Hydroxypropyl Distarch Phosphate
Dual-modified: cross-linked for shear and heat resistance, substituted for freeze-thaw stability. The workhorse starch for sauces, frozen foods, and UHT processing.
Inquire →Full range of chemically modified starches — cross-linked, substituted, oxidized, and acid-thinned — available in waxy corn, corn, tapioca, potato, and wheat base. Produced at our single Suzhou factory — 4 dedicated production lines, 25,000 t/y capacity — under ISO 9001, ISO 22000, HALAL, and KOSHER certification. From E1442 (freeze-thaw stable) to E1450 (built-in emulsifier), every grade ships with a COA.
Each E-number grade is engineered for specific functional properties — from freeze-thaw stability to emulsification, acid resistance to high-temperature processing.
Dual-modified: cross-linked for shear and heat resistance, substituted for freeze-thaw stability. The workhorse starch for sauces, frozen foods, and UHT processing.
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Cross-linked and acetylated with adipate ester groups. Superior acid, heat, and shear resistance — stable through 121°C retort and UHT processing.
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Cross-linked with phosphate and acetylated. Improved paste clarity, smooth texture, and moderate freeze-thaw stability for sauces and frozen desserts.
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Mono-substituted starch with lower gelatinization temperature and improved paste clarity. Excellent film-forming properties for coatings and fillings.
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Cross-linked with phosphate ester bonds. High shear and temperature tolerance for canned foods, retort processing, and high-temperature applications.
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Dual-modified: phosphate cross-linked and esterified. High paste clarity with strong freeze-thaw stability for frozen meals, ready meals, and retortable products.
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Oxidized with sodium hypochlorite. Low viscosity with excellent emulsification properties and film-forming ability for paper and textile applications.
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Acid-thinned to low viscosity with high solids. Clean, short gel texture ideal for confectionery gummies, jellies, and pectine-free fruit preparations.
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Substituted with octenyl succinic anhydride. Built-in emulsifying power stabilizes oil-in-water emulsions in sauces, dressings, and beverage emulsions.
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Mono-substituted with hydroxypropyl groups. Excellent thickening, film-forming, and freeze-thaw stability without cross-linking. Clean paste texture.
Inquire →Each chemical modification alters the starch molecule in a specific way, creating different functional properties for food processing.
Chemical bridges are formed between starch molecules, reinforcing the granule structure. This improves resistance to high temperature, mechanical shear, and low pH conditions. Cross-linked starches maintain viscosity through harsh processing conditions like UHT, retort, and high-shear pumping.
Bulky side groups are attached to the starch chain, preventing the molecules from reassociating (retrogradation). This improves freeze-thaw stability, paste clarity, and long-term storage stability. Substituted starches resist water separation in frozen products.
Combines cross-linking and substitution in a single starch molecule. The cross-linking provides process stability (heat, shear, acid), while the substitution provides freeze-thaw stability and anti-retrogradation. Most E-number starches used in food are dual-modified.
Oxidation introduces carboxyl and carbonyl groups, creating low-viscosity starches with good emulsification and film-forming properties. Acid-thinning breaks starch chains to produce low-viscosity, high-solids starches for confectionery with clean gel texture.
Compare all ten E-number product series by key functional properties. Detailed COA and RVA data available on request.
| E-code | Name | Viscosity | Paste Clarity | Acid Resistance | Freeze-Thaw | Key Applications |
|---|---|---|---|---|---|---|
| E1442 | Hydroxypropyl Distarch Phosphate | Medium-High | Sauces, frozen foods, UHT | |||
| E1422 | Acetylated Distarch Adipate | Medium-High | Retort sauces, acidic dairy, dressings | |||
| E1414 | Acetylated Distarch Phosphate | Medium-High | Sauces, frozen desserts, fillings | |||
| E1420 | Acetylated Starch | Medium | Coatings, fillings, films | |||
| E1412 | Distarch Phosphate | High | Canned foods, retort, noodles | |||
| E1404 | Oxidized Starch | Low | Emulsions, paper, textile | |||
| E1401 | Acid-Modified Starch | Low | Confectionery, gummies, jellies | |||
| E1450 | Starch Sodium Octenyl Succinate | Low-Medium | Emulsions, dressings, beverages | |||
| E1440 | Hydroxypropyl Starch | Medium | Thickener, frozen foods, films | |||
| E1413 | Phosphated Distarch Phosphate | Medium-High | Frozen meals, ready meals, retort |
Full COA per batch available on request. Request spec sheets →
One E-code series, four processing environments — heat, acid, shear and freeze. See where each grade earns its keep.
