Mixed Acetic and Tartaric Acid Esters
Mixed Acetic and Tartaric Acid Esters is a food-grade emulsifier and surface-active ingredient used in selected industrial food systems where fat dispersion, dough conditioning, aeration, emulsion stability, process tolerance and finished-product texture are important. It is commonly identified as E472f and belongs to the wider family of esters of mono- and diglycerides of fatty acids.
This product should not be purchased only by its general name. Performance depends on the ester composition, mono- and diglyceride base, fatty acid source, melting profile, acid value, saponification value, iodine value, physical form, dispersibility and compatibility with the target food matrix. Industrial buyers should define the intended function, application, process conditions and destination-market regulatory requirements before requesting quotations.
Product identity
| Product | Mixed Acetic and Tartaric Acid Esters |
|---|---|
| Full technical name | Mixed acetic and tartaric acid esters of mono- and diglycerides of fatty acids |
| Category | Emulsifiers & Surface Active Ingredients |
| Primary function | Emulsifier, surface-active food ingredient, dough-conditioning aid, aeration support and fat-dispersion ingredient |
| E / INS number | E472f, subject to destination-market confirmation |
| CAS / identity | Mixture; exact identity depends on the mono- and diglyceride base, fatty acid composition and esterification profile |
| Typical form | Powder, bead, flake, paste, liquid, fat-dispersible grade or customized emulsifier blend |
| Typical base materials | Mono- and diglycerides of edible fatty acids esterified with acetic and tartaric acid components |
| Key purchasing basis | Exact E number, specification, acid value, saponification value, physical form, melting behavior, dispersibility, fatty acid source, documentation and application fit |
Application fit
Potential use areas may include:
- Bakery, bread improver systems, dough conditioners and yeast-raised products
- Cakes, sponge systems, batter aeration and industrial cake emulsifier blends
- Margarine, shortenings, spreads, bakery fats and laminated fat systems
- Ice cream, whipped toppings, cream fillings and aerated dessert systems
- Beverage emulsions, fat-containing drinks and powdered emulsion systems
- Chocolate-type coatings, compound coatings and selected fat-based confectionery systems
- Emulsified sauces, dressings, processed foods and convenience food preparations
Technical profile for manufacturers
Mixed Acetic and Tartaric Acid Esters belongs to the family of esterified mono- and diglyceride emulsifiers. These materials are amphiphilic, meaning they contain both fat-compatible and water-interacting structural regions. This surface activity allows them to influence interfacial behavior, fat dispersion, air-cell stability, dough rheology, batter structure and emulsion stability depending on the application.
In bakery and aerated systems, emulsifiers can support more consistent gas-cell distribution, improved dough handling, controlled crumb structure, softer bite and improved processing tolerance. In fat and emulsion systems, they may help disperse fat, stabilize interfaces, improve texture and support uniform processing. The final effect depends on formulation design and cannot be guaranteed from the E number alone.
| Technical factor | Industrial relevance |
|---|---|
| Surface activity | Controls interaction at oil-water, fat-water, air-water and solid-liquid interfaces. This is central to emulsification, aeration and dispersion performance. |
| Ester composition | Acetic and tartaric acid ester balance influences hydrophilic-lipophilic behavior, dispersion, melting behavior and application performance. |
| Mono- and diglyceride base | The underlying fatty acid profile affects melting range, crystallization, fat compatibility, mouthfeel and performance in bakery fats or emulsions. |
| Physical form | Powder, bead, flake, paste and liquid grades behave differently in dosing, dispersion, premixing, melting and automated plant handling. |
| Melting and softening profile | Important for fat-based systems, bakery premixes, cake gels, shortenings and processes where the emulsifier must activate at a specific temperature. |
| Dispersibility | Determines whether the ingredient can be added directly, pre-dispersed in fat, hydrated in water, melted, or incorporated through a premix system. |
| Process tolerance | Heat, shear, mixing time, proofing conditions, homogenization, freezing and storage can all affect emulsifier performance. |
| Regulatory identity | Correct E / INS number, food category permissions, use levels and label declaration must be confirmed for the destination market. |
Functional roles in food systems
The practical value of Mixed Acetic and Tartaric Acid Esters is usually measured by processing consistency and finished-product quality. It may be selected to improve dough tolerance, strengthen industrial handling, support gas retention, standardize crumb texture, improve batter aeration, help distribute fat and stabilize multi-phase food systems.
