water, simply add the rice to a pot of alkaline water and bring to a boil. Reduce heat to low, cover, and simmer for 15-20 minutes, or until the rice is cooked through.
Soaking vegetables: Soaking vegetables in alkaline water can help to remove dirt, pesticides, and other unwanted chemicals. It can also help to tenderize the vegetables and make them more flavorful. To soak vegetables in alkaline water, simply add them to a bowl of water and add enough alkaline water to cover them. Soak for 15-30 minutes, or longer for tougher vegetables.
Making salad dressing: Alkaline water can help to make salad dressing more flavorful and acidic. To make salad dressing with alkaline water, simply whisk together the ingredients in a bowl, adding enough alkaline water to reach the desired consistency.
Braising: Alkaline water can help to tenderize meat and make it more flavorful. To braise meat in alkaline water, simply brown the meat in a pan over medium heat. Then, add enough alkaline water to cover the meat and bring to a boil. Reduce heat to low, cover, and simmer for 1-2 hours, or until the meat is cooked through.

pH 9-10

Making tea: Alkaline water can help to make tea more flavorful and clear. To make tea with alkaline water, simply add the tea leaves to a cup of alkaline water and steep for the desired amount of time.
Making coffee: Alkaline water can help to make coffee more flavorful and smooth. To make coffee with alkaline water, simply add the coffee grounds to a filter and pour over hot alkaline water.
Making soups and stews: Alkaline water can help to make soups and stews more flavorful and nutritious. To make soups and stews with alkaline water, simply add the ingredients to a pot and add enough alkaline water to cover them. Bring to a boil, then reduce heat and simmer until the soup or stew is cooked through.
Baking: Alkaline water can help to make baked goods more moist and chewy. To bake with alkaline water, simply replace the regular water in the recipe with alkaline water.

pH 10-12

Disinfect fruits and vegetables by soaking them in alkaline water for a few minutes.
Remove toxins from fish or shellfish by soaking them in alkaline water for a few hours.
Cook beans in alkaline water to reduce the gas-causing compounds.

Some specific recipes that you can try using alkaline water

Alkaline Vegetable Soup: This soup is a great way to get your daily dose of vegetables. Simply chop up your favorite vegetables, add them to a pot of alkaline water, and bring to a boil. Reduce heat to low, cover, and simmer for 20 minutes, or until the vegetables are tender.

Alkaline Chicken Rice: This dish is a classic comfort food that is made even better with alkaline water. Simply cook your chicken and rice in alkaline water, and then season with your favorite herbs and spices.

Alkaline Smoothie: This smoothie is a great way to start your day. Simply blend together your favorite fruits and vegetables with alkaline water.

Alkaline Coffee: This coffee is a great way to wake up in the morning. Simply brew your coffee with alkaline water, and enjoy.

These are just a few ideas to get you started. With a little creativity, you can find many other ways to use alkaline water in your cooking.

You can also check out various recipes using alkaline water at the link below.
一个LKALINE WATER FOR COOKING

氧化还原电位

Ionfarms — 2022 年 10 月 14 日星期五 02:39:04 +0000

氧化还原电位 (ORP)

什么是氧化还原电位？

氧化还原电位 (ORP) 衡量湖泊或河流自我清洁或分解废物（如污染物和死去的植物和动物）的能力。

当 ORP 值高时，水中存在大量氧气。这意味着分解死组织和污染物的细菌可以更有效地工作。

一般来说，ORP值越高，湖泊或河流越健康。

然而，即使在健康的湖泊和河流中，当您靠近底部沉积物（泥浆；参见下图的湖底）时，氧气也会减少（因此 ORP 值也会降低）。

这是因为沉积物中有许多细菌在努力分解死组织，它们会消耗大量可用的氧气。

事实上，底部泥浆中的氧气会很快消失（通常在一两厘米内），ORP 会迅速下降。除了溶解氧之外，还测量了 ORP，因为 ORP 可以为科学家提供有关水质和污染程度（如果存在）的额外信息。

此外，还有其他元素可以像氧气一样发挥作用（就化学性质而言）并有助于提高 ORP。

为什么氧化还原电位很重要？

ORP 取决于水中溶解氧的量，以及与氧气功能相似的其他元素的数量。

虽然技术上不正确，但氧气和其他有助于高 ORP 的元素有效地帮助“吃”了我们在水中不想要的东西——例如污染物和死组织。

当 ORP 低时，溶解氧低，某些金属和污染物的毒性会增加，水中有大量无法清除或分解的死亡和腐烂物质。

这对鱼或虫子来说不是一个健康的环境。

在健康水域，ORP 读数应该在 300 到 500 毫伏之间。

在北部，我们可能预计接收污水输入或工业废物的水域的 ORP 较低。

[氧化剂=破坏细胞]

[抗氧化剂=保护细胞]

