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Chemicals for pH Balancing and Cleaning Pools
Summer is right around the corner, which means it is time to step up pool maintenance to ensure a safe, clean environment for the ultimate summer fun. You want to be the company people call when they need pool cleaning services, so you’ll want to make sure you’re using all the right chemicals. Industrial chemical supplier Bell Chem’s extended range of chemicals and advice will elevate your pool company above the rest.
Sanitizers
Every pool needs to be sanitized to keep swimmers safe. Most community pools and major pool companies rely on chlorine as their main sanitizing agent. Here are a few examples of commonly used chemicals for pool maintenance:
Chlorine is inexpensive and works quickly to oxidize bacteria, algae, and other microorganisms. A similar product is calcium carbonate, which is more commonly known as unstabilized chlorine or shock.
Shock works quite quickly (hence the name) but breaks down rapidly in sunlight. It is recommended to add shock at night for beautiful morning results. The up-and-coming challenger to chlorine is bromine.
Bromine remains active longer than chlorine, but is generally more expensive at the outset. Bromine is also kinder to skin and hair, which pool patrons truly enjoy. Bromine also works well under varied temperature differences, making them ideal for spas and heated pools.
Alkalinity Controllers and pH Balancers
A crystal clear pool with the proper amount of sanitizer won’t stay clear without ensuring the pH levels are balanced. To that end, baking soda and soda ash are effective at balancing acidic pH levels, while muriatic acid corrects alkaline water. An alkalinity increaser should be the first line of defense for adjusting the pH; baking soda can actually increase pool alkalinity!
Flocculants and Sequestrants
Even the best efforts cannot stop nature from dropping unwanted debris into a pool. From lizards to leaves, plants and animals drag bacteria and other unwanted waste into pools. An abundance of debris, excess chemicals, metals, floating algae lifted from the bottom, or other small amounts of matter lead to cloudy water. In some instances, the water may be healthy, just unsightly.
To remove minute floating matter, use flocculants and sequestrants. Flocculants chemically bind small pieces of material, which causes them to sink to the bottom of the pool because of their added bulk. Sequestrants focus on binding metals, such as excess calcium or metal present in hard water. Both processes take at least a day to bind and sink. Afterward, clean-up consists of a thorough vacuuming. If your filter is up to the challenge, filter the debris through. It may be wiser to vacuum the flocculant directly to an external drain.
Water Clarifiers
Much like flocculants and sequestrants, water clarifiers address cloudy water. Clarifiers are short-term fixes for immediate gratification, only lasting a day or so under ideal conditions. To completely eradicate the undesirable floating matter, use a flocculant or sequestrant.
Bell Chem is your industrial chemical supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including CSANTM sanitation products and chemicals to treat pools. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Acetic Acid in Food Production
Acetic acid has uses across industries, but its most common affiliation is with food preservation. According to the New York Food Museum, archaeologists uncovered pickled foods in Mesopotamia from 4400 years ago! Modern pickling with acetic acid has not changed drastically in that amount of time, although several other uses for acetic acid in the food industry have been discovered. Bell Chem, your food ingredient supplier, has a number of uses for acetic acid in food production and manufacture.
Food preservation with acetic acid helps preserve canned goods, but it also does so much more. Many products contain this important ingredient not only for its flavor, but because of its ability to stop the growth of bacteria. Acetic acid is often added to salad dressings, sauces, cheeses, and pickled products. Combined with baking soda, acetic acid acts as a leavening agent in breads and other baked goods. Baking soda on its own will not stimulate the formation of aerated bubbles. When combined with acetic acid, bread rises and cakes take on a spongier texture.
Here are some specific examples of the use of acetic acid in food production:
Salt and vinegar chips are, more precisely, salt and acetic acid chips. Vinegar is 4% acetic acid at a minimum, and the pungent odor and distinctly sour flavor of salt and vinegar chips prove the popularity of acetic acid as a flavor enhancer.
Sushi and other “raw” meats are safer to consume if marinated in diluted acetic acid since it controls Salmonella contamination. The acid denatures proteins, breaking them apart and restructuring the proteins into new formations that coagulate the proteins without using heat to cook the meat. This same coagulation occurs with pickled eggs.
Diluted acetic acid transforms the colors of many fruits and vegetables. Dark green vegetables become olive in appearance, red fruits and vegetables become more vibrant, and acetic acid preserves the white flesh of apples and potatoes when they are freshly cut.