| Functional role | What it can support | Typical evaluation method |
|---|---|---|
| Dough conditioning | Improved dough handling, machinability, gas retention, oven spring and bread volume in selected bakery systems. | Farinograph / extensograph review, proofing tolerance, loaf volume, crumb grain and line performance. |
| Aeration support | More stable air incorporation and finer cell structure in cakes, whipped systems and batter-based products. | Specific gravity, batter viscosity, baked volume, cell uniformity and texture profile analysis. |
| Fat dispersion | More uniform distribution of shortening, margarine, oil or fat phase in dough, creams, fillings and emulsions. | Microscopy, texture, oiling-out observation, viscosity and storage stability testing. |
| Emulsion stability | Reduced phase separation, improved droplet distribution and improved processing stability in selected emulsified systems. | Centrifuge test, heat stability, droplet size, viscosity, creaming, sediment and shelf-life observation. |
| Crumb softness | Improved softness and eating quality in selected baked goods when used with compatible enzymes, fats and hydrocolloids. | Texture analyzer firmness, crumb resilience, sensory testing and shelf-life comparison. |
| Processing tolerance | More consistent performance under industrial mixing, proofing, pumping, depositing, freezing, thawing or heating conditions. | Pilot production, line trials, reject rate, viscosity drift and storage testing. |
Application guidance by industry
Bakery and bread improver systems
In bakery, E472f may be evaluated as part of a dough-conditioning system where process tolerance, gas retention, crumb structure and finished-product volume are important. It is most often considered alongside flour quality, gluten strength, enzymes, ascorbic acid, mono- and diglycerides, SSL / CSL, fats and hydrocolloids.
- Key requirements: dough tolerance, machinability, gas retention, loaf volume, crumb uniformity and softness.
- Common partners: enzymes, ascorbic acid, mono- and diglycerides, SSL, CSL, lecithin, fats and hydrocolloids.
- Critical tests: mixing tolerance, proofing behavior, oven spring, crumb grain, bread volume and shelf-life firmness.
Cakes, batters and aerated products
In cake and batter systems, emulsifiers help stabilize air incorporation and support a consistent internal structure. Mixed Acetic and Tartaric Acid Esters may be evaluated in cake gels, dry cake mixes, sponge systems and industrial batter lines where aeration, volume and softness are critical.
- Key requirements: batter aeration, foam stability, fine cell structure, volume, moist eating quality and tolerance to line delays.
- Common partners: mono- and diglycerides, PGMS, sorbitan esters, lecithin, gums, starches and protein systems.
- Critical tests: batter specific gravity, viscosity, deposit behavior, baked height, crumb uniformity and sensory texture.
Margarine, shortenings and bakery fats
In fat systems, emulsifier choice affects water dispersion, fat crystal network behavior, spreadability, creaming performance, whipping performance and bakery functionality. E472f may be evaluated as part of a broader emulsifier blend for industrial fats and bakery applications.
- Key requirements: fat compatibility, melting profile, water dispersion, crystal behavior and consistency across storage temperature.
- Common partners: mono- and diglycerides, lecithin, PGPR, polyglycerol esters, sorbitan esters and crystallization-control systems.
- Critical tests: solid fat content interaction, creaming performance, water droplet distribution, spreadability and baking performance.
Ice cream, whipped toppings and aerated desserts
In frozen and aerated desserts, emulsifier systems influence fat destabilization, overrun, meltdown behavior, air-cell stability and creamy mouthfeel. E472f should be tested with the full stabilizer system because gums, proteins, fats and processing conditions strongly affect performance.
- Key requirements: overrun, fat destabilization, creamy texture, meltdown control, freeze-thaw stability and storage quality.
- Common partners: mono- and diglycerides, polysorbates, carrageenan, guar gum, locust bean gum, cellulose gum and milk proteins.
