› Manufactured from high quality PVC raw materials
› Excellent resistance to corrosion and chemicals
› High flow characteristics
› Light weight & long life
› Easy to handle & transport
› Very low frictional losses
› Can protect form Frost & Rodent
› Smooth inner bore - hence no scale build

Energy efficient: Less energy is required to manufacture PVC than most other pipe materials.  

Lightweight: PVC’s lighter weight makes it easier and less costly to handle, transport and install. In fact, most PVC pipe sizes can be handled manually, reducing the need for expensive installation equipment.

Excellent flow characteristics: Sludge, slime and other residue buildups are virtually nonexistent because of PVC pipe’s extremely smooth inner surface.

Higher flow rates: The smooth interior walls of PVC pipe translate into increased flow rates at flatter grades, resulting in reduced trenching costs and fewer lift stations.

Tough but flexible: PVC will resist earth and live load deflection and will bend under shifting soil conditions.

Non-corrosive: PVC will withstand “hot soil” conditions. In fact, PVC requires virtually no maintenance. But if it does become damaged, it can be easily hand-cut and repaired, resulting in lower repair costs and less interruption in water service to the consumer.

  
› Manufactured from high quality PVC raw materials
› Excellent resistance to corrosion and chemicals
› High flow characteristics
› Light weight & long life
› Easy to handle & transport
› Very low frictional losses
› Can protect form Frost & Rodent
› Smooth inner bore - hence no scale build

Energy efficient: Less energy is required to manufacture PVC than most other pipe materials.  

Lightweight: PVC’s lighter weight makes it easier and less costly to handle, transport and install. In fact, most PVC pipe sizes can be handled manually, reducing the need for expensive installation equipment.

Excellent flow characteristics: Sludge, slime and other residue buildups are virtually nonexistent because of PVC pipe’s extremely smooth inner surface.

Higher flow rates: The smooth interior walls of PVC pipe translate into increased flow rates at flatter grades, resulting in reduced trenching costs and fewer lift stations.

Tough but flexible: PVC will resist earth and live load deflection and will bend under shifting soil conditions.

Non-corrosive: PVC will withstand “hot soil” conditions. In fact, PVC requires virtually no maintenance. But if it does become damaged, it can be easily hand-cut and repaired, resulting in lower repair costs and less interruption in water service to the consumer.