- Product Category
- HDPE (Polyethylene) Pipes & Fittings
- PP (Polypropylene) Pipes & Fittings
- PPR with FRP inner layer Pipes & Fittings
- PPH Pipes & Fittings
- PVDF Pipes & Fittings
- Control Valves
- Engineering Product
- Thermal FR Composite Piping and PPR Plumbing Piping
- Thermal FR Composite Piping PP vs PP-FRP Piping
- Thermal FR Composite Piping Vs Metal Piping
Thermal FR Composite Piping Vs Metal Piping
Criteria | Thermal FR Composite Piping | Metal Piping |
PIPING VIEW | ![]() |
![]() | THERMAL CONDUCTIVITY | Lowest Thermal Conductivity 0.024 But/hr leading to Negligible Heat Loss | Very high Thermal Conductivity Very high Thermal Conductivity .06 Btu/hr causes 900 times higher Heat Loss | FRICTION LOSS RELATED TO RA VALUE | Least RA Value i.e. 0.1 Micron prevent Friction Loss in the pipeline having very smooth inner surface | 1.3 Micron RA Value leads to very high Friction Loss and more energy consumption owing to very rough inner surface | INSULATION | Sandwich Glass Fiber Reinforcement layer increases the temperature withstand capacity; in turn requires lesser insulation to prevent sweating | Owing to very high heat loss, needs very thick insulation to prevent heat sweating and heat loss | MAINTENANCE | Non Corrosive and Glass Fiber Reinforcement Piping Technology leads to NIL Maintenance | Insulation and Solid particles generated from corrosion move in the pipeline along with fluid which affect the pipeline and causes heavy maintenance | AESTHETIC PIPING VIEW | Owing to Sandwich Glass Fiber Reinforcement layer, very less sagging gives nice and Aesthetic View to the pipeline | Having FRP Coating, disordering and messy view of the pipeline |