Brief introduction
TXIB plasticizer is recognized as an advanced primary plasticizing agent for PVC plastisol systems. This high-performance formulation demonstrates exceptional compatibility with polyvinyl chloride resins and polyurethane-based materials, while maintaining effective interaction with conventional primary and secondary plasticizers. The product exhibits remarkable rheological properties in plastisol applications, characterized by its low viscosity profile and sustained viscosity consistency throughout extended processing periods.
Chemical structure of TXIB
CAS Number of TXIB: 6846-50-0
Technical date sheet of STONE TXIB
| Items | Specification |
| Appearance | Colorless liquid |
| Color(APHA) | ≤15 |
| Purity， % | ≥99.0 |
| Water，% | ≤0.1 |
| Acidity(HAC), % | ≤0.05 |
| Distillation range, ℃ | 280.0-290.0 |
About Stone TXIB: Stone TXIB is an excellent analogue/substibution of EASTMAN TXIB.
Detailed appplication of Plasticizer TXIB
Expanded Applications of TXIB Plasticizer (2,2,4-Trimethyl-1,3-Pentanediol Diisobutyrate)
TXIB plasticizer, a non-phthalate, eco-friendly formulation, demonstrates exceptional versatility across diverse industrial sectors. Below is a detailed exploration of its expanded applications:
1. PVC Formulations
As a primary plasticizing agent, TXIB enhances rigidity in PVC products while maintaining low viscosity and superior anti-staining properties. Applications include:
- Flexible PVC: Artificial leather, wallpapers, and flooring, where TXIB outperforms DOP by achieving higher stiffness at equivalent dosages .
- Functional Components: Injection-molded and calendared PVC products (e.g., gloves, toys, coat racks) benefit from TXIB’s reduced tackiness and improved processing flow .
2. Polyurethane (PU) Systems
TXIB serves dual roles in PU applications:
- Flexibility Enhancement: Improves tensile strength and elasticity in PU elastomers while reducing viscosity for easier processing .
- Foam Stabilization: In PU foam production, it stabilizes cell structures, minimizes shrinkage, and lowers production costs through optimized reactivity .
3. Coatings and Inks
TXIB’s low viscosity and broad compatibility make it ideal for:
- Printing Inks: Reduces ink viscosity for smoother application, improved color dispersion, and faster drying times .
- Protective Coatings: Enhances flexibility, adhesion, and surface smoothness in industrial and decorative coatings .
4. Personal Care Products
- Nail Polishes: Provides glossy finishes, rapid leveling, and scratch resistance while maintaining low viscosity .
- Cosmetics: Optimizes texture and stability in foundations, sunscreens, and hair styling products, ensuring long-lasting performance .
5. Adhesive Technologies
In water-based adhesives, TXIB:
- Lowers glass transition temperature (Tg) for improved flexibility.
- Enhances film-forming properties, tackiness, and water resistance, critical for packaging and textile bonding .
6. Specialty Industrial Applications
- Textiles and Cellulose: Improves dye uptake and processing efficiency in cellulose derivatives (e.g., rayon) and textile finishes .
- Surface Treatments: Acts as a cost-effective film-forming agent in lacquers and protective coatings, reducing VOC emissions .
This comprehensive utilization underscores TXIB’s role as a high-performance, eco-conscious solution across material science and manufacturing.