Learn more about your food additives by reaching out to Bell Chem. Bell Chem is a food ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including acetic acid. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Rice Flour Uses in Skin Care Products
Rice flour has been used in Eastern countries as a skin and hair beauty aid for almost 5,000 years. Records dating to 2800 B.C. indicate rice was used medicinally, psychologically, and for beauty – truly, a plant that can do anything! Our modern culture is finally seeing rice flour’s many attributes, and food ingredient supplier Bell Chem would like to share news, studies, and information pertaining to the use of rice flour in cosmetics.
Benefits of Whole-Grain Rice
Whole-grain (100%) rice is preferred over whole rice or white flour because it contains all portions of the rice grain. Think about a single grain of rice: what is it? It’s a seed packaged inside a nutrient-filled covering that protects and feeds it until it is planted and begins to mature. Whole-grain rice contains the rice bran, germ and endosperm – the entire growth package. Whole flours contain the endosperm, a portion of the bran, and most of the germ – only a portion of the healthiest portions of rice. White flour is generally only the endosperm – the seed itself. Because bran contains the highest amount of nutrients, while the endosperm in the white rice flour is simply a carbohydrate, it is important to choose carefully when purchasing rice flour.
With this in mind, let’s peek inside a single rice grain and see how the different components can benefit skin and hair health.
Parts of Whole-Grain Rice
Bran and germ are the rice grain’s abundant sources of nutrition. They protect its contents with an ensemble of antioxidant and anti-inflammatory chemicals to help nurture growth. These chemicals function similarly in the human body. The rigidity of the bran is slightly apparent even when ground; it acts as a natural, mild exfoliant. Here are the different components and how each one helps with skincare:
Allantoin: The soothing effect of allantoin prevents inflammation, deters sun damage, and recent studies report that it may stimulate wound healing.
Ferulic acid: A bioactive that may prevent sunburn by blocking ultraviolet radiation, ferulic acid blends antioxidant, anti-inflammatory, and antimicrobial properties into an effective cosmetic treatment. Ferulic acid is often used in conjunction with vitamins C and E (other components effective in skin care) since it lengthens their shelf life.
Para-aminobenzoic acid (PABA or vitamin B10): Stimulates cellular repair and prevents damage from ultraviolet rays.
Phytic acid: Like ferulic acid, phytic acid is located within the rice kernel’s bran. Phytic acid is an alpha hydroxy antioxidant found to be more gentle than glycolic or salicylic acid for reducing hyperpigmentation and treating acne. The acidity helps the skin shed its outermost dead skin cells, leaving a glowing, more youthful appearance.
Proteins: The proteins supporting the endosperm have proven to be effective in repairing damaged hair and acting as overall conditioners.
Endosperm: The starchy endosperm clears skin and cleans hair by absorbing oil on and slightly below the skin’s surface. Rice starch quickly binds to water molecules to stabilize fats.
Rice flour has major benefits when it comes to caring for hair and skin. To see why, it helps to break a single grain of rice down into its many components. For thousands of years, rice has been used as more than just food, and it certainly will be for generations to come.
Bell Chem is your food ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including rice flour. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Copper Sulfate in Organic Agriculture
Much as the name predicts, copper sulfate (CuSO4)2 is an inorganic compound of copper and sulfate. This useful chemical stocked by industrial ingredient supplier Bell Chem is renowned for its use in pesticides, bactericides, and fungicides.
What is Copper Sulfate?
Copper sulfate has a litany of common names, such as basic copper sulfate (BSC), BSC copper fungicide, CP basic sulfate, and tribasic copper sulfate. In its stone (pentahydrate) form, it carries the monikers of blue vitriol or blue stone because of its vibrant color. Chemically it is copper (II) sulfate or copper (II) tetraoxosulphate, depending on its chemical form.
Benefits of Copper Sulfate in Agriculture
Copper sulfate has long been recognized as an agricultural aid to deter the growth of bacteria and fungus, primarily on fruits and vegetables. Copper sulfate binds to and denatures the proteins of algae and fungi to the point of cell death. Tropical and subtropical climates often experience snail and slug damage to crops. The application of copper sulfate as snail bait prevents these animals from damaging crops.
Varying dosages of copper sulfate also control unwanted plant growth, and destroy roots of invasive plants. A Bordeaux mixture combines lime and water (calcium hydroxide) and copper sulfate. When applied to seeds before planting, this mixture prevents fungal infestation. Added to the soil, Bordeaux enriches soil and stimulates plant growth.
