Source Colorless Industrial Butyl Acetate for Coatings, Adhesives, and Inks

Colorless Industrial Butyl Acetate Sourcing Guide

Colorless industrial butyl acetate is a widely traded organic solvent, and the listings observed for this product category show a fairly consistent commercial profile: oily, transparent liquid appearance, industrial grade classification, and packaging in 180 kg drums, IBC totes, or ISO tanks, with origins concentrated in China, including Anhui and Shandong. For buyers, this consistency is useful but should not be mistaken for uniformity. Each listing represents a different manufacturer with its own production route, quality system, and export experience, so the sourcing task is to separate genuinely comparable offers from those that merely share the same product name.

This guide is written for procurement teams preparing a first inquiry or consolidating existing suppliers. It walks through the decisions that matter most: confirming the product scope behind each listing, verifying the technical specification sheet against your application, assembling compliance documentation for import and handling, understanding what actually drives landed cost, qualifying suppliers through evidence rather than claims, and setting up ongoing checks that protect quality over a multi-year relationship. Treat every listed attribute as an observation to confirm, not a guarantee.

Product Scope and Observed Listing Signals

The observed listings cluster around n-butyl acetate (CAS 112-07-2 appears as a listed model identifier; molecular formula C6H12O2 and molar mass 116.16 are cited), offered at purities of 99.5% minimum and, in some cases, 99.9%. Grade standard is uniformly industrial, consistent with use as a synthesis material intermediate and a dissolved-solvent application rather than pharmaceutical or food use. Some listings also reference related ester chemistry — one model (EP-032) carries a molar mass of 160.21, a melting point of -63 °C, and a boiling point of 280.7 °C — which suggests the category pages may mix adjacent products, so buyers should confirm exactly which compound each model code represents before comparing.

Packaging signals are consistent: 180 kg iron drums as the default, with IBC drums and bulk tank options for volume buyers, and one listing specifying 200 kg drums. Customization is listed as available, which typically covers drum labeling, palletization, and documentation formatting. Origin is China, with Anhui and Shandong specifically named. MOQ entries in the observed range span from single-drum samples to 1 FCL commitments, so buyers at different volumes can realistically engage, but should confirm the MOQ tied to their chosen model and packaging.

Technical Specifications to Verify

Build your specification sheet around the parameters the listings themselves emphasize, then extend it to your application. Confirm purity (99.5% or 99.9% as listed), the impurity ceiling for n-butyl alcohol (0.2% max. appears in one listing and is a meaningful indicator of conversion completeness), color and appearance (colorless, transparent, oily liquid), and density (0.88 g/ml at 25 °C in one listing; 0.8825 g/cm³ in another). Boiling point around 126.1 °C, melting point near -78 °C, and flash point of 22 °C are listed for the n-butyl acetate entries — the low flash point in particular drives transport and storage requirements and should appear on every certificate of analysis.

Ask each supplier for a full COA from the actual production batch, not a template, and request the analytical methods behind each value so your incoming inspection can replicate them. Where your application is sensitive — for example, as a synthesis intermediate where residual alcohol or water affects downstream reactions — set acceptance limits tighter than the listed standard and make them contractually binding. Confirm the product model code (F0621001 through F0621007, EP1119, EP-032, or 112-07-2 as observed) matches the specification sheet version you receive, since multiple models may share a product page.

Compliance and Safety Documentation

Because the listings identify an industrial grade solvent with a 22 °C flash point, classify the material correctly for transport before finalizing any order. Ask suppliers for a current Safety Data Sheet in your destination language, a transport classification consistent with the flash point data, and drum markings that match what the SDS declares. For imports into regulated markets, confirm in advance which documentation your customs broker requires — typically SDS, certificate of origin, and a COA — and whether the supplier has prior export experience to your region rather than assuming it from listing language.

Chemical registration obligations differ by market, and the observed listings make no certification claims, so the verification burden sits with the buyer. If your jurisdiction requires registration, notification, or import licensing for organic solvents, confirm your own compliance position and ask the supplier what supporting data they can provide, such as composition statements and manufacturing process descriptions. Also confirm that drum labeling — product name, net weight, batch number, hazard pictograms — will meet your local labeling rules, since customization is offered and label content is one of the cheapest items to get right at the contract stage.

Cost Drivers and Commercial Terms

Landed cost for drummed solvent is driven mainly by packaging format, order volume, and freight mode. A 180 kg iron drum suits flexible, smaller-volume delivery; IBC totes reduce handling labor and drum disposal cost; ISO tanks minimize packaging cost per tonne but require the buyer to have bulk unloading capability. One observed listing sets MOQ at 1 FCL, which signals that the sharpest pricing sits at full-container volume, while other listings accommodate smaller MOQs. Decide your packaging and volume tier before requesting quotes so comparisons are like-for-like.

On commercial terms, confirm the incoterm, which party arranges freight and insurance, payment instrument, and validity period of the quoted price — none of these are visible in the listings. The observed price range spans a wide band, which reflects differences in purity, packaging, and order size across the category; do not treat a single listing price as a market benchmark. Clarify whether quotes include drum deposits or returns, whether customization (labeling, documentation) carries a charge, and how price adjusts if purity spec or packaging changes. Put agreed specifications, packaging, and terms into a purchase contract rather than relying on listing text.

Supplier Qualification and Quality Control

Qualify suppliers with evidence tied to the specific product model you intend to buy. Request a pre-shipment or pre-order sample with an accompanying batch COA and independently verify purity, n-butyl alcohol content, density, and appearance against the agreed specification. For a first order, consider third-party pre-shipment inspection at the loading site, checking drum condition, net weight, batch marking consistency, and sealing. Ask how the supplier handles out-of-spec batches — rework, blending, or rejection — because the answer reveals more about quality culture than any certificate.

For ongoing supply, agree on a retained-sample policy so any dispute can be resolved against the original batch, and define incoming inspection limits on your side, including moisture and residual alcohol where your process demands it. Confirm batch traceability: each drum should carry a batch number linking to a retained COA, and the supplier should be able to produce documentation for any shipment on request. Customization, listed as available, should be exercised deliberately — specify label format and documentation templates in writing so every shipment arrives inspection-ready. Track lot-to-lot consistency over the first several deliveries before committing to long-term volumes.

Long-Term Procurement Checks

Once a supplier is qualified, shift the relationship from transactional to managed. Review COA trends across batches — drifting n-butyl alcohol content or widening density ranges often precede a formal quality failure. Requalify annually even without incidents, and after any change the supplier discloses in feedstock, process, or packaging source. Maintain a secondary qualified supplier for continuity, since industrial solvent demand can outpace a single plant's capacity, and regional logistics from Anhui or Shandong origins may vary seasonally.

Keep commercial terms current as volumes grow. As your annual offtake becomes predictable, revisit pricing, packaging mix (shifting from drums to IBCs or tanks where justified), and MOQ flexibility, documenting any concessions in an annual agreement. Monitor regulatory developments affecting solvents in your destination market and confirm the supplier can supply updated SDS versions when classifications change. Finally, audit the relationship itself: on-time delivery rate, documentation accuracy, claim resolution time, and responsiveness to specification questions. A supplier performing well on these measures at 99.9% purity volumes is usually worth deepening; one that is not should be transitioned before, not after, a supply disruption.