E1412 Distarch Phosphate is a cross-linked modified tapioca starch that enhances structural strength and stability under high temperature, acidic conditions, and strong mechanical shear. The product provides good swelling control and maintains viscosity and stable texture throughout processing.
E1412 is widely applied in food processing industries, noodles, meat products, sauces, seasonings, and products requiring high elasticity, crispness, and stability, effectively meeting technical requirements in industrial production.
E1412 – Distarch Phosphate is one of the most important modified starches in the cross-linked starch group, widely used in food, pharmaceutical, and high-tech industries due to its excellent heat resistance, acid stability, and structural integrity. In this article, Hùng Duy Starch – a pioneering manufacturer of modified wheat starch in Vietnam – will explore what E1412 is, its mechanism, key properties, practical applications, and why cross-linked starches have become a trusted choice for global businesses.
E1412 (Distarch Phosphate) is a natural starch (from cassava, corn, potato, wheat, etc.) modified using phosphorus-containing agents such as sodium trimetaphosphate (STMP) or phosphorus oxychloride (POCl₃). This process creates cross-links between the hydroxyl (-OH) groups of amylose and amylopectin, enhancing mechanical strength, heat resistance, pH stability, and preventing water separation or structural breakdown during processing.
According to international classification systems, E1412 is the designation for Distarch Phosphate under the European Union (EU) food additive system. In the FAO/WHO Codex Alimentarius, it is identified as INS 1412.
E1412 is produced via esterification reactions between starch hydroxyl (-OH) groups and phosphorus oxychloride (POCl₃) or sodium trimetaphosphate (STMP), forming phosphate ester bonds (–O–P(=O)(OH)₂). Depending on the agent, starch may form cross-links through phosphodiester bridges (–O–P(=O)(OH)–O–) or single phosphate groups.
These phosphodiester bridges reinforce starch granule structure, improve heat tolerance, pH stability, and resistance to shear. The higher the degree of cross-linking, the more stable and less prone to swelling the E1412 granules are.
The modification process is strictly controlled under Good Manufacturing Practice (GMP). After the reaction, Distarch Phosphate is neutralized, washed, dried, and quality-tested to ensure residual phosphate and heavy metal levels are within safe limits.
Distarch Phosphate serves as a thickener, stabilizer, binder, and emulsifier. Specific applications include:

With over 50 years of experience in the Vietnamese wheat starch industry, Hùng Duy Starch is a pioneering manufacturer of modified wheat starch, including E1412 Distarch Phosphate, serving the food, pharmaceutical, and high-tech industries. Modern production facilities combined with a sustainable supply chain across Tây Ninh – Cambodia enable Hùng Duy to consistently meet strict quality, performance, and traceability requirements for global clients.
Key strengths of Hùng Duy Starch:
For support with E1412 Distarch Phosphate solutions, formulas, applications, or technical standards, please leave your contact information, and the Hùng Duy Starch team will provide prompt and accurate consultation.