Comparison between PPCH FR Pneumatic and Metal Pipe

Focusing on Energy Saving in Industries, Air Compressor manufacturers nowadays recommend Non Metallic Pipes instead of Metal Pipeline due to the issues like leakages, pressure drop, corrosion etc. To overcome these issues, ANJNEY brand PPCH FR V 2 Pneumatic Piping is the best solution in Industrial segment. To understand the difference, it is necessary to have a look at the comparison of ANJNEY brand PPCH FR V 2 Pneumatic Piping with Metal Pipeline.

ppch-metal ppch-metal
Criteria PPCH FR V2
Pneumatic Pipes
Metal Pipes
Joining System Related to Leakages Socket Fusion Joining System Assuring 0% Leakage Threaded Joints Leading to Higher Leakages
RA Value Related to Energy Saving 0.1 Micron RA Value Ensures Good Amount of Energy Saving 0.7 Micron RA Value Leads to Higher Energy Consumption
C Value Related to Higher Flow 150 C Value Gives Higher and Smoother Flow Reducing the Energy Consumption 130-135 C Value Gives Lesser Flow Which Consumes More Energy and Leads to Expenses
Thermal Conductivity Related to Moisture Moisture Free Anjney Brand Pipe Having 0.135 Btu / Hr F Thermal Conductivity Assures No Moisture and NIL Corrosion in the Pipeline Higher Thermal Conductivity 27.09 Btu / Hr F Creates Moisture in the Pipeline Ultimately Leading to Corrosion
Maintenance Related to Corrosion NIL Maintenance Owing to 100% Leak Proof Element and NIL Corrosion Very High Maintenance Due to Corrosion and Leakages
Life Expectancy Related to Lesser Costing 25 Years of Life Without Sagging and with Nice Esthetic View Maximum 5 Years of Life with Maintenance
Chances of Friction Loss Negligible Friction Loss Owing to Higher C Value – 150 and Least RA Value – 0.1 Micron Very High Friction Loss Owing to Lesser C Value – 130 and Higher RA Value – 1.3 Micron
Leakage Possibilities Socket Fusion Joining System Guaranteeing 100% Leak Proof Element in Pipes Threaded Joints Leading to Maximum Leakages in Pipes
Pressure Drop No Obstruction Creation Inside Pipeline Which Leads to Least Pressure Drop Creates Obstruction Inside Pipeline Leading to Maximum Pressure Drop
Moisture Negligible Chances of Moisture Because of Glass Insulation and Least Thermal Conductivity 900 Times Higher Thermal Conductivity Leads to Moisture
Chances of Corrosion 100% Non-Corrosive Product Provides Absolutely Corrosion Free Piping Which Does Not Create Any Leakage High Moisture Leads to Lots of Corrosion and Ultimately Creates Maximum Leakages in Pipeline
Maintenance Non Corrosive and Glass Fiber Reinforcement Piping Technology Leads to NIL Maintenance Solid Particles Generated From Corrosion Move in the Pipeline Along with Air Which Affect the Pipeline and Causes Heavy Maintenance
Energy Saving Up to 5% Energy Saving Owing to Least RA Value, Higher C Value and 100% Leak Proof Element
Energy Saving Due to 0% Leakage and Negligible Friction Loss
Very High Energy Loss Due to Higher RA Value, Lesser C Value and Leakages From Corrosive Particles and Pressure Drop
Very High Energy Consumption Due to Higher Friction Loss & Head Loss.

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