PVC stabilizers play a crucial role in the manufacturing of PVC profiles. These stabilizers, which are chemical additives, are blended into PVC resin to enhance the thermal stability, weather resistance, and anti-aging capabilities of profiled materials. This ensures that the profiles maintain stability and performance under various environmental and temperature conditions. The primary applications of PVC stabilizers include:
Enhanced Thermal Stability: PVC profiles may be subjected to high temperatures during usage. Stabilizers prevent material decomposition and degradation, thereby extending the lifespan of profiled materials.
Improved Weather Resistance: PVC stabilizers can enhance the weather resistance of profiled materials, enabling them to withstand UV radiation, oxidation, and other climate influences, reducing the impact of external factors.
Anti-Aging Performance: Stabilizers contribute to preserving the anti-aging performance of profiled materials, ensuring stability and strength over extended periods of use.
Maintenance of Physical Characteristics: Stabilizers help maintain the physical attributes of profiled materials, including strength, flexibility, and impact resistance. This ensures that profiled materials are less prone to deformation or loss of performance during use.
In summary, PVC stabilizers play an indispensable role in the manufacturing of PVC profiles. By providing critical performance enhancements, they ensure that profiles perform excellently across various environments and applications.
|
Model |
Item |
Appearance |
Characteristics |
|
Ca-Zn |
TP-150 |
Powder |
PVC profiles, 150 better than 560 |
|
Ca-Zn |
TP-560 |
Powder |
PVC profiles |
|
Lead |
TP-01 |
Flake |
PVC profiles |