Uses in Organic Agriculture
Knowing this, how does copper sulfate tie into organic agriculture? According to Brian Baker of the Organic Materials Research Institute, most chemicals found naturally occurring (not synthetically manufactured) are acceptable for organic farming and agriculture. In fact, used separately, sulfur and copper are the two top disease-control chemicals for organic crops. To be deemed organic, no accumulation of copper must exist in the soil; it must be taken up by the plants it protects.
Diving deeper, organic agriculture is on the rise since its “rebirth” in England approximately 100 years ago after the industrial revolution commercialized pesticides and herbicides. This created powerful products that, unbeknownst to most farmers at the time, negatively impacted plants, soil, and the health of those consuming the products.
Organic farming focuses on soil management, weed control, and pest eradication. This method is more than farming without the use of synthetic chemicals. Organic farmers use techniques recognized centuries ago as helpful to crop growth: crop rotation, soil amending, planting cover crops, mixing farms with livestock for natural fertilization and pest control, and focusing research on the biological health of farmland.
Bell Chem’s inventory includes an abundance of natural and organic additives and chemicals for agriculture and beyond.
Bell Chem is an industrial ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including copper sulfate. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
How Inulin Makes Food Better
Inulin is a soluble fiber found in thousands of plants. Its main source is the chicory plant, where the large, carrot-like taproot stores inulin at a whopping 48% of its volume. This accounts for its marketing as “chicory root fiber” or “chicory root extract.” This important additive is more than a New Orleans staple. Bell Chem, your food ingredient supplier, inventories dried inulin for its customers to add to foods and beverages due to its glowing benefits.
Inulin is available in two forms: long chain and short chain. The addition of long-chain inulin in products increases viscosity to low-fat or zero fat foods, such as yogurt or sauces. Short-chain inulin, on the other hand, is simply the longer chain carbohydrate broken into a simple sugar. Therefore, short-chain inulin adds a sweet flavor to foods and beverages without adding excess sugar.
As we age, it becomes more and more important to be aware of our diets. Healthy eating includes fiber, but not all fibers are created equal. Inulin’s natural solubility aids the digestive system due to its reaction with digestive juices. As it is broken down, inulin becomes a feedstock (a prebiotic) for Bifidobacterium, a helpful probiotic bacteria, which aids in overall digestion.
Inulin’s remarkable benefits also include the following:
Slowing digestion: Through several research studies, it has been proven that inulin slows digestion. In today’s modern world where food is almost always within arm’s reach, the tendency to overeat predominates. Slower digestion helps people feel fuller longer, and that leads to weight loss.
Glucose regulation for diabetics: Diabetics find high-performance (HP) inulin stabilizes carbohydrate digestion to regulate the release of sugar into the bloodstream, decreases fat in the liver for individuals diagnosed with prediabetes, reduces fasting blood sugar by an average of 8.5%, and decreases hemoglobin A1c an average of 10.4%. These statistics have led many physicians to believe inulin can help prevent or possibly reverse type II diabetes in some patients.
Removal of bile acids: Any foods with excess soluble fiber – including inulin – remove cholesterol-containing bile acids from the digestive system.
Sugar replacement: With its slightly sweet flavor, inulin adds a touch of sweetness without unwanted calories and carbohydrates. Inulin is often added to cereals and cereal bars to fortify them with fiber while lowering sugar and fat content.
Pharmaceutical aid: Pharmaceutical products with metallic aftertastes often add inulin to mask that offensive flavor.
Fat replacement: Our bodies are predisposed to craving fat. Thousands of years ago, fat was the ultimate form of energy storage. Today, the overabundance of food leads to obesity. Inulin replaces fat in many foods, fooling our brains into believing we have digested fat when it was instead a flavorful fiber.
Bone remineralization: One of the body’s major losses with age is bone strength. Studies suggest that inulin stimulates remineralization through calcium absorption in the bones.
Stabilizer/bulk additive: Inulin is fiber. Adding inulin to any bakery or dairy product, cosmetic, or beverage will increase bulk and add body.
Baby formula supplement: The World Health Organization claims a mother’s milk is ideally suited for her child’s growing body, with her antibodies and prebiotics keeping her baby healthy. Inulin added to formula simulates a mother’s milk by enhancing prebiotics in the baby’s digestive system.
