1. Fiber Modification:

Used as a comonomer for modifying fibers such as acrylonitrile fibers, polyesters, polyamides, and polyolefins, improving moisture absorption, dyeability, antistatic properties, and soft feel, suitable for the production of high-grade textiles.

2. UV Curing Material Reactive Diluent:

Used in UV coatings, inks, and adhesives to reduce system viscosity and participate in polymerization and curing, enhancing coating/adhesive layer adhesion, scratch resistance, and weather resistance, suitable for 3C product coating, printing and packaging, and electronic component protection.

3. Oilfield Chemical Synthesis:

Copolymerized with AMPS, acrylamide, etc., to prepare temperature-resistant and salt-resistant viscosifiers, fluid loss reducers, and oil displacement agents, suitable for drilling mud, oil well cement, and enhanced oil recovery operations.

4. Water Treatment Agent Preparation:

Synthesizing polyacrylamide-based flocculants and scale inhibitors for wastewater treatment, industrial circulating water scale inhibition, and sludge dewatering, suitable for municipal and industrial water treatment scenarios.

5. Biomedical Material Manufacturing:

Used in medical intelligent hydrogels (drug sustained release, wound dressings), contact lens hydrogels, and dental materials, leveraging its hydrophilicity and biocompatibility for medical applications.

6. Plastic Modification:

Grafted or blended with ethylene, polyolefins, etc., to improve the printability, dyeability, antistatic properties, and affinity to glass fibers of plastics, suitable for the production of plastic parts and composite materials.

7. Papermaking Industry Additives:

Used as a paper dry strength agent and surface treatment agent to improve paper strength, water resistance, and printability, suitable for packaging paper and industrial paper production.

8. Personal Care Product Additives:

Used as a thickening agent in cosmetics (face masks, hair gel), improving product viscosity and stability, suitable for daily chemical formulations.

9. Biotechnology Materials:

Used in the preparation of polyacrylamide gel electrophoresis (PAGE) gels, suitable for DNA/protein separation and analysis.

10. Electronic Materials and Photoresists:

Used as a component in photoresists to improve the resolution and etch resistance of semiconductor photoresists, suitable for microelectronics manufacturing.

11. Adhesive Modification:

Used for modifying pressure-sensitive adhesives and structural adhesives, improving resistance to heat and humidity aging, suitable for applications such as labels, medical patches, and construction adhesives.

12. Fine Chemical Intermediates:

Used for synthesizing functional polymer intermediates, pharmaceutical and pesticide intermediates, expanding applications in organic synthesis.