Glacial acetic acid uses in food include acidity regulation, sourness, flavor enhancement and edible vinegar production. Before placing an order, match the E260 product to your formulation, check content and physical indicators, confirm dilution and handling requirements, and request batch, packaging, shipping and regulatory documents. This guide sets out the questions that help you evaluate a food grade acetic acid supplier.
CH3COOH
Chemical formula
≥ 99.8%
Content
16.6 ℃
Melting point
117.9 ℃
Boiling point
Glacial acetic acid uses in food include acidity regulation, sourness, flavor enhancement and edible vinegar production. Food processors can use it as an E260 acidity regulator, sourness agent and flavor enhancer. It can also be diluted with water to make edible vinegar. The purchasing decision depends on whether the material's concentration, physical behavior and intended food application match your process, and whether the supplier can support the shipment with clear batch and handling information.
The right starting point is your recipe and process. Food grade glacial acetic acid is used in compound seasonings, seasoning sauces, acidic seasoning solutions and edible vinegar. It is also used in tomato sauce, mayonnaise, rice sugar sauce, kimchi, cheese and sugary food products. Other applications include canned tomatoes, asparagus, baby food, sardines, squid, pickles, broth, cold drinks and sour cheese.
For food flavoring, the acid needs to be diluted. Dilute it with water to a concentration of 4-5% and add seasonings to make edible vinegar with a flavor similar to brewed vinegar. Treat this as a starting point for your application trial, then confirm the recipe, water quality, mixing sequence and finished-product targets with your technical team before production.
For sauces, beverages, confectionery, baked goods, pudding, gum sugar and other formulations, ask the supplier how the material is intended to be diluted and added. Your quote request should identify the final food category, required acidity or sourness profile, and whether you need concentrated material for further processing.
The product is edible acetic acid with the chemical formula CH3COOH and additive code E260. Its content is ≥ 99.8%. It is a colorless liquid with a stimulating odor. It can form an icy solid below 16.6 ℃, which matters when you plan storage and transport near its melting point.
| Parameter | Value | Purchasing relevance |
|---|---|---|
| Chemical formula | CH3COOH | Confirms material identity on the specification and batch documents |
| Content | ≥ 99.8% | Sets the concentration basis for formulation and dilution calculations |
| Melting point | 16.6 ℃ | Helps review crystallization risk during storage and transit |
| Boiling point | 117.9 ℃ | Belongs in the specification and handling assessment |
| Relative density | 1.0492 | Gives receiving staff a physical check against the specification |
| Refractive index | 1.3716 | Provides another identity and quality check for incoming material |
Request a current specification using the same units and test basis as your internal receiving procedure. The shipment certificate should identify the lot and show the tested content. If your process depends on color, odor, density or refractive index, include those checks in the approval sample and incoming inspection plan.
Evaluate a representative sample in the same way your plant will use the material. Check that it is a colorless liquid, review the odor under your workplace procedure, and compare content and physical indicators with the agreed specification. Do not approve a substitute grade simply because its commercial name contains acetic acid.
Run a controlled formulation trial for the intended use. For edible vinegar, check dilution to 4-5% and evaluate the resulting flavor after adding planned seasonings. For sauces, pickles, canned goods, beverages or baked foods, measure the finished product against recipe targets and sensory criteria. Keep the sample label, lot number and test record together so the approved result can be matched to the production shipment.
The sample review should also cover handling at your facility. Since the material can become solid below 16.6 ℃, ask the supplier to explain recommended storage and transit controls for maintaining the required physical state. Your site team should separately approve the container, transfer equipment and workplace controls before receipt.
Packaging needs to protect concentrated acid from leakage and contamination. Ask the supplier to state the container material, closure design, net and gross weights, pallet arrangement, label content and loading method in the quotation and packing specification. Confirm that the package is suitable for concentrated acetic acid and compatible with your receiving and storage equipment.