Animal feed additive: Humans are not the only animals benefiting from inulin. Added to animal feed and pet food, inulin increases the amount of good bacteria in your pet’s digestive system and those of farm animals.
Bell Chem is a food ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including inulin. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Industrial Uses of Hydrated Lime
Industrial ingredient supplier Bell Chem’s hydrated lime (calcium hydroxide) is used across industries in myriad functions. Many customers wonder about the difference between quicklime and hydrated lime: hydrated lime and quicklime differ in reactivity, with quicklime (calcium oxide) being more reactive. Hydrated lime is simply quicklime with water added to convert oxides to hydroxides before the product is baked and pulverized (a process known as “slaking”). It is considered calcium hydroxide, or hydrated lime, at that time, although it is also known as slack lime, builders’ lime, or pickling lime.
Hydrated lime is available in several strengths. The specific hydrated lime depends on the catalysts utilized and the type of quicklime. High calcium hydrated lime contains 72%-74% calcium oxide; dolomitic hydrated lime contains 46%-48% calcium oxide and 33%-34% magnesium oxide; and dolomitic hydrated lime (pressurized) combines 40%-42% calcium oxide with 29%-30% magnesium oxide. The remaining percentages are all water.
Uses of hydrated lime are many and varied, including:
Steel manufacturing: The largest scale use of lime is in the steel industry, where hydrated lime neutralizes impurities in plants where coke is a by-product. Steel plates are often sheathed in hydrated lime since it acts as an effective short-term barrier to oxygen corrosion.
Chemical manufacturing: A variety of chemicals are manufactured with hydrated lime as a basic component. Included are bromide, caustic soda, fluoride, magnesia, lactate, nitrate, oleate, and stearate. Many organic and inorganic calcium salts, such as calcium carbide, calcium hypochlorite, calcium magnesium acetate, and calcium phosphate, begin production with hydrated lime. Hydrated lime also plays a role in citric acid purification.
Flue gas treatment: Hydrated lime catalyzes particles emanated after combustion in cement plants, coal fire plants, glass industries, and other incendiary plants. Acidic pollutants normally released into the environment, such as hydrogen fluoride, hydrogen chloride, sulfur dioxide, selenium, and fine particulate matter are captured by hydrated lime’s anions, eventually rendering them into calcium sulfate.
Sugar production: Both cane and beet sugar rely on hydrated lime to react with impurities and elevate pH. Hydrated lime also removes impurities in the manufacture of maple syrup, sorghum, or other viscous forms of sugar. Carbonation before the final product is packaged removes excess lime.
Acid reduction: As milk is separated into cream and skimmed milk, lime water is added to the cream portion prior to producing butter to reduce the acid content. Lime added to the remaining milk produces either lactic acid, when combined with a low pH chemical, or calcium lactate, a boon for medicinal supplements.
Baking powder creation: Baking powder (monocalcium phosphate) is a reaction of phosphoric acid with high calcium lime.
Masonry binding: Hydrated lime is used to bind with sand to form plaster and stucco. Adding 15% hydrated lime to cement significantly reduces shrinkage and cracking. Road and building foundations, earthen dams, and airfields all rely on hydrated lime.
Paint formation: Limewash painting is achieved when water and pigment are added to hydrated lime to form a paste-like consistency before it is applied.
Soil amending: Adding basic hydrated lime to acidic soil stabilizes the pH for superior plant growth.
Bell Chem is an industrial ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including hydrated lime. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Analysis Reagents and Reagents of the Electronics Industry
The purpose of a reagent is to catalyze a chemical reaction or to determine if a reaction will occur. The reaction may prove the presence or absence of a substance or chemical, or analyze a known chemical. Two separate fields – analysis reagents and electronic industry reagents – are among many specialty industries requiring the use of reagents. Industrial chemical supplier Bell Chem is proud to offer reagents for these industries and others.
Analysis (or analytic) reagents are utilized in analytical chemistry, using a change of color, precipitation, fluorescence or an alternate method of recognition to determine if another chemical or additive is present and, if so, at what concentration.
Reagents generally have 2 strong factors – sensitivity and selectivity – that set them apart from other chemicals and categorize them into a number of varied roles. Reagents may be specific, in which case their reaction occurs with only a scant number of chemicals to ascertain their presence within a substance. An example of a selective analytical reagent is silver nitrate, which reacts by precipitation when chloride or bromide are present. On the other side of the coin are group reagents, which are able to separate several ionic substances simultaneously. The majority of inorganic analytical reagents fall into the category of specific agents while organic analytical reagents are generally group reagents.
