Acrylate Solid Plasticizer ADX-1001

Short Description:

ADX-1001 is a kind of high molecular polymer made by emulsion polymerization, which has good compatibility with PVC. It can significantly reduce the bond force of PVC molecules at processing temperatures, make PVC segments easier to move when they are deformed, and significantly promote plasticization and enhance fluidity. It can play a good plasticizing effect in the processing of non plasticized PVC. The material has high melting temperature and good compatibility with the matrix material PVC, which will not reduce the mechanical properties of the products. PVC with larger molecular weight can be used to replace PVC with smaller molecular weight to make complex products requiring higher fluidity and rapid plasticization, so as to obtain better mechanical properties and cost advantages. In addition, the product can significantly reduce the processing difficulty of CPVC and provide better plasticization and fluidity of CPVC.


Product Detail

Product Tags

Product Features

1. Rapid plasticization, improve melt fluidity, and maintain a certain melt strength, have a certain demoulding property.
2. Suitable for all kinds of UPVC that need better plasticizing (including extrusion, injection molding and calendering processes).
3. Without reducing the vca, it can be better applied to the processing of CPVC products requiring higher vca (including extrusion and injection molding process).

Performance Index

Property Index Unit
Appearance White Powder
Proportion 0.3-0.5 g/cm3
Volatile Matter <1.5 %
Intrinsic Viscosity 0.2-0.3
Melting Point(Initial Melting) 160
Melting Point (Final Melting) 180
30 Mesh Screening >99 %

*The values represent typical results only and are not considered as a specification.

Examples of Formula Use

Name PVC-1000 PVC Heat Stabilizer(HTM2010) Calcium Carbonate PE Wax   ADX-1001
Competitive/g 100.0 1.5 1.5 0.8
Test Sample/g 100.0 1.5 1.5 0.8 2.0

Rheology

rheology

Red curve: Competitive
Blue curve: Test Sample


  • Previous:
  • Next: