Watch Our New Demineralised Water Video
ReAgent Blog
by Homar Murillo
6d ago
Have you ever wondered how we process water to demineralise it? In this video, you’ll find out!  You’ll also understand how we’re able to deliver orders of demineralised water anywhere in the world safely and timely. Take a look at our facilities, learn about our production capacity, and gain insight about the various stages of removing minerals from water. What is the video about? Our demineralised water video focuses on our production and logistics capabilities. In the video, we explain how we’re able to produce large volumes of demineralised water, how we deliver orders in full and on ..read more
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How & Where to Buy Acetone
ReAgent Blog
by Homar Murillo
1w ago
Acetone is both a household and industrial chemical with a wide range of applications that make it indispensable in many settings. For example, a beauty salon couldn’t effectively provide services to their customers without it, as acetone is used as nail polish remover. Similarly, acetone is essential in the electronics industry. Computer chips, circuit boards, and other electronic components require acetone as a cleaning agent. It is used in cleaning circuit boards and other components because it can effectively remove residues from components without causing damage to other materials.  ..read more
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Does Hydrogen Peroxide Dissolve Ear Wax?
ReAgent Blog
by Jessica Clifton
3w ago
Many over-the-counter ear drops contain hydrogen peroxide because it effectively dissolves ear wax. Why does this happen? Put simply, when the oxygen in the hydrogen peroxide makes contact with the ear wax, it creates bubbles that cause the wax to soften and break down.  Continue reading to learn more about this common chemical and its role in ear wax removal. You’ll also find step-by-step instructions on how to safely use hydrogen peroxide to treat ear wax build-up. What is hydrogen peroxide? Hydrogen peroxide (H2O2) is a chemical compound available in various grades or concentrations, d ..read more
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What’s The Difference Between USP And EP Water?
ReAgent Blog
by Jessica Clifton
1M ago
Although both USP (United States Pharmacopoeia) and EP water (European Pharmacopoeia) must meet strict quality standards, there are some important differences between them.  USP purified water is commonly used to manufacture sterile medical products such as parenteral items, surgical dressings, sutures, ligatures, and ophthalmic preparations.  EP purified water, on the other hand, is typically used to produce non-sterile medical or pharmaceutical products. As these items don’t necessarily require zero microbial contamination, a higher conductivity threshold is acceptable. Continue re ..read more
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What’s The Difference Between USP And EP Water?
ReAgent Blog
by Jessica Clifton
1M ago
Although both USP (United States Pharmacopoeia) and EP water (European Pharmacopoeia) must meet strict quality standards, there are some important differences between them.  USP purified water is commonly used to manufacture sterile medical products such as parenteral items, surgical dressings, sutures, ligatures, and ophthalmic preparations.  EP purified water, on the other hand, is typically used to produce non-sterile medical or pharmaceutical products. As these items don’t necessarily require zero microbial contamination, a higher conductivity threshold is acceptable. Continue r ..read more
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What Type Of Purified Water Do I Need?
ReAgent Blog
by Jessica Clifton
2M ago
There are three main classifications of purified water, so how do you decide which type you need? The answer really depends on how you plan to use it.  Ultrapure ASTM Type I water (the purest grade) is intended for highly sensitive applications such as cell culture and gas chromatography. Type II Purified Water is suitable for general laboratory use, and Type III Primary Grade Water can be used to wash equipment.  Continue reading to learn more about the different types of purified water and their uses.  Types of purified water Purified water is mainly classified according to i ..read more
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How is Ethanol Converted into Ethanoic Acid?
ReAgent Blog
by Lucy Bell-Young
2M ago
Ethanol (CH3CH2OH) is the primary alcohol that is used in alcoholic drinks and denatured alcohol. Among its many applications, it is used to form ethanoic acid which is most popularly found in a kitchen essential: vinegar. What is ethanoic acid? Ethanoic acid (CH3COOH), also known as acetic acid, is the most typical example of a carboxylic acid. A versatile chemical recognised by its acidic smell and taste, ethanoic acid is the active ingredient in vinegar. It is also used as a preservative, and many foods are stored in it because bacteria is unable to withstand the acidic environment. Ethano ..read more
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Where To Buy Distilled Water
ReAgent Blog
by Jessica Clifton
2M ago
Whether you need to buy distilled water for laboratory analysis or business purposes, it’s important to find a reputable supplier. This is especially true if you work in an industry that relies heavily on this particular type of water. Distilled water products vary in terms of their degree of purity or ‘grade’. Some are suitable for drinking, while others are designed solely for laboratory use (known as reagent grade) or clinical/medical purposes.  It’s therefore important to understand exactly which grade of distilled water is most suitable for your needs before you buy. Continue readin ..read more
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Can I Pour Acetone Down the Drain?
ReAgent Blog
by Jessica Clifton
3M ago
No, you shouldn’t pour acetone down the drain – and for very good reason. As acetone is highly flammable, it could potentially ignite and cause an explosion. It can also damage plastic plumbing and contaminate drinking water and the environment.  To prevent this, always follow the manufacturer’s guidelines when disposing of acetone. No matter how tempting, never simply pour it down the sink or toilet. Understanding acetone: production & consumption Acetone is a clear, volatile liquid. It has the chemical formula (CH3)2CO. Although it’s probably most well-known for removing nail polis ..read more
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GCSE Chemistry Practical: Chromatography
ReAgent Blog
by Jessica Clifton
3M ago
Chromatography is an important analytical technique that’s used to separate a mixture into its individual components.  Its invention has contributed to scientific advances in various fields including the agricultural sector, biotechnology, food science, pharmaceuticals, and the chemical manufacturing industry. In this article, we explain the principles behind chromatography and provide step-by-step instructions so you can perform your own simple experiment. It’s a great way to enhance your analytical skills and support your GCSE chemistry studies. What is chromatography? Chromatography i ..read more
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