Chemists and manufacturers know the name butyl acetate well. It usually crops up in discussions about solvents, coatings, flavors, and fragrances. Cas 123‑86‑4 — the number on every product’s safety data sheet — makes it easy to track down butyl acetate from large producers like Sigma, Sigma Aldrich, Merck, or even industrial paint leaders such as Sherwin Williams. Nobody in the business forgets its chemical formula C6H12O2 or its molecular weight, at 116.16 g/mol, because these details guide everything from storage to handling. From high-volume orders for factories to specialty grades for custom applications, this colorless ester keeps showing up in labs and on production lines. Manufacturers often look for bulk purchases, searching “butyl acetate price per ton” or “butyl acetate for sale” to secure reliable supply at favorable rates. Logistics managers watch global price trends closely, since price swings can squeeze margins, especially during volatile years. For some buyers, transparency in sourcing, such as verifying a batch on PubChem or reviewing butyl acetate EWG scores, now matters just as much as performance.
Working with butyl acetate means knowing more than specs on paper. Solubility, volatility, flash point — these all shape real-world applications. Take flash point, for instance: at about 27°C (80°F), this matters for workers in paint factories or anyone blending solvents in an open facility. The boiling point hovers around 126°C (259°F), which helps with evaporation rates in coatings and inks, striking just the right balance between quick drying and workable open times. Storage tanks, safety cabinets, and ventilation systems don’t get built without accounting for these figures. Melting point and specific gravity (typically about 0.88 at 20°C) also affect how drums are handled and how much raw material gets moved through the plant in a day. Every values-based calculation, such as how much product a tank can hold or how quickly the solvent will evaporate from a surface, traces right back to these practical figures. A few physical properties can spell the difference between a solvent that builds a robust, long-lasting finish and one that evaporates too fast for comfort.
From a chemical supplier’s point of view, demand for butyl acetate flows steadily thanks to its role in everyday products. In the paint and coatings industry, professionals favor the solvent power and controlled evaporation that butyl acetate brings. Brands like Sherwin Williams add it to formulations, balancing quality, flow, and open time for both pros and DIYers. Adhesives and sealants rely on it for spreading action before setting up strong bonds. Fragrance experts in both large flavor companies and boutique scent labs turn to butyl acetate for its fruity notes, which add depth without overpowering the final blend. Discussions at industry shows often touch on “butyl acetate uses” and “butyl acetate good scents,” recognizing its unique ability to tie together both functionality and pleasant sensory qualities. Food-grade batches need careful sourcing, with purity and paperwork up to scratch. Even nail polish and cleaning products draw on this ester for its solvency and gentle scent, reaching consumers every day. Raw material buyers and product formulators depend on reliable supply, consistent quality, and technical support for their production schedules, whether they’re creating ton-sized batches or tailored specialty runs.
Most customers searching for butyl acetate prioritize three things: price, reliability, and supplier reputation. Quality assurance starts with respected brands, so many turn to options like butyl acetate Sigma, butyl acetate Merck, or offerings from chemical distributors tied to Sherwin Williams. Each has its own set of quality checks, documentation standards, and packaging options. A blend of technical support and sales experience goes a long way here. Customers who buy in bulk often expect rapid turnaround, on-time delivery, and clear communication about specs such as purity levels and physical characteristics. New regulatory standards add pressure for transparency, pushing more companies to check butyl acetate EWG and cross-reference findings with PubChem or even run side-by-side comparisons against synonyms. With chemical pricing tied to supply chain shifts, geopolitical events, or feedstock shortages, negotiating the right deal — whether for a kilo or a container — means watching markets closely and locking in favorable agreements ahead of price jumps.
Many of us watched butyl acetate’s price curve whipsaw during the past few years as global supply chains stumbled. Feedstock costs, especially for acetic acid and butanol, jump when the oil market gets bumpy or industrial slowdowns bite. Buyers often ask suppliers to hedge on price or recommend cost-optimized grades that still meet strict technical needs. As green chemistry rises, specialty customers increasingly ask about bio-based butyl acetate, lower-VOC grades, or closed-loop recycling. This means chemical companies must innovate in production, invest in sustainable logistics, or work closely with large users to test greener alternatives without missing the required solvent performance. Paint makers, trying to comply with new health and safety rules, look hard at the flash point, boiling point, and even volatility of butyl acetate to make sure workers and end users stay safe while still hitting durability and finish targets. Any company advertising “butyl acetate for sale” bears a responsibility to inform buyers about handling, hazards, and safe storage, whether selling to a massive plant or a local lab. Supply partners who step up with data, safety guidance, and on-the-ground support keep customers out of regulatory trouble and help them stay nimble in a shifting raw material market.