我们如何测量氧化还原电位？

ORP 是直接在您正在使用 ORP 传感器调查的湖水或河水中测量的。

ORP 以毫伏 (mV) 为单位测量，水中存在的氧气越多，ORP 读数就越高。

ORP 可以高于零或低于零。

更多信息的参考资料

滨崎步、武木等。 “电化学还原的水在 HT1080 电池中具有比同等水平的氢溶解水更出色的活性氧清除活性。”公共科学图书馆一号，第一卷。 12，没有。 2017 年 2 月。 https://www.ncbi.nlm.nih.gov/pubmed/28182635 花冈、幸吉等人。 “电解产生的还原水对超氧阴离子自由基增强抗氧化作用的机制。”生物物理化学，第一卷。 107，没有。 1，2004 年，第 71-82 页。 https://www.ncbi.nlm.nih.gov/pubmed/14871602 Hanaoka, K. “氯化钠溶液电解产生的还原水的抗氧化作用。”应用电化学杂志，第一卷。 31，没有。 12, 2001, 第 1307-1313 页。 https://link.springer.com/article/10.1023/A:1013825009701 Huang, Kuo-Chin, et al. “通过电解还原水减少终末期肾病患者的血液透析引起的氧化应激。”肾脏国际，第一卷。 64，没有。 2，2003 年，第 704-714 页。 https://www.ncbi.nlm.nih.gov/pubmed/12846769 KeramatiYazdi、Fatemeh 等人。 “渗渗（碱性）水的辐射防护作用：细胞遗传学研究。”环境放射性杂志，第一卷。 167，2017，第 166-169 页。 https://www.ncbi.nlm.nih.gov/pubmed/27839844 Lee、Mi Young 等人。 “电解还原水可防止对 DNA、RNA 和蛋白质的氧化损伤。”应用生物化学和生物技术，第一卷。 135，没有。 2，2006 年，第 133-144 页。 https://www.ncbi.nlm.nih.gov/pubmed/17159237 Shirahata，Sanetaka 等人。 “电解还原水清除活性氧并保护 DNA 免受氧化损伤。”生化和生物物理研究通讯，第一卷。 234，没有。 1，1997，第 269-274 页。 https://www.ncbi.nlm.nih.gov/pubmed/9169001 柳原、智之等。 “用于饮用的电解氢饱和水具有抗氧化作用：大鼠喂养试验。”生物科学、生物技术和生物化学，第一卷。 69，没有。 10, 2005, pp. 1985-1987。 https://www.ncbi.nlm.nih.gov/pubmed/16244454

DARC离子水机的性能

Ionfarms — 2022 年 10 月 13 日星期四 05:13:32 +0000

每个水离子发生器的 pH、ORP 和 H2 性能有何不同？

无论价格或板数如何，新购买的离子发生器都可以毫无问题地生产出适合饮用和健康的碱性水至少一周至最多一个月。

然而，可以观察到离子发生器的 pH 值、ORP 和溶解氢值会随着时间的推移而降低。

原因是碱性矿物质会在铂板和膜表面形成斑块。随着电极（板）数量的增加，这一致命问题迅速恶化。

原因是碱性矿物质会在铂板和膜表面形成斑块。

如果不及时清除这些矿斑，它们会逐渐钙化，电解能力降低，从而使pH、ORP和溶解氢的性能变差。

（经常刷牙的人会更容易理解上面的解释。）

因此，离子发生器的pH、ORP、H2性能与电极的数量或成本的高低无关，而有效地防止电极和膜上的这些矿物质斑块是决定离子发生器性能的关键。

几乎所有的离子发生器都配备了称为“反极性清洁”的矿物质斑块预防系统，我们通常将其称为“清洁系统”。但这样的反极性清洗系统，品牌间技术差距较大，导致品牌间清洗能力存在巨大差异。