Freeze-thaw and retort stability for surimi, ham and canned meat products.
Meat processing starch solutions
Acid and shear resistance for ketchup, dressings and UHT-cooked sauces.
Sauce thickening starch solutions
Paste clarity and setting control for fillings, glazes and gummies.
Bakery & confectionery starch solutions
Emulsion stabilization and body for dairy drinks and plant-based beverages.
Beverage & dairy starch solutions
Every grade you spec — E1442, E1422, E1450 and more — is produced on our dedicated reaction and drying lines in Suzhou, tested in the in-house QC laboratory before release, and shipped with a per-batch COA. Common E-codes are also kept as warehouse ready stock, so repeat orders move fast.
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What procurement and R&D teams ask about chemical modified starch — answered directly.
Chemically modified starch is native starch that has been treated with chemicals to alter its molecular structure, improving properties such as heat stability, shear tolerance, freeze-thaw stability, acid resistance, or emulsification. Common modifications include cross-linking, substitution, oxidation, and acid-thinning.
Yes. All E-number modified starches (E1401–E1452) are approved food additives by the EU, FDA, and Codex Alimentarius. They are produced under strict food safety management systems including ISO 22000 and are safe for consumption at recommended usage levels.
Modified food starch is made from native starches derived from corn (maize), waxy corn, tapioca, potato, or wheat. The native starch undergoes chemical reactions such as cross-linking, esterification, etherification, or oxidation to produce the final modified starch.
Most modified starches are naturally gluten-free, especially those derived from corn, tapioca, and potato. Wheat-based modified starch may contain trace gluten. Contact us for specific gluten-free certification requirements.
The main E-numbers for chemically modified starch are: E1401 (Acid Modified Starch), E1404 (Oxidized Starch), E1412 (Distarch Phosphate), E1413 (Phosphated Distarch Phosphate), E1414 (Acetylated Distarch Phosphate), E1420 (Acetylated Starch), E1422 (Acetylated Distarch Adipate), E1440 (Hydroxypropyl Starch), E1442 (Hydroxypropyl Distarch Phosphate), and E1450 (Starch Sodium Octenyl Succinate).
Cornstarch is unmodified native starch from corn. Modified corn starch has been chemically treated to improve its functional properties such as heat stability, freeze-thaw resistance, or emulsification. Modified corn starch performs consistently under industrial processing conditions where native cornstarch would break down.
Yes. All chemically modified starches are derived from plant-based native starches (corn, tapioca, potato, wheat) and are suitable for vegan formulations.
Modified starch is produced by treating native starch with chemical reagents under controlled temperature, pH, and reaction time. Cross-linking uses agents like STMP or POCl₃; substitution uses acetic anhydride or propylene oxide; oxidation uses sodium hypochlorite. The reaction is then neutralized, and the starch is washed and dried.
E1442 (Hydroxypropyl Distarch Phosphate) is cross-linked and etherified: it delivers strong freeze-thaw stability plus acid and shear resistance, making it the first choice for frozen foods, dressings and canned products that must survive repeated freeze-thaw cycles. E1422 (Acetylated Distarch Adipate) is cross-linked and esterified: it gives a short, clean, clear paste with a bland flavor, preferred for sauces, condiments and dairy desserts where clarity and taste neutrality matter. We produce both and can send side-by-side samples.
There is no MOQ. We support small-batch customization starting from 25 kg trial batches for formulation validation, and can scale up to full 20 ft container loads once the formula is approved. Free lab samples ship within 48 hours.
Yes. Our 4 production lines and flexible scheduling allow multiple E-code variants to be produced and consolidated into a single mixed-container shipment, which saves freight costs and simplifies customs paperwork. Tell us the E-codes and ratios you need, and we will quote the combined container.
We manufacture all 10 E-number product series across 5 base materials. Tell us your application, and our R&D team will recommend the right grade — with a free 500 g sample and COA.
500 g free lab samples within 48 hours · No MOQ — from 25 kg trial batches · COA with every shipment
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