Constructed from high-quality Polypropylene Random Copolymer (PPR), Neproplast Ball Valves provide excellent resistance to pressure, temperature, and chemical exposure, making them ideal for demanding plumbing applications. Their design ensures smooth operation, leak-free performance, and minimal maintenance, while maintaining full bore flow for efficient system performance.

Key Features:

• Material: PPR Type 3, conforming to ISO 15874 for hot and cold water systems.

• Configurations:

  • One-Piece Type: Compact, durable design for permanent installations.

  • Union Type: Detachable body for easy maintenance or replacement without cutting the pipe.

• Color Options:

  • Green: For indoor hot and cold water supply.

  • Black: UV-stabilized for outdoor installations.

• Sizes: 32 mm to 110 mm nominal diameter.

• Operating Temperature: Up to 95°C continuous service, with short-term peaks to 100°C.

• Pressure Rating: Typically PN20, dependent on size and temperature conditions.

Material Properties:

• High chemical and corrosion resistance, ensuring long life even under harsh water conditions.

• Smooth internal bore minimizes flow resistance and prevents scaling.

• Thermally stable and dimensionally consistent, suitable for hot water applications.

• Non-toxic and hygienic, ideal for potable water systems.

Applications:

• Hot and cold water distribution networks in residential, commercial, and industrial buildings.

• Heating and cooling systems requiring frequent on/off control.

• Outdoor plumbing installations, with UV-resistant black PPR for durability.

• Maintenance-friendly systems where quick disconnection or replacement is needed (union type).

Operation and Installation:
The valve features a quarter-turn handle for easy manual operation, offering clear open/close indication. It can be joined to PPR piping through socket fusion or electrofusion welding, ensuring a strong, leak-proof connection. The union variant allows valve removal without disturbing adjacent pipe sections, simplifying maintenance.