Oleochemicals & Bio-based Chemicals

Oleic imidazoline and tall oil imidazoline are the two most common 2-substituted imidazoline corrosion inhibitors, but they are not interchangeable. This guide compares them – and the related amidoamine and quaternary imidazolinium forms – so buyers can select the right chemistry and know when a custom structure is the better answer. 1. The Basic Difference: […]

Imidazoline compounds (1,3-diazole derivatives with a partially saturated ring) are a versatile family of nitrogen heterocycles built from a fatty acid and a polyamine. In industry they serve as corrosion inhibitors, emulsifiers, antirust additives, softeners and oilfield chemicals, and their structures can be varied widely at the 2- and 1-positions. This guide covers the chemistry,

Tall oil pitch (CAS 8016-81-7) is a low-cost, versatile industrial material, but buying it well means understanding the grade, the softening point, the COA and the logistics — because it is a solid/viscous material that is harder to handle than a simple liquid or powder. This purchasing guide covers the specification sheet, packaging, storage and

Tall oil pitch (CAS 8016-81-7) is much more than an energy feedstock — it is a low-cost, hydrophobic, carbon-rich material used across oilfield, industrial and construction applications. From fuel for heavy equipment to adhesives, waterproofing and asphalt modification, tall oil pitch delivers performance at a favorable price. This guide covers its industrial and oilfield uses

Tall oil pitch (CAS 8016-81-7) — the heavy distillation residue of crude tall oil from the kraft pulping of pine — is emerging as a valuable renewable feedstock in energy applications. With its high calorific value, low ash content and biogenic carbon, tall oil pitch fits the growing demand for bio-based fuels and energy recovery.

As industries move away from petroleum-derived feedstocks, tall oil fatty acid (TOFA, CAS 61790-12-3) has emerged as one of the most practical renewable building blocks available at scale. It is a by-product of the kraft pulping of pine — no dedicated farmland, no food-vs-fuel competition — and it replaces fossil and palm-derived fatty acids in

Tall oil fatty acid (TOFA, CAS 61790-12-3) is a quiet workhorse of the lubricant industry. Its esters and soaps appear in metalworking fluids, grease, rolling oils and lubricant additives — where its unsaturated fatty acid chemistry and low cost make it a preferred bio-based feedstock. This article looks at how TOFA is used in lubricants

Alkyd resins are the backbone of the paint and coating industry, and tall oil fatty acid (TOFA, CAS 61790-12-3) is one of their most important raw materials. Its unsaturated C18 fatty acids provide the drying behavior that gives alkyd coatings their durability, gloss and recoatability. This article explains how TOFA is used in alkyd resins

Tall oil fatty acid (TOFA, CAS 61790-12-3) is not a single product — it is a family of grades defined mainly by acid value and rosin content. Buyers who specify “TOFA” without a grade often end up with the wrong product for their application. This guide explains the key specifications, what they mean, and how