Author name: PolyblueChem Team

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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How Ester Alcohol Coalescents Work in Latex Paint: MFFT and Film Formation

Every latex paint formulator knows the frustration: the paint looks perfect in the lab but cracks and powders when applied on a cold wall. The culprit is the minimum film-forming temperature (MFFT), and the solution is a coalescent — most commonly the ester alcohol coalescent known commercially as Texanol (CAS 25265-77-4). This article explains the

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Xanthate Safety: Handling, Storage and Decomposition of SIPX

Xanthates are effective flotation collectors, but they carry a specific set of hazards that every buyer, warehouse manager and plant operator must respect: decomposition to carbon disulfide (CS2), combustible dust, and moisture sensitivity. This guide covers the safety, storage and handling of xanthates such as sodium isopropyl xanthate (SIPX, CAS 140-93-2) — the practical rules

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SEX vs SIPX: Ethyl vs Isopropyl Xanthate

Ethyl xanthate (SEX) and isopropyl xanthate (SIPX) are the two most common short-chain xanthate collectors in sulfide flotation. They look similar — both are pale yellow sodium xanthates — but the one-carbon difference in their alkyl chains changes collecting strength, selectivity and cost. This article compares SEX and SIPX so mill operators can choose the

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SIPX in Copper and Lead-Zinc Flotation: Dosage and Circuit Practice

Sodium isopropyl xanthate (SIPX, CAS 140-93-2) is the most widely used flotation collector for copper, lead and zinc sulfide ores. But “widely used” does not mean “used the same way everywhere” — the dose, the circuit position and the combination with other reagents change with ore type, mineralogy and water chemistry. This article covers practical

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How to Buy PolyDADMAC: Specs, COA and Grade Selection

PolyDADMAC (polydiallyldimethylammonium chloride, CAS 26062-79-3) is a liquid cationic polymer sold in a range of solids contents, viscosities and purity grades. Because it has no single “purity” number, buyers often struggle to compare quotes. This purchasing guide covers the specification sheet, the COA, packaging and storage, and the supplier checklist for PolyDADMAC. 1. Reading the

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PolyDADMAC in Papermaking: Anionic Trash Catcher and Retention

In the paper mill, the wet end is a constant chemical balancing act: fibers, fines, fillers and dissolved anionic substances all compete for retention, drainage and cleanliness. PolyDADMAC (polydiallyldimethylammonium chloride, CAS 26062-79-3) is one of the most widely used cationic polymers in papermaking — as an anionic trash catcher (ATC), a retention aid component, and

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PolyDADMAC in Drinking Water Treatment: Coagulation and NSF Standards

PolyDADMAC (polydiallyldimethylammonium chloride, CAS 26062-79-3) is one of the most widely accepted synthetic organic coagulants in drinking water treatment. Its approval under standards such as NSF/ANSI 60, its effectiveness at low dose, and its minimal sludge production have made it a standard tool in municipal plants worldwide. This guide explains how PolyDADMAC works in drinking

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