BLAZE FIBRE COMPOSITE SERIES -PP-R PIPES
Superior Strength & Reduced Thermal Expansion
The BLAZE PP-R Fibre Composite Series provides a high-performance piping solution designed for superior stability and long-term durability. Featuring an advanced three-layer structure—PP-R (inner layer), fibre composite (middle layer), and PP-R (outer layer)—these pipes deliver reduced thermal expansion, enhanced rigidity, and excellent dimensional stability, making them ideal for both hot and cold water systems.
Manufactured in accordance with DIN 8077/8078 and ISO 15874 standards, the Fibre Composite Series combines the reliability of PP-R Type 3 with the added reinforcement of fibre technology, ensuring longer service life and consistent performance across modern plumbing and HVAC applications.
- Hot & cold potable water distribution systems
- Central heating and chilled water networks
- Residential, commercial & industrial plumbing installations
- HVAC systems requiring high performance and thermal stability
Description
Models: BT 3025 (PN16), BT 3026 (PN20)
Size Range: 20mm – 63mm
Pressure Ratings: PN 16 & PN 20
Built for Strength. Designed for Performance.
The BLAZE Fibre Composite Series delivers a reliable, durable, and dimensionally stable piping solution suitable for high-pressure and high-temperature applications. With its reinforced structure and compliance with international standards, it offers long-term efficiency and confidence for engineering, plumbing, and HVAC professionals.
BLAZE — Strength in Every Layer.
Key Features & Benefits:
Three-Layer Fibre-Reinforced Construction
Inner and outer PP-R layers bonded with a strong fibre composite core for outstanding strength and durability.
Low Thermal Expansion
Significantly reduced pipe elongation in hot water lines, ensuring straighter runs with fewer supports.
High Pressure & Temperature Resistance
Designed for continuous operation at 95°C, with peak temperature resistance up to 110°C, suitable for high-demand systems.
Corrosion & Scale Resistant
Prevents rust, chemical degradation, and mineral build-up — ensuring smooth, hygienic water flow.
Leak-Proof Fusion Welding
Heat-fusion joining produces homogeneous, monolithic connections with zero leakage risk and minimal maintenance.
