Ascorbic Acid Uses Outside the Food Industry

Ascorbic acid is a singular component of vitamin C. In fact, it surrounds the other components that create the entire vitamin C complex. Science has been able to synthesize this portion of vitamin C and use its properties in many non-food industries. Water treatment chemical supplier, Bell Chem, has complied a sample of how ascorbic acid is utilized industrially.

Ascorbic acid acts as a preservative and reductant during photographic development.
Swimming pool companies use ascorbic acid to remove dissolved metal stains, namely iron, from the sides of pools. Because it is an acid, it has the ability to lower the pH of pool water and stabilize the other chemicals.
Iodine is another metal that ascorbic acid negates, so it is routinely added to water purification systems to remove the taste, smell, and color of iodine in sterilized water.
Microscopists working with fluorescent microscopy find ascorbic acid’s antioxidant ability increases the fluorescent signaling and reduces dye photobleaching in slide preparation.
Ascorbic acid catalyzes the assembly of molecular chains in plastic manufacturing.
Recent pharmaceutical trials of topical ascorbic acid have proved it reduces the appearance of fine lines and age spots significantly. A double-blind trial had a remarkable 73.7% success rate with participants who applied an ascorbic acid solution to one side of their face and a placebo on the opposite side. Both clinicians and patients noted the improvement.

Take a second look at ascorbic acid – it’s not just for food preservation any more. Water treatment chemical supplier Bell Chem’s knowledgeable representatives would be glad to answer your questions regarding ascorbic acid, or any of their other chemicals. Call today at (407) 339-2355 (BELL) or browse our website.

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Clean Water With Polyphosphates

Polyphosphates, the water treatment chemical components, play a vital role in maintaining a precise chemical level of potable (drinking) water. It is inevitable that metals exist in water; polyphosphates work to remove or reduce the level of these metals more rapidly than other chemicals; they are also used as a catalyst to stimulate other chemical reactions. For instance, hard deposits of calcium carbonate and iron oxides tend to flocculate, or clump, and cause buildups in pipes and in the water. Polyphosphates coat individual metal particles, halting flocculation and preventing clogging. Sodium hexametaphosphate interferes with early crystallization of hard metal deposits to remove these metals from the water at levels far below what is typical for other reactions. Polyphosphates also act as sequestration agents, surrounding metal ions such as iron and manganese to form soluble chemical complexes that move through pipes rather than adhering to them.

Many water treatment chemicals have a specific pH range and strict environmental protocol to work properly. Polyphosphate configuration is varied and works in a wide range of neutral or alkaline pH levels. Polyphosphates are stable under conditions considered too harsh for other water treatment chemicals, such as those found in chlorinated drinking water. Stability is also important in storing chemicals, and polyphosphates have the ability to retain physical and chemical properties over an extended period of time.

If you are looking for an array of stable, hard-working water treatment chemicals to quickly improve your water treatment system, give polyphosphates a try. For the most reliable water treatment chemical supplier in the Orlando area, contact Bell Chem today. By simply calling 407-339-BELL(2355), you’ll be establishing a lasting and reliable relationship, unlike any other. Along with a vast selection of water treatment chemicals, we also have various pharmaceutical and personal care, as well as raw materials to suit any need or desire.