Question

What are the main industries and processes where isomeric alcohol ether phosphate E-1310P is applied?

Answer
2026-06-06 官方文档 异构醇醚磷酸酯E-1310P

Isomeric alcohol ether phosphate E-1310P is a versatile anionic surfactant mainly applied in five major industries: metalworking fluids, textile printing and dyeing, leather processing, pesticide formulations, and industrial cleaning. It plays a core role in key processes such as extreme pressure lubrication, penetrating refining, degreasing, and emulsification.

Detailed Explanation

Isomeric alcohol ether phosphate E-1310P (chemical name: isotridecanol polyoxyethylene (10) ether phosphate), with its unique molecular structure, combines multiple advantages such as extreme pressure lubricity, penetrating wettability, and chemical stability. The phosphate ester group in its molecule can form a tough protective film on metal surfaces, while the polyoxyethylene chain segment endows it with excellent hydrophilic wetting ability, allowing the product to function stably under various complex working conditions.

This product remains active over a wide pH range and exhibits good tolerance to acid, alkali, and hard water media, while also possessing emulsifying, dispersing, and detergency properties. This multi-functional characteristic enables it to simplify formulation systems and reduce overall application costs, making it an indispensable key component in many industrial formulations.

Detailed Application Industries and Processes

Application Industry Process Stage Functional Role Specific Effects
Metalworking Fluids Cutting, grinding, drawing, and other processing operations Extreme Pressure Lubricant Provides boundary lubrication protection, significantly reduces friction coefficient, prevents workpiece scoring and welding, extends tool life, and improves workpiece surface finish. Suitable for water-based and semi-synthetic formulations.
Textile Printing and Dyeing Pre-treatment (scouring, bleaching processes) Scouring Agent, Penetrant Quickly penetrates into the fiber interior, efficiently removes cotton fiber waxes, sizes, and other impurities, improves treatment uniformity and whiteness, and promotes uniform dye uptake.
Leather Processing Wet processing stages such as soaking and liming Degreasing Agent Rapidly emulsifies and removes natural fats and oils from raw hides, achieving thorough degreasing without affecting the softness of the leather, laying a good foundation for subsequent tanning processes.
Pesticide Formulations Preparation of emulsifiable concentrates (EC) and microemulsions (ME) Emulsifier Enhances the dispersion and spreading ability of active pesticide ingredients in water, producing stable and uniform formulations, ensuring wetting and spreading on crops after dilution of the spray solution and improving the efficacy utilization rate.
Daily Chemical / Industrial Cleaning Heavy-duty cleaning, metal surface pre-treatment Surfactant Component Possesses excellent oil removal, dirt removal, and low-foaming characteristics, suitable for industrial cleaning and metal pre-treatment, improving cleaning efficiency and reducing the risk of workpiece corrosion.

Application Recommendations

In formulation applications, it is recommended to adjust the dosage of E-1310P according to specific process requirements. In metalworking fluids, it is typically added as a core component of extreme pressure lubricants and can be used in combination with other rust inhibitors and bactericides; in textile pre-treatment, it can be used synergistically with alkali agents and chelating agents to enhance scouring effects; in pesticide formulations, the optimal addition ratio should be determined through HLB value matching. Since this product has both emulsifying and dispersing functions, the types and amounts of other auxiliary surfactants in the formulation can be appropriately simplified to optimize overall costs.

Precautions

  • This product is an anionic surfactant. It has good compatibility with nonionic surfactants in formulations, but compatibility testing is required when compounding with cationic surfactants.
  • The recommended storage temperature is 5°C to 40°C. Storage containers should be made of stainless steel, polyethylene (PE), or polypropylene (PP), avoiding carbon steel, aluminum, or copper containers.
  • It is recommended to wear chemical safety goggles and chemical-resistant gloves during operation, and avoid direct contact with skin and eyes.
  • The product is a colorless to light yellow transparent liquid at room temperature. If any appearance abnormality occurs, it is recommended to conduct a small-scale test verification before use.