Shipping instructions should address the product's behavior around 16.6 ℃. Request planned transit conditions, temperature controls if used, protection from damage, and the procedure for handling a shipment that arrives with crystallized material or damaged packaging. The supplier should identify the lot on the outer package and packing list so your warehouse can maintain traceability.
Do not release the shipment until the packaging description, labels, transport documents and receiving procedure agree with your plant's chemical and food-ingredient controls. Ask for photographs or a packaging drawing when the container format affects unloading, storage space or dosing equipment.
Request the supplier's MOQ, available pack sizes, price basis, production or allocation capacity, lead time, payment terms and quotation validity for the exact grade and destination. Set these commercial terms in the quote instead of assuming them from a product name.
Give the supplier the information needed to quote accurately: intended food application, concentration or dilution requirement, package format, total order quantity, delivery location, required shipping documents and target receiving date. Ask whether the quoted lead time starts after order confirmation, document approval or another event. Ask how the supplier handles split shipments, lot changes and delays caused by temperature-sensitive transport.
For repeat purchasing, agree how each shipment will be identified and released. The lot number, production date, net quantity, test results and packaging details should be traceable from the order to the receiving record. If you need supply for more than one production run, ask how the supplier allocates lots and manages specification consistency across deliveries.
A suitable supplier should answer technical and commercial questions with the same product identity throughout the quotation, sample, specification, label and shipment documents. Compare the formula, E260 classification, ≥ 99.8% content and physical indicators across those records. Resolve differences before approval.
Review the supplier's quality process through the documents and sample results they provide. Ask how each lot is tested, which laboratory method is used, how nonconforming material is controlled and how traceability is maintained. Request a contact responsible for technical questions, especially if your application requires dilution guidance for edible vinegar or a defined sensory profile.
Supplier evaluation should include logistics as well as chemistry. Check whether the proposed packaging fits your unloading system, whether the shipping plan addresses conditions below 16.6 ℃, and whether the supplier can provide a complete packing list and lot-linked quality documents. Compare the complete offer, including MOQ, lead time, price, documents and packaging, instead of comparing a price detached from grade and delivery conditions.
Before you order
Use the intended food application to define the sample trial and receiving checks. Ask for MOQ, pack sizes, price basis, lead time, payment terms, capacity and destination-specific shipping conditions in the quotation. Confirm the dilution basis for edible vinegar, the response to crystallization below 16.6 ℃, and the lot information that must appear on the certificate, label and packing list. Approve the sample, packaging and documents before releasing the production order.
Before you approve the sample
Documents to prepare
Yes. Dilute it with water to 4-5% and add seasonings to obtain edible vinegar with a flavor similar to brewed vinegar. Your trial should confirm the finished product against your recipe and sensory requirements. Ask the supplier to confirm the dilution basis, recommended sequence and batch documentation for the grade you intend to purchase.
The material can form an icy solid below 16.6 ℃ because that is its melting point. Ask the supplier for the agreed transit and storage procedure, and define your receiving response before dispatch. Your quality team should decide how to inspect, hold and release a shipment whose physical state changed during transport.
Start with identity, appearance, content and physical indicators that matter to your process. Check the colorless liquid appearance, odor, content of ≥ 99.8%, relative density of 1.0492 and refractive index of 1.3716. Match the results to the lot number and the agreed certificate of analysis before use.
Food grade glacial acetic acid fits applications that need E260 acidity regulation, controlled sourness or concentrated material for edible vinegar and seasoning production. Review the food grade glacial acetic acid product against your formulation and receiving controls. For a usable quotation, send the application, required pack format, order quantity, destination and target delivery date.
The company
Hebei Yishan Flavor Co., Ltd. is mainly an enterprise that produces and sells edible acetic acid. The quality of our company's branded edible acetic acid products is guaranteed, we value our credit, abide by contracts, and have established long-term cooperative relationships with multiple customers, receiving widespread recognition and praise from them! Hebei Yishan Flavor Co., Ltd. is committed to promoting the prosperity and progress of the edible acetic acid industry through unremitting efforts.…
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