Bell Chem stocks a number of analysis reagents including glacial acetic acid, boric acid, hydrochloric acid, nitric acid, phosphoric acid, potassium hydroxide, and sulfuric acid, which will prove or disprove the presence of an analyte – a substance identified by its chemical components. These chemicals may be used in conjunction with varied forms of instrumental analysis, such as lasers, chromatography, capillary electrophoresis, titration, water quality control, mass spectrometry, or simple microscopy.
An important sub-field of analysis reagents is within the electronics industry. Electronics demand extremely precise reagents of ultra high purity (99.99% pure is often referred to as 4N while 99.999% pure is 5N) to detect slight infiltration of unwanted metallic debris (trace element analysis), often detecting metallic infiltrates ranging from parts per billion (ppb) to parts per trillion (ppt). These reagents are often categorized as ASTM level “O”. Electronic grade reagents are referred to as “wet” chemicals since they are primarily utilized in a liquid form. Among electronic grade reagents stocked by Bell Chem are acetic acid, acetone, hydrochloric acid, hydrogen peroxide, isopropyl alcohol, nitric acid, phosphoric acid, and sulfuric acid.
Electronic-grade reagents are utilized in scientific research fields, in fiber-optic communications, in microelectronics and semiconductors, and chemical and physical trace analysis.
Bell Chem is your industrial chemical supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including dozens of reagents. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Glycerin Use Across Industries
Glycerol has long been recognized as an important ingredient in health and beauty products. However, it has dozens of other roles across industries, and scientists are striving to discover even more functions for this amazing product. Industrial ingredient supplier Bell Chem stocks 99.5% glycerin for all industries.
Medication
To replicate the sweet flavor found in food and beverages, the pharmaceutical industry adds vegetable glycerin to cough syrup and throat lozenges. Medications with glycerin in their lists of ingredients include suppositories, cough medications, gel capsules, ear drops and eyewashes. Patients with glaucoma use ophthalmic drops containing glycerin to reduce dangerous intraocular pressure. During surgery, glycerin may be administered to reduce brain pressure. Physicians also prescribe glycerin products to patients undergoing colonoscopies or ocular surgery.
Biodiesel
Glycerin had a darker side for a few decades as the main waste component of biodiesel. Nearly 10% of manufactured biodiesel is crude glycerin. Unlike refined glycerin used in pharmaceuticals and foods, crude glycerin was simply waste. It was too time and labor intensive to refine it, and the sheer amount of biodiesel produced created an abundance of crude glycerin. This byproduct of a growing industry perplexed scientists, and has led to countless experiments to utilize this growing reserve. Now livestock producers are using glycerol, also known as glycerin, in animal feed, so cows and other cattle benefit from its energy when glycerol is used as a feedstock for biological chemical synthesis.
Other Products
Aside from the uses listed here, glycerin has proven useful in a variety of other products including the following:
Glycerin is renowned for its syrupy viscosity, which is why manufacturers use it in plumping bakery products. Glycerin’s high viscosity also leads to its inclusion in liqueurs, topical creams, oral care products, and toothpaste.
Smooth, slippery soap owes much of its texture to glycerin. Since it is also added to bubble-blowing solutions, it is safe to say glycerin helps create both large and small suds.
In textile manufacturing, glycerin may be used in dyeing fabric because of its viscosity, hygroscopic properties, and its ability to penetrate fabric and suspend dyes. Surprisingly, glycerin also finds a role in reducing static cling in textiles.
Future Uses
Glycerin has already proved itself in the health and beauty sector, the medical field, and more. We expect to see even more evolution of this versatile chemical as time goes on. Promising future industrial use includes the biosynthesis of citric acid from crude glycerin, possible hydrogen fuel production, and its use as an alternative to polymer petrochemicals.
The future is promising for glycerin, and Bell Chem wants to ensure its customers have the supply of glycerin they require. Bell Chem is your industrial ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including 99.5% glycerin. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
Acid Cleaners vs. Alkaline Cleaners
Choosing the correct cleaner and disinfectant for your work surfaces is critical. Chemically, cleaners are generally divided into 2 categories: acidic cleaners and alkaline cleaners. Both perform exceptionally well, but a difference exists outside their being on opposite sides of the pH scale. What exactly is the difference between an acidic cleaner compared to a basic (alkaline) cleaner? Sanitation ingredient supplier Bell Chem wishes to shed light on this conundrum with information pertaining to both and how they can be utilized to the best of their functionality.
