PVC stabilizers play a crucial role in the manufacturing of wire and cables. They are chemical substances added to materials like Polyvinyl Chloride (PVC) to enhance their thermal stability and weather resistance, ensuring that wires and cables maintain their performance under different environmental and temperature conditions. The primary functions of stabilizers include:
Improved Thermal Stability: Wires and cables may be exposed to high temperatures during usage, and stabilizers prevent the degradation of PVC materials, thereby extending the lifespan of the cables.
Enhanced Weather Resistance: Stabilizers can bolster the weather resistance of wires and cables, enabling them to withstand UV radiation, oxidation, and other environmental factors, reducing external impacts on the cables.
Electrical Insulation Performance: Stabilizers contribute to maintaining the electrical insulation properties of wires and cables, ensuring the safe and stable transmission of signals and power, and minimizing the risk of cable failures.
Preservation of Physical Properties: Stabilizers aid in preserving the physical characteristics of wires and cables, such as tensile strength, flexibility, and impact resistance, ensuring that wires and cables maintain stability during usage.
In summary, stabilizers are indispensable components in the manufacture of wires and cables. They offer various critical performance enhancements, ensuring wires and cables excel in diverse environments and applications.
|
Model |
Item |
Appearance |
Characteristics |
|
Ca-Zn |
TP-120 |
Powder |
Black PVC cables and pvc wires ( 70℃) |
|
Ca-Zn |
TP-105 |
Powder |
Colored PVC cables and pvc wires ( 90℃) |
|
Ca-Zn |
TP-108 |
Powder |
White PVC cables and pvc wires ( 120℃) |
|
Lead |
TP-02 |
Flake |
PVC cables and pvc wires |