Phosphated Distarch Phosphate E1413
Phosphated Distarch Phosphate is a food-grade modified starch used by industrial manufacturers for controlled viscosity, texture development, thickening, stabilization, moisture management and process tolerance. It is selected when a formulation needs stronger performance than many native starches under heating, mechanical shear, acidity, freezing, thawing, filling, retort, pasteurisation or storage stress.
This page is prepared for R&D teams, purchasing managers, QA departments, importers and food manufacturers who need a practical technical starting point for modified-starch grade comparison, viscosity specification review, supplier documentation and quotation requests.
Product identity
| Product | Phosphated Distarch Phosphate |
|---|---|
| Common references | E1413, INS 1413, phosphated crosslinked starch, phosphate modified starch |
| Category | Modified Starches, Fibres & Bulking Agents |
| Function | Texture, viscosity, thickening, stabilizing, bulking, carrier and moisture-control ingredient |
| E / INS number | E1413 / INS 1413 |
| CAS / identity | Varies by botanical source, supplier process and modification type |
| Botanical sources | May be based on corn, waxy maize, potato, tapioca, wheat, rice or other food starch sources depending on supplier grade |
| Modification type | Phosphate-modified and crosslinked starch designed for improved process stability |
| Typical form | Fine powder, granule, agglomerated grade, instant grade or cook-up grade |
| Main buying issue | Viscosity profile, source, cook-up behavior, heat/shear/acid stability, freeze-thaw performance and regulatory documentation must match the application |
Application fit
Potential use areas may include:
- Soups, gravies and culinary bases
- Sauces, dressings and marinades
- Bakery fillings and fruit preparations
- Meat, poultry and seafood products
- Dairy desserts and dairy-style systems
- Frozen meals and freeze-thaw products
- Retort, pasteurised and heat-processed foods
- Dry mixes, instant preparations and convenience foods
Industrial functionality overview
Phosphated Distarch Phosphate is used when a food system needs reliable thickening and stable texture during industrial processing. Native starches can lose viscosity under prolonged heating, high shear, low pH, freezing and thawing, or extended holding. Crosslinked phosphate-modified starches are designed to strengthen starch granule performance and help maintain viscosity, body and appearance during demanding production conditions.
The technical benefit depends heavily on grade selection. A cook-up starch for retorted sauce will not behave the same as an instant starch for a dry soup mix. A potato-based grade may deliver different clarity, viscosity and mouthfeel than a corn, waxy maize or tapioca-based grade. Purchasing should therefore connect the exact supplier grade with the application, process conditions and target texture.
Functional benefits by application
Soups, gravies and culinary bases
In soups, gravies and culinary bases, E1413 can provide body, spoonability, suspension and stable viscosity after heating, holding and filling. It is useful where the product must resist thinning during high-shear mixing, pumping or thermal treatment.
- Supports smooth viscosity and stable body.
- Helps suspend herbs, spices, vegetable particles and proteins.
- Can improve tolerance to cooking, hot filling and retort conditions.
- Requires testing with salt, acids, fats, proteins and hydrocolloids.
Sauces, dressings and marinades
In sauces and dressings, Phosphated Distarch Phosphate can help control viscosity, cling, pourability and phase stability. The correct grade depends on acidity, oil content, emulsifier system, pasteurisation, shear and desired texture.
- Supports controlled pourability and cling.
- Can improve viscosity stability under acidic and salty conditions.
- May reduce separation or watery appearance in finished products.
- Should be trialed with the complete preservative, acid and emulsifier system.
Bakery fillings and fruit preparations
In bakery fillings, fruit preparations and pie fillings, modified starch helps manage gel texture, bake stability, water binding and fruit suspension. Phosphated Distarch Phosphate can be useful when the filling must tolerate heat, acidity, freeze-thaw cycling or mechanical depositing.
- Supports filling viscosity and bake stability.
- Helps reduce syneresis and water migration.
- Can improve fruit suspension and finished appearance.
- Requires testing for pH, sugar level, fruit solids and baking temperature.
Meat, poultry and seafood products
In meat and seafood systems, E1413 may support water binding, texture, sliceability, yield control and freeze-thaw stability. It is commonly reviewed for injected, tumbled, emulsified or restructured products where moisture retention and stable bite are important.
- Can help improve water retention and process yield.
- Supports texture in cooked, chilled or frozen products.
- Works with proteins, phosphates, salts and hydrocolloids depending on formulation.
- Requires validation under cooking, chilling, freezing and reheating conditions.
Dairy desserts and dairy-style systems
In dairy desserts, creams, puddings, custards and plant-based alternatives, Phosphated Distarch Phosphate can contribute creamy texture, viscosity, gel body and stability during heating or storage. Compatibility with milk proteins, plant proteins, minerals and stabilisers should be confirmed.