- Critical tests: overrun, meltdown rate, ice crystal growth, viscosity, heat shock stability and sensory creaminess.
Beverages and emulsified systems
In beverages and liquid emulsions, emulsifier compatibility depends on oil phase, pH, homogenization method, cloud requirement, protein system and stabilizer package. E472f may be evaluated in selected fat-containing drinks, cloud systems or emulsified preparations where approved and technically suitable.
- Key requirements: dispersion, droplet stability, low sediment, low ringing, flavor compatibility and heat-treatment tolerance.
- Common partners: modified starch, gum arabic, pectin, lecithin, sucrose esters, stabilizers and weighting agents where permitted.
- Critical tests: droplet size, creaming, sediment, heat stability, pH stability, flavor impact and shelf-life appearance.
Chocolate-type coatings and fat-based confectionery
In fat-based confectionery and compound coatings, emulsifier systems are selected to influence viscosity, yield value, fat dispersion and processing flow. E472f should only be considered after confirming regulatory suitability and technical fit because common chocolate flow control often relies on different emulsifier systems.
- Key requirements: fat compatibility, flow behavior, sensory neutrality, crystallization compatibility and storage stability.
- Common partners: lecithin, PGPR, polyglycerol esters and mono- and diglyceride systems depending on formulation.
- Critical tests: viscosity, yield value, coating thickness, fat bloom, setting behavior and sensory profile.
Specification checklist for purchasing
For industrial sourcing, E472f quotations should be compared on a technical and regulatory basis, not only by price per kilogram. The same general additive name can cover different grades with different fatty acid sources, melting ranges, acid values, ester compositions, physical forms and application performance.
| Specification area | Recommended buyer requirement |
|---|---|
| Exact identity | Confirm the full chemical name and E / INS number. Avoid confusion with E472e DATEM, E472a, E472b, E472c or E472d. |
| Assay / composition | Request ester composition, mono- and diglyceride content, free glycerol, acid value, saponification value and other supplier-defined purity parameters. |
| Fatty acid source | Confirm vegetable, animal or mixed origin; palm, rapeseed, soybean, sunflower or other source; and any sustainability requirements. |
| Physical form | Define powder, bead, flake, paste or liquid form according to dosing equipment, premixing system and process temperature. |
| Melting behavior | Request melting point, softening range or recommended activation conditions for fat-based and bakery applications. |
| Dispersibility | Confirm whether the grade is oil-dispersible, water-dispersible, melt-dispersible, prehydrated, instantized or intended for premix blending. |
| Process performance | Define target performance in mixing, baking, whipping, freezing, pasteurization, homogenization or fat crystallization. |
| Contaminants | Request heavy metals, residual solvents where relevant, trans fat statement where relevant and process-contaminant declarations when required. |
| Microbiology | Especially relevant for powder and carrier-based grades. Request total plate count, yeast and mold, coliforms, E. coli and Salmonella limits where applicable. |
| Dietary declarations | Allergen statement, GMO statement, vegan / vegetarian suitability, halal, kosher and source-origin declaration where required. |
| Regulatory status | Confirm destination-market compliance, food category permissions, maximum use levels and recommended label declaration. |
| Packaging and shelf life | Bag, carton, drum, liner, pallet configuration, shelf life, storage temperature, humidity protection and warehouse handling requirements. |
Processing and formulation guidance
Emulsifier performance depends strongly on addition method. Some grades require melting into a fat phase, some are designed for dry premix use, and others must be dispersed under heat or high shear. Incorrect addition can create poor dispersion, visible particles, unstable emulsions, weak aeration or inconsistent bakery performance.
Recommended trial protocol
- Define the exact application, target function and benchmark product.
- Confirm whether the required additive is E472f or another related emulsifier such as E472e.
- Review supplier guidance for melting, dispersion, hydration or premix incorporation.
- Run bench trials at several dosage levels under real process conditions.
- Measure application-specific performance such as dough strength, loaf volume, batter specific gravity, emulsion stability, overrun or viscosity.
- Run pilot-scale trials to confirm mixing, dosing, storage, packaging and line behavior.
- Confirm destination-market regulatory status and label declaration before commercial launch.