反极性清洗原理

反极性清洁是指您的离子发生器反转极性；正极变为负极，反之亦然。

当电极在含有结垢矿物质的碱性水中“浸泡”时，它变得容易受到矿物质结垢的影响。当极性反转时，同一电极会暴露在酸性水中，从而去除矿物垢。

因为要除垢是酸性水，所以在洗涤循环中必须有一个最佳的“酸碱洗涤比”，以获得最佳效率。

最有效的反极性清洗的碱酸比

研究表明，应至少进行 50:50 比例的反极性清洗，以防止矿物结垢。

换句话说，如果你使用1升碱性水，你必须改变碱性水中使用的电极的极性，然后用1升酸性水清洗，以产生最佳的碱、ORP和溶解氢。

尽管几乎所有的离子发生器都使用反极性清洁类型，但大多数离子发生器几十年来一直使用过时的清洁系统，没有进步或技术改进。

由于这个原因，在清洗过程中碱和酸的电极和每个出口是颠倒的，因此在清洗过程中存在不能使用碱性水的问题。

幸运的是，已经开发出一种名为 DARC 的创新技术，可以取代这些过时的清洁系统并防止电极和膜的矿物结垢。

DARC 技术的理念是通过在电解过程中定期更换电极的极性来防止矿物斑块。

DARC 水槽（电解槽）配有旋转阀，可改变出口处的水路径以排出碱性和酸性水。

该旋转阀连接到微型计算机。当微机反转电极极性时，旋转阀也随之转动，阀内的出水管与碱性水和酸性水的出水路径相匹配。

因此，无论清洁过程如何，消费者都可以使用离子发生器。

由于清洗系统是必不可少的，根据技术可以分为三种方法。

每个清洁系统也可以按照自己的方式分类。

一、“程序清理” 根据特定程序进行清洁的方法

二、“化学清洗” 将化学品从外部直接注入机器的清洁方法

三、“DARC清洗” 它是引入了最具创新性的新技术“DARC清洁”的离子发生器品牌。

每种清洗方式的分类和区别

1) 程序清理方法 - 4Tyes

程序清洁类型 1：手动系统（酸性按钮）

您必须记住反转极性并自己启动循环。

该手动系统是所有离子发生器必不可少的酸性水按钮。

大多数品牌都将其称为为洗涤或消毒而设计的功能。

不过，此功能是在使用碱性水后立即对碱性电极进行酸性水清洗，以防止碱性电极上的矿物镀层。

程序清洁类型2：后清洁系统

虽然它们在每次使用后进行清洁，但清洁周期极短，导致酸碱比不佳。

由于在离子发生器关闭后开始清洁，因此仅使用电解槽中的水。因此，不可能用酸性水充分清洗碱性电极和矿物垢。

程序清洗类型 3：定时器系统

以设定的时间间隔进行清洁，例如每 15 分钟使用一次。运行 15 分钟后，下次打开离子发生器时，设备将开始清洁循环。大多数情况下，您必须等待它完成该过程。

程序清洁类型 4- 容量系统：

类似于定时器系统，但根据通过离子发生器的设定水量（例如，10 升）进行清洁。你也必须等待。

每个过时的清洗系统都有缺点：您可能需要记住每次都用酸性按钮清洗碱性电极或感到恼火，而且定时器和容量系统的酸碱清洗比例较差。最严重的错误是，对于上述每个程序，您必须等待循环完成才能获得碱性饮用水。

每种清洗方式的分类和区别

2) 化学清洗 – 2种

化学清洗是通过在过滤器外壳和循环水中加入清洗液或化学物质来溶解离子发生器和电解槽内部管道的碱性矿物质的方法。

化学清洗类型 1：清洗过滤器（或除垢过滤器）

清洁过滤器必须与离子发生器过滤器分开购买。

清洁过滤器的内部含有可以溶解碱性矿物质的化学物质。这种化学物质与水一起注入离子发生器，以溶解内部管道和电解池中的碱性矿物质。尽管如此，在实践中，可以说几乎没有效果。

此外，由于清洗过滤器在清洗一次后不能重复使用，因此除了浪费资源外，还需要购买单独的清洗过滤器的成本负担。

化学清洗类型 2：深层清洁工具（除垢工具）

第二种化学清洗方法使用一种由家用水族箱水循环器改造而成的装置，该装置位于机器外部的称为“深度清洁装置”的水箱中。

将溶解有化学物质的水注入设备后，这种化学物质会在几分钟到几小时内通过管道和机器内部的电解槽循环，以溶解碱性矿物质。

这也使得在循环器运行时无法使用离子发生器，以及单独购买称为 Deep Clean 的水循环循环器的额外成本。

此外，很容易忽视足以溶解水垢的化学物质会损坏电解槽隔膜（膜），该隔膜由具有微孔的薄塑料纤维膜组成，电解槽矿物质通过这些微孔。

而最令人担忧的是，如果隔膜（膜）损坏，碱和酸混合排放，甚至在碱性水中检测到余氯。

每种清洗方式的分类和区别

3) DARC - 高级清洁系统

DARC Type1 : DARC (双重自动反向清洗

DARC 每次使用都会清洁，消除破坏性的水垢堆积。它通过在您每次使用离子发生器时反转极性来实现这一点。

革命性的 DARC 清洁系统消除了电极和膜上的矿物结垢。

DARC 非常有效，因为它在您每次使用离子发生器时和使用时在后台清洁电极。

此外，通过引导水流的双螺线管系统，您无需等待离子发生器清洁即可获得碱性水。

DARC Type2：DARC + 混合清洁（DARC + 后清洁）

碱性矿物质最有可能在碱出口处形成斑块

配备 DARC 功能的离子发生器。

因此，在 Alpha 离子发生器中设置了 DARC + Hybrid Post Cleaning，以防止碱性矿物质在碱性柔性出口内镀层。

关闭电源后，酸水在用户设定的时间内自动排出，对管内和水箱进行消毒。残留的碱性矿物质溶解在酸性水中，通过排污口强行排出。