Industrial Raw Materials Knowledge
Industrial mineral and chemical raw materials — soda ash, citric acid, caustic soda, ATH, xanthan gum, purging compounds.
6 articles across five guide types.
Explore all Industrial Chemicals KnowledgeExplore by question
Foundation, application, comparison, buying and troubleshooting guidance for this family.
Application Guides
How the material behaves in a specific process or product.
Comparison Articles
Option A against option B, with the trade-offs stated plainly.
Buying Guides
How to specify a grade, compare suppliers, and prepare an RFQ.
Application Guides
How the material behaves in a specific process or product.
Comparison Articles
Option A against option B, with the trade-offs stated plainly.
Buying Guides
How to specify a grade, compare suppliers, and prepare an RFQ.
Aluminum Trihydrate (ATH) — Industrial Uses, Applications and Buying Guide
Aluminum trihydrate (ATH) is a mineral flame retardant and smoke suppressant. It releases water at about 200 °C, cooling and diluting the flame — which is why it is loaded at 40–65% in cable compounds, composites and solid surface.
Caustic Soda — Industrial Uses, Applications and Buying Guide
Caustic Soda (Sodium hydroxide — NaOH — flake, pearl, or liquid) is a bulk industrial raw material used across multiple manufacturing sectors.
Soda Ash — Industrial Uses, Applications and Buying Guide
Soda Ash (Sodium carbonate — Na₂CO₃, light or dense) is a bulk industrial raw material used across multiple manufacturing sectors.
Xanthan Gum — Industrial Uses, Applications and Buying Guide
Xanthan Gum (Polysaccharide from Xanthomonas campestris fermentation) is a bulk industrial raw material used across multiple manufacturing sectors.
More across Industrial Chemicals
Answers in the same category, written for adjacent decisions.
Industrial Acids Selection Guide — Which Acid for Which Job
Choose an industrial acid by the anion you can live with, not by strength. Sulfuric acid is the cheapest source of hydrogen ions per tonne and the default for bulk pH depression, ion-exchange regeneration and effluent neutralisation — but it leaves…
Caustic Soda Handling and Safety — Flakes, Pearls and 50% Liquid
Caustic soda injures people in three ways that plants routinely underestimate: the heat of dissolution, the delayed onset of alkali burns, and the freezing point of 50 % liquid. Dissolving flakes or pearls in water releases roughly 1.1 MJ per kilogram —…
Chelants and Sequestrants — Which One to Use
Use a true chelant (EDTA, citrate, gluconate) at full dose when every metal ion must stay in solution. Use a threshold inhibitor (SHMP, phosphonate) at a few ppm when you only need to stop scale forming.
Industrial Chemical Storage and Compatibility — Why Drums Fail and Mixtures Go Wrong
Almost every serious chemical store incident traces to one of four failures: an incompatible pair sharing a bund, the wrong container material, a sealed vessel holding a chemical that generates gas, or a transfer pump and hose used for two different…
Industrial Oxidizers Comparison — Peroxide vs Hypochlorite vs Permanganate
The four bulk oxidizers are not interchangeable, and the deciding factor is usually the by-product, not the oxidising power. Hydrogen peroxide leaves only water and oxygen, which makes it the right tool wherever residue, chloride or disinfection…
Industrial pH Adjustment Chemicals — Raising and Lowering pH Reliably
pH adjustment fails far more often from buffering and mixing than from the wrong chemical. To raise pH, caustic soda is fast, strong and unforgiving — it swings past setpoint easily. Soda ash is slower and self-limiting around pH 9–10, which makes it the…
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