As a refresher, “pH” is parts hydrogen, or how many hydrogen ions are in a solution. The pH scale begins at 1 and continues to 14 with the center, 7, being neutral. We consider water to be the neutral pH of 7 with an equal number of hydrogen (H+) ions and hydroxide (OH-) ions. Add the hydrogen and hydroxide ions together and H2O is the result. Any solution with a pH less than 7 is considered acidic while solutions greater than pH 7 are alkaline. Weak acids and alkalis are closer to 7 with strong acids and bases skirting the perimeter of the pH scale.
Here are some examples of how different cleaners are used across industries:
Janitorial services: This industry turns to alkaline cleaners for removing grime and dirt from surfaces or waxed floors, and the
Restaurant and food and beverage: These industries rely heavily on alkaline cleaners to emulsify fat, grease, oil, and wax and keep surfaces clean.
Restaurant and food processing: Acids effectively eradicate biofilm from surfaces.
HVAC environments: Slightly alkaline cleaners are ideal here because they remove water-soluble coolants. This same power is harnessed to disrupt molecular bonds in oils to remove them from heavy machinery.
Public restrooms: Using weak acid cleaners to remove hard water, soap residue, rust, or other mineral deposits expedites the task.
Water treatment facilities: A strong acid applied to hard water deposits in sanitation stations or water treatment facilities removes rust and other corrosives.
Dairy farmers: These farmers find glycolic acid’s affinity to metals ideal in removing casein residue from stainless steel.
These cleaners have many industrial uses, and they all have unique abilities to clean especially difficult areas. Because they react favorably to metals, acids are employed to brighten aluminum and brass. Highly alkaline cleaners focus on emulsification as well as removing traces of carbon and paint. Glycolic acid is strong enough to dissolve concrete, but safe enough to use on a variety of metals. Knowing which cleaner is best utilized with your specific problem will ensure an easier method of removing unwanted dirt and corrosion. Look to Bell Chem for all your chemical cleaning needs.
Bell Chem is a sanitation ingredient supplier based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including a strong line of acidic and alkaline cleaning products. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service from Bell Chem. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.
How Crystalline Fructose is Made
While high fructose corn syrup is either loved or despised across the world, the facts concerning crystalline fructose are not as well known. Bell Chem, your food ingredient distributor, stocks crystalline fructose because of its many benefits in both baking and consumption of quality foods.
Crystalline fructose is a monosaccharide naturally derived from a number of sources: corn and other vegetables, fruits, and honey all contain crystalline fructose. When compared with standard table sugar, crystalline fructose is approximately 1.5 times sweeter — it rates as the highest form of sweetness in natural sugars — which means consumption of sugar is diminished while maintaining the same level of flavor. The reaction of crystalline fructose in specific temperature ranges increases its flavor: the lower the temperature, the sweeter the flavor.
The manufacture of crystalline fructose depends on many factors, including the raw ingredient. When derived from sugarcane, glucose and fructose are condensed as water is removed, which breaks the chemical bond between glucose and fructose to create a crystal: crystalline fructose. The opposite reaction occurs when water is added as glucose and sucrose form from crystalline fructose.
Cornstarch is the second base for crystalline fructose. Starch is a carbohydrate formed of many individual glucose molecules. When it is separated into its individual elements (in this case, corn kernels), the result is corn syrup. Additional enzymes then convert the glucose molecules into fructose. At this point the result is high fructose corn syrup, which usually contains 42% fructose/58% glucose or 55% fructose/45% glucose.
With both manufacturing processes, the final steps are basically identical: the end product is crystallized and dried, which greatly increases the purity of the sugar to at least 98% fructose. The final product is then milled to form different granulation sizes. By this stage, crystalline fructose is purified to its more familiar blindingly white form. These processes seem commonplace today, but have only been available for the past 35 years.
Bell Chem is a food ingredient distributor based in Longwood, FL (just north of Orlando) with hundreds of products stocked in their 50,000+ square-foot warehouse, including crystalline fructose. You can expect the highest quality products, expedited shipping options for maximum efficiency, and unrivaled personalized customer service. Let our knowledgeable and friendly customer service representatives and accounting staff personalize all your needs by either calling 407-339-BELL (2355) or by sending us an online message.