Sucroglycerides E474
Sucroglycerides are food-grade emulsifier systems used by industrial food manufacturers for emulsion stability, aeration, fat dispersion, bakery softness, ice cream texture, margarine performance, dairy systems and processing efficiency. Because E474 grades can differ by sucrose ester content, glyceride profile, fatty acid composition, melting behavior and physical form, the product should be selected according to the final application rather than by E number alone. This page is prepared for purchasing teams, R&D technologists, QA departments and import managers who need structured technical information before requesting a quotation.
Product identity
| Product name | Sucroglycerides |
|---|---|
| Common names | Sucrose glycerides, Sucroglycerides E474, E474 emulsifier, sucrose ester and glyceride emulsifier |
| Chemical identity | Mixture containing sucrose esters and mono-, di- and triglycerides of edible fatty acids depending on grade |
| CAS / identity | Mixture |
| E / INS number | E474 / INS 474 |
| Category | Emulsifiers & Surface Active Ingredients |
| Primary function | Emulsifier, aerating agent, dispersing aid, texture improver and surface-active food ingredient |
| Typical composition | Variable blend of sucrose fatty acid esters, mono- and diglycerides, triglycerides and minor lipid components depending on supplier specification |
| Typical fatty acid sources | May be based on edible vegetable oils or defined fatty acid fractions depending on grade and documentation |
| Typical forms | Powder, bead, granule, flake, paste, semi-solid or liquid grade depending on application and handling requirements |
Application fit
Sucroglycerides are evaluated where controlled emulsification, aeration, fat-water interaction, fat dispersion or texture improvement is required. Potential use areas may include:
- Bakery products, sponge cakes, cake mixes, breads, biscuits and soft bakery systems
- Ice cream, frozen desserts, whipped toppings and aerated dessert systems
- Margarine, spreads, shortenings, creams and fat-continuous systems
- Dairy drinks, plant-based dairy alternatives, sauces and dressings
- Confectionery fillings, fat-based creams, chocolate-type systems and coatings
- Instant powders, beverage powders, dry premixes and processed-food systems where permitted
Technical overview for industrial buyers
Sucroglycerides combine the surface activity of sucrose ester components with the lipid-structuring and emulsifying behavior of glyceride fractions. This combination can support oil-water interfaces, fat dispersion, air incorporation, foam stabilization, batter aeration and texture development. In food manufacturing, the ingredient is normally evaluated through practical performance in the final matrix because the balance of sucrose esters, mono- and diglycerides, fatty acid profile and melting range can strongly influence functionality.
For industrial procurement, Sucroglycerides should be reviewed by more than product name and additive number. Important buying parameters include ester composition, glyceride profile, acid value, saponification value, iodine value, hydroxyl value where specified, moisture, melting point or softening range, particle size, flowability, color, odor, residual solvent or catalyst statement where applicable, heavy metal limits, microbiological status where required, packaging integrity and documentation completeness. A grade that works well in bakery aeration may not be ideal for ice cream, margarine, beverages or fat-based fillings.
Functional role in formulation
- Emulsification: supports oil-water dispersion in dairy systems, sauces, spreads, frozen desserts and processed foods.
- Aeration: helps improve air incorporation and foam stability in cakes, whipped toppings and aerated desserts.
- Fat dispersion: promotes uniform distribution of fats and oils in bakery, dairy, confectionery and dry mix systems.
- Texture improvement: may support smoother mouthfeel, crumb softness, creaminess and stable product structure.
- Starch and protein interaction: selected grades may influence bakery softness, batter stability and dairy texture.
- Frozen dessert support: can assist emulsion stability, overrun control, fat destabilization balance and meltdown behavior.
- Processing tolerance: can improve mixing consistency, whipping performance, emulsion robustness and line repeatability.
Key buying parameters
| Grade | Food grade; confirm E474 / INS 474 identity and destination-market compliance |
|---|---|
| Composition | Request supplier description of sucrose ester fraction, glyceride fraction and fatty acid profile where available |
| Functional type | Bakery, aerating, dairy, frozen dessert, margarine, fat-based or general emulsifier grade |
| Physical form | Powder, bead, granule, flake, paste, semi-solid or liquid depending on process needs |
| Melting behavior | Important for bakery, confectionery, fat-based systems, margarine and frozen desserts |
| Particle size | Relevant for dry blending, dispersion speed, dusting, hydration and premix homogeneity |
| Moisture | Important for shelf life, flowability, caking control and microbiological stability |
| Acid value | Useful indicator for free fatty acid level and product consistency |
| Saponification value | Helps characterize ester and fatty acid composition for specification control |
| Packaging | Commonly supplied in lined bags, cartons, fiber drums, pails, blocks or palletized export packaging |
Industrial application notes
In bakery systems, Sucroglycerides are evaluated for batter aeration, cake volume, crumb softness, cell structure, fat distribution and shelf-life texture. In sponge cakes and cake mixes, they may support faster aeration and more stable batter during holding and depositing. In breads and soft bakery products, selected grades may help improve dough tolerance, eating softness and uniform crumb. Performance depends on flour quality, sugar level, fat type, water absorption, mixing energy, emulsifier blend, baking profile and interaction with mono- and diglycerides, SSL, DATEM or other bakery emulsifiers.
In frozen desserts and dairy systems, Sucroglycerides may contribute to fat emulsion stability, overrun, smoothness, meltdown control and creamy mouthfeel. Ice cream performance depends on fat type, protein system, stabilizer blend, homogenization pressure, ageing time, freezing conditions and storage temperature. Plant-based dairy alternatives may require additional testing because vegetable proteins, oils, minerals and hydrocolloids can interact differently from dairy proteins and milk fat.
In margarine, spreads and fat-continuous systems, Sucroglycerides may help stabilize water droplets, support plasticity, improve spreadability and assist fat crystallization behavior depending on the grade. Buyers should evaluate melting profile, oil phase, water phase, salt level, crystallization equipment, cooling rate and compatibility with mono- and diglycerides, lecithin or other emulsifiers.
In confectionery fillings, creams and coatings, Sucroglycerides may influence fat dispersion, viscosity, mouthfeel, stability and oiling-out resistance. For chocolate-type systems, they should be compared with lecithin, PGPR and other emulsifiers under actual refining, conching, tempering or coating conditions. In powdered and dry-mix applications, powder or bead grades should be assessed for flowability, caking, dispersibility and segregation risk.
Grade selection guide
- Bakery grades: selected for aeration, crumb softness, batter stability and shelf-life texture.
- Frozen dessert grades: evaluated for emulsion stability, overrun, meltdown behavior and smooth mouthfeel.
- Margarine and spread grades: chosen for water-in-fat stability, spreadability and fat-phase compatibility.
- Powder or bead grades: useful for dry blending, bakery premixes, nutritional powders and controlled dosing.
- Paste or semi-solid grades: selected where fat-phase incorporation or heated dosing is practical.
- Custom blends: used when sucroglycerides are combined with carriers or other emulsifiers for a defined processing target.
Process and handling considerations
- Confirm the recommended dispersion method, hydration temperature and addition point for the selected grade.
- Some grades perform best when pre-dispersed in warm fat, warm water or another phase before final addition.
- Use sufficient mixing or shear to avoid lumps, incomplete dispersion or uneven emulsifier distribution.
- For powder grades, manage dusting, caking and segregation during dry blending and conveying.
- For paste or semi-solid grades, verify pumpability, melting temperature and heated handling requirements.
- Protect from moisture, heat abuse, oxidation, contamination and strong odors during storage.
- Validate compatibility with proteins, starches, hydrocolloids, salts, acids, sugars, fats and other emulsifiers.
Quality control checkpoints
Food manufacturers normally evaluate Sucroglycerides through both analytical specification and functional testing in the buyer’s process. Because E474 products are mixtures, supplier consistency and change-control communication are important. A technically suitable supplier should provide repeatable composition, stable functionality, clear documentation and lot traceability that supports food safety, regulatory review and production performance.
Typical laboratory checks
- Appearance, color, odor and foreign matter inspection
- Identification as Sucroglycerides / E474
- Sucrose ester and glyceride composition where specified
- Fatty acid profile or source-oil information where required
- Acid value, saponification value and iodine value where specified
- Moisture or loss on drying
- Melting point, softening range or slip melting point for applicable grades
- Particle size, flowability or bulk density for powder and bead grades
- Residual solvent or catalyst statement where applicable to production route
- Lead, arsenic, mercury, cadmium or other heavy metals according to destination rules
- Microbiological status where required by application and specification
- Lot number, manufacturing date and shelf-life verification
Functional performance checks
- Emulsion stability under heat, shear, pH and storage conditions
- Whipping speed, foam volume, foam stability and overrun in aerated systems
- Bakery batter stability, cake volume, crumb softness and shelf-life texture
- Ice cream overrun, meltdown behavior, smoothness and heat-shock stability
- Margarine spreadability, water droplet stability and fat crystallization behavior
- Confectionery viscosity, oiling-out resistance and mouthfeel performance
- Powder dispersibility, dry-blend homogeneity and lump formation
- Compatibility with other emulsifiers, stabilizers, proteins and minerals
- Packaging seal integrity and pallet condition on receipt
Regulatory and compliance notes
Sucroglycerides are commonly identified as E474 or INS 474. Permitted food categories, maximum use levels, purity criteria, additive naming and label declarations can differ by country and final application. Some food categories may allow E474 at defined limits, while other categories may restrict use or require a different emulsifier system. Buyers should verify the final product category and destination-market rule before commercial approval.