- Supports creamy texture and stable viscosity.
- Can help reduce syneresis in spoonable desserts.
- Requires testing with homogenisation, pasteurisation and cooling.
- Grade selection affects mouthfeel, opacity and gel firmness.
Frozen meals and freeze-thaw systems
In frozen sauces, ready meals, gravies, fillings and prepared foods, the starch must maintain texture after freezing, storage and reheating. Phosphated Distarch Phosphate is often reviewed where freeze-thaw stability, reduced syneresis and reheated viscosity are important quality targets.
- Supports viscosity recovery after freeze-thaw cycles.
- Can reduce water separation in frozen foods.
- Helps maintain texture after microwave or oven reheating.
- Requires testing through the intended freezing, storage and thawing cycle.
Cook-up, instant and agglomerated grade selection
Industrial modified starches may be supplied as cook-up, pregelatinized, instant, cold-swelling or agglomerated grades. Selecting the wrong physical form can create process issues such as lumping, incomplete hydration, viscosity loss, dusting, poor dispersion or unstable finished texture.
| Grade type | Typical use | Industrial review point |
|---|---|---|
| Cook-up grade | Heat-processed sauces, soups, gravies, retort products, fillings and dairy desserts | Requires controlled heating to gelatinise and develop final viscosity; evaluate peak viscosity, breakdown and final viscosity after process stress. |
| Pregelatinized / instant grade | Dry mixes, instant soups, cold-prepared sauces, bakery creams and convenience foods | Hydrates in cold or warm water; check lumping risk, powder flow, hydration speed and final viscosity. |
| Agglomerated grade | Fast-dispersing dry mixes, beverage powders and foodservice preparations | Improves wetting and dispersion; compare dust level, bulk density and mixing behavior. |
| High-stability grade | Acid, heat, shear, retort or freeze-thaw applications | Use where process stress is high; confirm stability in the exact product and production line. |
Technical grade selection criteria
Phosphated Distarch Phosphate should be selected by function, process and finished-product target. The best commercial choice is usually the grade that provides the required viscosity and stability at the lowest reliable cost-in-use, not necessarily the lowest price per kilogram.
| Selection factor | Why it matters |
|---|---|
| Botanical source | Corn, waxy maize, potato, tapioca, wheat and rice starches can differ in viscosity, clarity, gel texture, mouthfeel, colour and allergen implications. |
| Viscosity profile | Determines thickening power, process tolerance, final texture and cost-in-use. |
| Gelatinization temperature | Important for cook-up systems, heating time, retort processing and thermal energy requirement. |
| Heat stability | Critical for pasteurised, UHT, hot-filled, retorted or baked products. |
| Shear stability | Important for pumping, homogenisation, high-speed mixing, filling and continuous processing. |
| Acid stability | Required for dressings, fruit fillings, sauces and acidic beverages or preparations. |
| Freeze-thaw stability | Important for frozen meals, frozen sauces, pie fillings and refrigerated products exposed to temperature abuse. |
| Clarity and opacity | Controls finished appearance in fruit systems, sauces, desserts and fillings. |
| Mouthfeel and gel texture | Affects creaminess, shortness, elasticity, stickiness, spoonability and consumer perception. |
| Regulatory destination | Modified starch permission, label declaration and maximum use level depend on market and food category. |
Specification points to request
A complete sourcing review should be based on the supplier’s current technical data sheet and batch-specific certificate of analysis. Depending on source, form and application, buyers commonly request the following specification points:
- Product name, grade code and E1413 / INS 1413 declaration where applicable.
- Botanical source such as corn, waxy maize, potato, tapioca, wheat or rice.
- Appearance, colour, odour and physical form.
- Moisture content and water activity relevance.
- pH, ash and phosphate-related specification where applicable.
- Viscosity method such as Brabender, Rapid Visco Analyzer or supplier-defined cook-up method.
- Gelatinization temperature, peak viscosity, breakdown and final viscosity where available.
- Cold-water viscosity for instant or pregelatinized grades.
- Particle size distribution, bulk density, flowability and dust level.
- Microbiological limits including total plate count, yeast, mould and pathogens where applicable.
- Heavy metals and contaminant limits according to the destination-market specification.
- Allergen statement, gluten status, GMO status and origin information.
- Shelf-life, storage conditions, packaging type and pallet configuration.
Processing and formulation guidance
The performance of Phosphated Distarch Phosphate depends on dispersion, hydration, heating, shear, pH, salt, sugar, fat, protein and process time. A technically correct grade can still fail if it is added at the wrong stage, hydrated poorly or exposed to processing conditions outside its design range.
- Dry blending: preblend with sugar, salt, flour or other powders to improve dispersion and reduce lumping.
- Hydration: add under strong agitation and avoid dumping starch directly into low-shear water phases.
- Cooking: cook-up grades require sufficient temperature and holding time to develop final viscosity.
- High shear: validate viscosity after pumping, homogenisation, filling and line recirculation.
- Low pH: test acidic sauces, dressings and fruit systems under real process and shelf-life conditions.
- Freezing: check syneresis, texture and viscosity after repeated freeze-thaw cycles.
- Retort: evaluate final texture after sterilisation, cooling and storage rather than only before filling.
- Scale-up: confirm that lab viscosity matches plant tank geometry, heating rate, mixer type and holding time.
Application-specific process controls
Sauces and dressings
- Target pH, acidity and preservative system.
- Oil level, emulsifier system and homogenisation intensity.
- Salt, sugar and spice loading.
- Hot-fill, pasteurisation or cold-fill process.
- Final pourability, cling and separation after storage.
Soups and gravies
- Heating profile and final cook temperature.
- Shear during mixing, pumping and filling.
- Protein, fat and particulate suspension.
- Retort or chilled-storage stability.
- Reheating performance and spoonable texture.
Bakery fillings
- Fruit solids, sugar level and pH.
- Depositing temperature and pump shear.
- Bake stability and water migration.
- Freeze-thaw exposure in frozen bakery.
- Final gel texture, clarity and syneresis.
Meat products
- Salt, phosphate and protein extraction system.
- Injection, tumbling or emulsification process.
- Cooking yield, slicing texture and purge control.
- Freeze-thaw and reheating stability.
- Label declaration and permitted-use review.
Compatibility with other ingredients
Modified starch performance is strongly affected by the surrounding formulation. Before commercial approval, E1413 should be tested with the complete recipe and process rather than only in water.
Proteins
Dairy proteins, meat proteins, plant proteins and egg systems can change starch hydration, viscosity and texture. Protein-starch interaction should be checked after heat treatment and storage.
- Test for sediment, gel firmness and syneresis.
- Review pH and mineral effects.
- Check texture after cooling and reheating.
Hydrocolloids
Gums and stabilisers such as xanthan, guar, carrageenan, pectin or cellulose derivatives may work with starch to adjust viscosity, suspension and mouthfeel.
- Check viscosity synergy or over-thickening.
- Control hydration order.
- Monitor separation and gel defects.
Acids and salts
Acids and salts can influence starch swelling, viscosity and stability. This is especially important in dressings, sauces, fruit systems, meat products and processed cheese-style foods.
- Confirm stability at target pH.
- Evaluate salt tolerance.
- Track viscosity after shelf-life storage.
Fats and emulsions
In emulsified sauces, creams, fillings and meat products, starch may affect water binding, oil release, opacity and mouthfeel. Emulsifier and homogenisation conditions should be included in trials.
- Review emulsion stability.
- Check oiling-off or water separation.
- Evaluate mouthcoating and flavour release.
Quality, compliance and documentation
For international sourcing, documentation quality is critical because modified starches may differ by source, process, regulatory classification, allergen status and label declaration. Global Food Additives can support supplier communication and document coordination before purchase and export.
Core documents
- Technical data sheet or product specification.
- Certificate of analysis for the available batch or lot.
- Safety data sheet where applicable.
- Manufacturing origin and country-of-origin statement.
- Shelf-life and recommended storage conditions.
- Packaging, net weight and pallet configuration.
Modified-starch documents
- E1413 / INS 1413 or modified-starch declaration.
- Botanical source declaration.
- Viscosity method and target viscosity range.
- Phosphate or modification-related compliance statement where applicable.
- Cook-up, instant or pregelatinized grade guidance.
- Application and dosage recommendation from the supplier.
Customer-standard documents
- Allergen statement, especially if wheat or gluten-containing source is possible.
- GMO status statement where required.
- Halal or kosher certificate if required.
- Vegan or vegetarian suitability statement where applicable.
- Gluten-free statement where applicable and supported by supplier documents.
- Contaminant and heavy metal statement where required.
Supply-chain review
- Manufacturer identity and approved supplier status.
- Batch coding and lot traceability.
- Food safety certification such as HACCP, ISO 22000, FSSC 22000 or equivalent where available.
- Specification revision control and change notification.
- Lead time, minimum order quantity and sample availability.
- Export documents and import requirements for the destination country.
Storage, handling and packaging considerations
Phosphated Distarch Phosphate should be stored according to the supplier’s specification in closed original packaging, protected from moisture, contamination, direct sunlight, excessive heat and strong odours. Powder grades should be handled carefully to reduce dusting, caking and moisture pickup.
- Keep bags, cartons or big bags sealed when not in use.
- Store in a cool, dry, clean warehouse away from water and non-food chemicals.
- Use first-expiry-first-out stock rotation.