Common formulation issues
- Confusion between E472f and E472e DATEM during purchasing or label review
- Poor dispersion due to incorrect addition temperature or mixing sequence
- Insufficient functionality because the grade does not match the application
- Overuse causing waxy mouthfeel, off-texture or processing imbalance
- Weak aeration in cakes due to incompatibility with fat, protein or sugar system
- Unstable emulsions caused by pH, salt, heat or homogenization mismatch
- Regulatory mismatch between intended food category and destination-market rules
- Unexpected label or dietary concern from fatty acid source, carrier or processing aid
Comparison with related emulsifiers
E472f is part of a larger group of esterified mono- and diglycerides. In industrial work, formulators often compare several emulsifiers before selecting the final system. The table below is a practical guide and does not replace supplier trials or regulatory review.
| Related emulsifier | Typical industrial distinction |
|---|---|
| E471 mono- and diglycerides | Widely used base emulsifiers for starch complexing, crumb softness, fat dispersion, aeration and general emulsification. |
| E472a acetic acid esters | Often considered for fat crystallization, aeration and specific plastic fat applications depending on grade. |
| E472b lactic acid esters | Used in selected aerated, bakery and emulsion systems where lactic ester functionality is desired. |
| E472c citric acid esters | Frequently discussed for emulsion stability and interaction with proteins or aqueous systems depending on application. |
| E472d tartaric acid esters | Related tartaric ester family; functionality depends on exact ester composition and grade. |
| E472e DATEM | Commonly used as a bakery dough strengthener; not the same as E472f and should not be substituted without trials. |
| E472f mixed acetic and tartaric acid esters | Mixed ester emulsifier used where its specific balance of acetic and tartaric ester functionality matches the formulation need. |
| Lecithin | Phospholipid emulsifier used in chocolates, bakery, instant powders, release systems and fat dispersion applications. |
| SSL / CSL | Lactylate emulsifiers commonly evaluated for bakery strengthening, crumb softness and protein / starch interaction. |
Quality, safety and compliance documents to request
- Product specification or technical data sheet with exact E / INS identity
- Certificate of analysis for available batch or representative lot
- Safety data sheet where applicable for handling, storage and transport review
- Food-grade declaration and destination-market compliance statement
- Recommended label declaration and food category use guidance
- Fatty acid source declaration, origin statement and traceability information
- Allergen statement, GMO statement, gluten statement and cross-contamination information
- Halal, kosher, vegan / vegetarian or other dietary certificates when required
- Acid value, saponification value, iodine value, free glycerol and moisture data where applicable
- Heavy metals, residual solvents, microbiological specification and process-contaminant statements where required
- Shelf-life statement, storage conditions and retest policy
- Packaging specification, net weight, pallet configuration and transport recommendations
Packaging, storage and handling
Mixed Acetic and Tartaric Acid Esters may be supplied in lined bags, cartons, drums, pails or other food-grade packaging depending on physical form and supplier grade. Emulsifiers should be stored away from excessive heat, moisture, direct sunlight, strong odors and contamination sources. Powder and bead grades require humidity protection, while paste and liquid grades may require controlled temperature handling to maintain pumpability or uniformity.
| Common packaging | Typical options may include 10 kg, 20 kg or 25 kg bags / cartons, pails, drums or customized industrial packs depending on supplier and grade. |
|---|---|
| Storage conditions | Store sealed in a cool, dry, clean and odor-free warehouse. Follow the supplier's exact temperature and humidity recommendations. |
| Heat sensitivity | Avoid unnecessary exposure to high temperatures unless melting or dispersion is part of the controlled production process. |
| Moisture control | Protect powder, bead and flake grades from humidity to prevent caking, lumping or poor dispersion. |
| Handling | Use hygienic handling, dust control where needed, calibrated dosing and appropriate personal protection stated in the SDS. |
| Processing addition | Confirm whether the grade should be added to fat, water, dry mix or premix stage, and whether heating or high shear is required. |
| Logistics | Confirm HS code, country of origin, pallet configuration, container loading, temperature sensitivity and destination import requirements. |
Technical purchasing notes
When reviewing Mixed Acetic and Tartaric Acid Esters, compare the supplier specification against the intended food application, process conditions, target function, label expectations and local rules. For industrial purchasing, the most useful inquiry normally includes the exact E number, application, target function, grade reference, physical form, processing conditions, packaging size, quantity, destination and document requirements.
