Author name: PolyblueChem Team

Sulfamic Acid in Sweetener Production and Catalysis

Sulfamic acid (CAS 5329-14-6) plays two important roles beyond descaling: it is a key intermediate in the production of the sweetener sodium cyclamate, and it is a convenient solid acid catalyst for organic reactions. Both uses are economically significant, and both matter to buyers of sulfamic acid. This guide covers these applications and what to […]

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Sulfamic Acid for Descaling: Boilers, Heat Exchangers and RO Membranes

Sulfamic acid (CAS 5329-14-6) is the preferred descaling acid for boilers, heat exchangers, cooling towers and reverse-osmosis membranes — because it removes scale effectively while being far less corrosive to equipment metals than hydrochloric acid. This guide explains how to use sulfamic acid for descaling, the doses, and the do’s and don’ts. 1. Why Sulfamic

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How to Buy Glutaraldehyde: Specs, COA and Handling

Glutaraldehyde (CAS 111-30-8) is a reactive dialdehyde supplied as an aqueous solution, and buying it is not like buying a simple commodity chemical — the concentration, the storage stability, the acidity and the supplier’s documentation all matter. This purchasing guide covers the specification sheet, the COA, packaging and storage, and the supplier checklist for glutaraldehyde.

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Glutaraldehyde in Leather Tanning and Crosslinking

Glutaraldehyde (CAS 111-30-8) is much more than a biocide — its two aldehyde groups make it a powerful protein crosslinker and tanning agent. In the leather industry it is the leading chrome-free (wet-white) tanning option, and in biomedical and materials chemistry it is a standard crosslinking reagent. This guide covers these two important non-biocide applications.

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Glutaraldehyde in Water Treatment and Oilfield: Biocide Applications

Glutaraldehyde (CAS 111-30-8) is one of the most effective and versatile biocides in industrial water treatment and oilfield operations. Its broad-spectrum activity, compatibility with brines and performance across a wide pH range make it a first-line choice for controlling bacteria — including sulfate-reducing bacteria (SRB) — in cooling water, injection water and produced-water systems. This

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Sulfamic Acid (CAS 5329-14-6): Properties, Manufacturing and Applications

Sulfamic acid (amidosulfonic acid, CAS 5329-14-6) is one of the most useful solid acids in industrial chemistry — a strong acid that is safe to handle, low in corrosivity to metals, and widely used for descaling, cleaning, sweetener synthesis and catalysis. This article covers its manufacturing process, properties, applications and buying considerations. 1. What Is

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Glutaraldehyde (CAS 111-30-8): Properties, Manufacturing and Applications

Glutaraldehyde (pentanedial, CAS 111-30-8) is a bifunctional dialdehyde with a unique combination of biocidal, crosslinking and tanning properties. It is the standard high-level disinfectant for medical instruments, a water treatment biocide, a leather tanning agent and a key intermediate in specialty chemistry. This article covers the manufacturing chemistry, the specifications, the applications and the safety

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Glycine in Gold Mining: Cyanide-Free Leaching and Industrial Applications

Glycine — the simplest amino acid, better known as a food and pharmaceutical ingredient — has become one of the most talked-about reagents in gold mining. Glycine leaching offers a low-toxicity alternative to cyanidation, and it is gaining traction in Africa, Mongolia, Australia and beyond for treating difficult ores. This article explains how glycine works

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How to Buy Ester Alcohol Coalescent (Texanol-Type): A Buyer’s Guide

The ester alcohol coalescent — known commercially as Texanol (CAS 25265-77-4) — is a key raw material in waterborne coatings, and buying it right matters: the grade, the COA and the supplier all affect your paint’s consistency. This purchasing guide covers the specification sheet, what the COA should show, packaging and storage, and the supplier

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Coalescent Selection: Ester Alcohol vs Glycol Ethers vs Plasticizers

Choosing a coalescent for waterborne coatings is a balancing act between efficiency, VOC, cost and compatibility. The three main options are ester alcohols (the Texanol-type, CAS 25265-77-4), glycol ethers, and plasticizers. Each works by a different mechanism and suits different situations. This guide compares them so formulators can make an informed choice. 1. The Three

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