- Protect from humidity, condensation and damaged pallets.
- Use suitable dust-control practices during weighing, transfer and dry blending.
- Inspect incoming goods for caking, odour change, infestation, water damage or packaging damage.
- Confirm bag size, pallet pattern, container loading quantity and export packaging before shipment.
Technical purchasing notes
When reviewing Phosphated Distarch Phosphate, compare the supplier specification against the intended food application, process conditions, target viscosity, label expectations and local rules. For industrial purchasing, the most useful inquiry normally includes botanical source, target grade, viscosity requirement, physical form, packaging size, quantity, destination and document requirements.
Buyers should avoid approving modified starch only by E number. A stronger approval process links the exact supplier grade with the intended food category, processing method, pH, shear, heat treatment, freeze-thaw exposure, final texture target and destination-market label requirement.
| Information to include | Example details |
|---|---|
| Application | Soup, sauce, dressing, bakery filling, meat product, dairy dessert, frozen meal, retort food, dry mix or instant preparation. |
| Target function | Thickening, viscosity control, texture, suspension, water binding, freeze-thaw stability, heat stability, shear stability or syneresis control. |
| Botanical source | Corn, waxy maize, potato, tapioca, wheat, rice or supplier-recommended source. |
| Grade preference | Cook-up, instant, pregelatinized, agglomerated, high-viscosity, high-stability or existing supplier reference. |
| Process conditions | pH, heating temperature, cooking time, retort, pasteurisation, homogenisation, pumping, freezing, thawing or reheating. |
| Viscosity target | Brabender, RVA, Brookfield, finished-product viscosity, spoonability, pourability or current formulation reference. |
| Quantity | Sample, trial quantity, pallet quantity, big-bag quantity, container quantity, monthly demand or annual contract volume. |
| Destination | Country, port, city, delivery term and import-document requirements. |
| Documents | TDS, specification, COA, SDS, E1413 declaration, source declaration, viscosity data, allergen, GMO, halal, kosher, origin and shelf-life documents. |
Documents to request
- Product specification or technical data sheet.
- Certificate of analysis for available batch or lot.
- Safety data sheet where applicable.
- Food-grade, E1413 / INS 1413 or modified-starch regulatory statement where relevant.
- Botanical source and processing declaration.
- Viscosity profile, cook-up method or instant hydration guidance.
- Origin, manufacturer, shelf-life and storage information.
- Allergen, GMO, halal, kosher, vegan or gluten-free statements where required.
- Microbiological, heavy metal and contaminant statements where required.
- Packaging details, net weight, pallet configuration and container loading information.
- Market-specific declarations required by the destination country.
How to request this product
Send the product name, target grade or reference specification, botanical source preference, intended application, target viscosity or texture, process conditions, quantity, destination country, packaging preference, expected shipment date and required documents. If you already purchase Phosphated Distarch Phosphate, attach or describe your existing specification, label, viscosity method, supplier reference or certificate of analysis so available options can be compared accurately.
Useful technical answers
What is Phosphated Distarch Phosphate used for in food manufacturing?
Phosphated Distarch Phosphate is used as a modified starch for texture, viscosity, thickening, bulking, moisture control and process stability. It is commonly reviewed for soups, sauces, dressings, bakery fillings, dairy desserts, meat products, frozen foods and heat-processed foods where stability under heat, shear, acid or freeze-thaw stress is required.
Is E1413 the same as native starch?
No. E1413 is a modified starch designed for improved process tolerance and texture control compared with many native starches. It may provide better resistance to heat, shear, acidity, freezing and thawing depending on grade and application.
Which grade should I request?
The correct grade depends on the product and process. Cook-up grades are usually selected for heated systems, while instant or pregelatinized grades are useful for dry mixes and cold-prepared products. Send the application, process conditions, target viscosity and botanical source preference so supplier options can be compared.
Which documents should be requested?
Buyers commonly request a technical data sheet, product specification, certificate of analysis, safety data sheet where applicable, E1413 / INS 1413 declaration, botanical source statement, viscosity data, allergen statement, GMO statement, halal or kosher certificate, shelf-life information, storage conditions, packaging details and market-specific compliance declarations.
Can Global Food Additives source Phosphated Distarch Phosphate?
Global Food Additives can review sourcing options for Phosphated Distarch Phosphate according to target grade, botanical source, viscosity requirement, application, quantity, destination, packaging preference, delivery term and required documentation.
Is this product permitted in every country?
No. Modified starch use depends on destination-market rules, food category, permitted use level, label declaration and buyer responsibility. Always confirm local regulatory status before commercial use.
Tell us which Phosphated Distarch Phosphate grade you need.
Send product name, application, target texture, viscosity requirement, botanical source preference, process conditions, grade preference, 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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