Cost comparison should be based on cost-in-use and confirmed processing performance rather than price per kilogram alone. A grade that performs efficiently at lower dosage, disperses consistently, improves line tolerance and meets documentation requirements may be more economical than a cheaper material that requires reformulation or creates production variability.
How to request this product
Send the product name, exact E number if known, target grade or reference specification, application, target function, process conditions, quantity, destination country, packaging preference, expected shipment date and required documents. If you already purchase Mixed Acetic and Tartaric Acid Esters, attach or describe your existing specification, label, certificate of analysis, dosage level or trial result so supplier options can be compared more accurately.
Recommended RFQ information
- Product name: Mixed Acetic and Tartaric Acid Esters / E472f
- Full identity required: mixed acetic and tartaric acid esters of mono- and diglycerides of fatty acids
- Required function: dough conditioning, aeration, emulsion stability, fat dispersion, crumb softness, whipped structure or processing tolerance
- Application: bread, cake, batter, margarine, shortening, ice cream, beverage emulsion, coating, sauce or other use
- Preferred form: powder, bead, flake, paste, liquid, fat-dispersible grade or premix
- Process conditions: mixing time, temperature, pH, fat level, sugar level, heat treatment, freezing, homogenization or baking profile
- Target performance: loaf volume, crumb softness, batter specific gravity, overrun, droplet stability, viscosity, fat dispersion or shelf-life objective
- Source requirements: vegetable origin, palm-free, non-GMO, allergen-free, halal, kosher, vegan / vegetarian or other preference
- Quantity: sample quantity, first commercial order and annual forecast
- Destination: country, port, incoterm and required import documents
- Packaging: bag size, drum size, pallet format or warehouse handling preference
- Documentation: TDS, COA, SDS, E/INS confirmation, allergen, GMO, halal, kosher, origin, fatty acid source, heavy metals, microbiology, shelf-life and regulatory statements
- Commercial requirement: target price basis, shipment date, payment term and preferred delivery schedule
Useful answers
What is Mixed Acetic and Tartaric Acid Esters used for in food manufacturing?
Mixed Acetic and Tartaric Acid Esters is used as an emulsifier and surface-active food ingredient. It may be evaluated for dough conditioning, emulsion stability, aeration, crumb softness, fat dispersion, whipped structure and processing tolerance. Exact suitability depends on grade, application, process, regulations and supplier documents.
Is E472f the same as DATEM?
No. E472f refers to mixed acetic and tartaric acid esters of mono- and diglycerides of fatty acids. DATEM is commonly associated with E472e. Because the names are similar, buyers should verify the exact E number, technical specification and label declaration before purchasing or reformulating.
Which grade should I request?
The correct grade depends on the application. For bakery, define whether the target is dough strength, volume, crumb softness or machinability. For cakes and whipped systems, define aeration and foam stability needs. For fats and emulsions, define dispersion, melting behavior, viscosity and storage stability requirements.
Can Global Food Additives source Mixed Acetic and Tartaric Acid Esters?
Global Food Additives can review sourcing options for Mixed Acetic and Tartaric Acid Esters according to target specification, function, physical form, quantity, destination, packaging and required documentation.
Which documents should be requested?
Buyers commonly request a technical data sheet, product specification, certificate of analysis, safety data sheet where applicable, origin statement, fatty acid source declaration, allergen statement, GMO statement, shelf-life information, recommended label declaration, packaging details and market-specific declarations.
Is this product permitted in every country?
No. Food additive use depends on destination-market rules, food category, use level, label requirements and buyer responsibility. Buyers should verify the exact regulatory identity, permitted use, labeling language and import requirements before commercial use.
Tell us which food additive or ingredient you need.
Send product names, target specifications, quantity, destination country, packaging preference, delivery term, and document requirements. Our team will review your inquiry and respond from orders@foodgradeadditives.com.
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