1. 🏭 Industrial and Materials Manufacturing
· Coatings Industry: Thermosetting coatings, water-based coatings. Enhances adhesion and thermosetting properties, improves dyeing performance.

· Fibers and Textiles: Fiber manufacturing, dyeing auxiliaries, antistatic agents. Improves dyeing results and imparts antistatic properties to fibers.

· Adhesives: Strengthen adhesion and stability across diverse materials.

· Paper and Leather Processing: Paper additives, leather treatment agents. Enhance product properties like softness and gloss.

· Other Additives: Lubricant additives, combustion enhancers. Improve lubrication, oxidation resistance, or combustion performance.

2. 🔬 Cutting-Edge Scientific Research
· Drug Delivery Systems: Serves as a pH-responsive material enabling targeted drug release in specific sites (e.g., acidic tumor environments).
· Tissue Engineering: Used to prepare biocompatible hydrogels as cellular scaffolds.
· Gene Therapy: Functions as a monomer for synthetic cationic polymers to encapsulate and deliver genes.
· Smart Materials: Forming polymers responsive to environmental changes like temperature and pH.

Usage and Storage Precautions
Several critical points require special attention when handling and storing DEAM:

Chemical Properties: It is a colorless, transparent liquid with an irritating odor. Its most notable characteristic is pH sensitivity, which underpins its applications in drug delivery while also making its performance susceptible to environmental acidity/alkalinity.

Storage Requirements: This monomer is flammable (flash point approx. 70-90°C). Keep away from ignition sources and store in a cool, dry, well-ventilated, light-protected area. Typically requires the addition of a polymerization inhibitor (e.g., MEHQ) and storage at low temperatures (e.g., below 30°C), with a shelf life of approximately 6 months.

Summary and Recommendations
Overall, DEAM is a versatile monomer bridging traditional industry and cutting-edge research. When selecting it, base your decision on your objectives:

If your goal is to enhance the performance of coatings, adhesives, or textiles, DEAM’s established industrial applications may be highly suitable.

If your research or product focus involves smart drug delivery, biomaterials, or environmentally responsive materials, DEAM’s pH-responsive properties offer a critical technical pathway.