Because Sucroglycerides may be produced from sucrose and edible fats or fatty acids, buyers may request documentation about source oil, fatty acid origin, GMO status, allergen status, animal-origin status, halal or kosher suitability, vegan suitability and residual solvent or catalyst control. These claims should not be assumed from the product name alone. They should be supported by supplier declarations, certificates and traceability information that match the purchased grade and lot.
Recommended documents to request
- Product specification or technical data sheet with physical, chemical and functional parameters
- Certificate of analysis for available batch or lot
- Safety data sheet where applicable
- Food-grade declaration and statement of intended food use
- E474 identity confirmation and functional grade description
- Sucrose ester fraction, glyceride profile, fatty acid profile or source-oil information where available
- Acid value, saponification value, iodine value, moisture and melting behavior where specified
- Residual solvent or catalyst statement where applicable to the manufacturing route
- Origin statement and manufacturer information where available
- Allergen, GMO, vegan, halal, kosher or animal-origin declarations when required
- Heavy metals statement and market-specific contaminant compliance where applicable
- Shelf-life, storage condition, humidity protection and handling recommendation
- Label draft, net weight, bag, carton, drum, pail or block dimensions, pallet configuration and container loading estimate
- Traceability information, batch coding format and recall-support documentation
Specification information useful for quotation
For a faster and more accurate quotation, provide the target specification, required grade, application, physical form, annual and first-order quantity, destination country, delivery term, packaging preference, required certifications, inspection requirements and expected shipment date. If you already purchase Sucroglycerides, share the existing COA, technical data sheet, product label, approved sample, functional grade or benchmark supplier specification so equivalent options can be compared by composition, melting behavior, particle size, application performance, origin, documentation and logistics cost.
Packaging and logistics
Industrial Sucroglycerides are usually quoted according to product form, net weight, packaging type, palletization, container loading, port of loading, Incoterms and destination. Powder and bead grades require moisture protection to maintain flowability and dispersion performance. Paste, semi-solid or block grades should be reviewed for temperature exposure, melting behavior, leakage protection and handling conditions. Export shipments should be checked for documentation deadlines, shelf-life remaining, pallet wrapping and destination customs requirements.
Commercial evaluation criteria
- Food-grade status and documentation completeness
- Correct E474 identity, composition and application fit
- Consistency of ester profile, glyceride profile, melting behavior, particle size and moisture
- Suitability for bakery, dairy, frozen dessert, margarine, sauce, confectionery or powder systems
- Availability of allergen, GMO, vegan, halal, kosher or origin documentation when required
- Lead time, stock position and minimum order quantity
- Packaging suitability for manual, semi-automatic or automated handling
- Regulatory fit for the destination market
- Total landed cost and cost-in-use, not only unit price
How to request this product
Send the product name, physical form, grade, application, quantity, destination country, packaging preference, expected shipment date and required documents. If the ingredient will be used in bakery, cakes, whipped toppings, ice cream, margarine, dairy alternatives, sauces, confectionery, spreads or powder blends, include the application category and key performance target such as aeration, emulsion stability, overrun, meltdown control, crumb softness, spreadability, fat dispersion or powder dispersibility.
Useful answers
What are Sucroglycerides used for in food manufacturing?
Sucroglycerides are used as emulsifiers, aerating agents, dispersing aids and texture-support ingredients. They are commonly evaluated for emulsion stability, fat dispersion, bakery softness, aeration, ice cream texture, margarine, dairy systems, sauces and processing tolerance.
Are Sucroglycerides the same as Sucrose Esters of Fatty Acids?
No. They are related but not identical. Sucroglycerides are identified as E474 and contain sucrose ester components together with glyceride fractions, while Sucrose Esters of Fatty Acids are identified separately as E473.
Which applications commonly use Sucroglycerides?
Sucroglycerides may be evaluated in bakery, cake mixes, whipped toppings, ice cream, frozen desserts, margarine, spreads, dairy systems, confectionery fillings, sauces and powder blends where permitted by local regulations.
Which specification parameters matter most?
Important parameters may include ester composition, glyceride profile, fatty acid profile, acid value, saponification value, iodine value, melting behavior, moisture, particle size, residual solvent statement where applicable, heavy metals and functional performance in the buyer’s application.
Can Sucroglycerides be used with other emulsifiers?
Yes. In many industrial systems, Sucroglycerides are evaluated alongside mono- and diglycerides, lecithin, DATEM, SSL, polyglycerol esters or other emulsifiers. Compatibility, dosage, label declaration and regulatory limits should be verified in the final formulation.
Can Global Food Additives source Sucroglycerides?
Global Food Additives can review sourcing options for Sucroglycerides according to target specification, physical form, application, quantity, destination, packaging, certification needs and required documentation.
Which documents should be requested?
Buyers commonly request a technical data sheet, certificate of analysis, safety data sheet, food-grade declaration, origin statement, allergen statement, GMO status, halal or kosher certificate, composition information, shelf-life and storage information, label details and packing configuration.
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. Always verify local regulations 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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