Unipro PneuAir: Pipes for pneumatic and industrial water systems

Key Features:

• Hybrid Multilayer Design:

  • Thermoplastic inner and outer layers deliver flexibility, chemical resistance, and a smooth bore for optimized airflow and water transport.

  • Metal core layer enhances mechanical stability, reduces pressure losses, and provides effective protection against deformation.

• Pressure & Temperature Resistance:

  • Engineered for high-pressure pneumatic systems and industrial water circuits.

  • Maintains structural integrity even under fluctuating pressure conditions.

  • Operates efficiently across a wide temperature range suitable for industrial environments.

• Corrosion & Leak Resistance:

  • Metal-plastic synergy prevents oxidation and corrosion that commonly affect steel pipes.

  • Airtight multilayer sealing minimizes leakage, improving system efficiency and energy savings.

• Lightweight & Easy Installation:

  • Much lighter than traditional metal piping, allowing for faster installation and easier handling.

  • Compatible with a wide range of compression and press fittings.

  • Bendable structure reduces the need for excessive joints and connectors.

• Durability & Longevity:

  • Service life exceeds 50 years under standard operating conditions.

  • Withstands vibration, mechanical stress, and industrial wear.

Applications:

• Compressed air distribution systems in factories and workshops.

• Industrial water supply lines for cooling and processing.

• Automation and pneumatic machinery piping.

• Replacement for traditional galvanized or copper pipes in industrial plants.

Advantages Over Conventional Pipes:

• Combines metal strength with plastic flexibility.

• Reduced maintenance costs due to corrosion resistance.

• Energy-efficient airflow with minimal pressure loss.

• Long service life with consistent performance in demanding environments.

Summary:
Unipro PneuAir Pipes offer a reliable, durable, and efficient solution for pneumatic and industrial water systems. With a thermoplastic-metal composite design, they outperform conventional piping in terms of strength, flexibility, and corrosion resistance, ensuring long-lasting performance with minimal maintenance.