Differences between PVC S-1000 and SG5

Material characteristics of PVC S-1000:

High Rigidity: PVC S-1000 typically has a high degree of rigidity, allowing it to provide better support and strength during construction.

Good moldability: This material is easy to process and mold, and can be manufactured in a variety of shapes through extrusion and injection molding.

Chemical resistance: PVC S-1000 is resistant to most chemicals (e.g., acids and alkalis), making it suitable for use in a number of industrial environments.

Excellent electrical insulation: Because of its certain electrical insulation properties, it is commonly used in the electrical field.

Weldability: PVC S-1000 can be joined by welding, bonding, etc., making it easy to assemble into different products.

Weatherability: Although PVC is less resistant to UV rays and other environmental factors than some engineering plastics, its weatherability can be improved by adding stabilizers.

Characteristics of PVC SG5:

Enhanced Toughness: Compared to S-1000, PVC SG5 generally has better toughness for applications that require bending and deformation.

Low Temperature Performance: PVC SG5 models exhibit better performance at low temperatures, making them suitable for use in cold environments.

Excellent processability: SG5 typically has better processability and can be used in fine molding processes, making it suitable for complex shapes.

Wide range of applications: Because of its good physical and chemical properties, SG5 is commonly used in a variety of applications such as electronics, automotive parts and medical devices.

Additive formulations: SG5 may contain different plasticizers and other functional additives to improve its overall performance.

Differences between PVC S-1000 and PVC SG5:

Rigidity vs. Toughness: S-1000 is more rigid for applications that require strong construction, while SG5 is more tough for flexible applications.

Performance Stability: SG5 is superior to S-1000 in low temperatures and toughness, and is better suited for variable environmental conditions.

Machinability: While both have good machinability, SG5 may have an advantage in molding complex products.

Application: S-1000 is better suited for industrial components and construction materials, while SG5 is suitable for electronics, automotive, and some areas where high toughness is required.