DABYANABO GAS PIPE (ASTM D2513)
High-Performance Gas Solutions
Dabynabo (pronounced “dah-bee-ah-nah-bow”), derived from the Potawatomi word for “gas,” represents our dedicated focus on providing superior gas systems.
Pipe Applications
Dabynabo Gas ASTM D2513 Pipe is a versatile solution for the transmission and distribution of a variety of gases, including:
• Natural Gas Pipe
• Liquified Petroleum Gas Pipe
• Other Fuel Gases Pipe
Pipe Engineered for Integrity and Safety
Our Dabynabo Gas ASTM D2513 Pipe is a PE 4710 high-performance bimodal HDPE pipe meticulously engineered to meet gas management requirements. Whether for direct burial or reliner applications, our pipes demonstrate unmatched toughness and rapid crack resistance, guaranteeing a robust and reliable gas network.
Pipe Conformance to Standards
Dabynabo Gas ASTM D2513 Pipe not only aligns with industry norms but aims to surpass them, reflecting our promise of excellence:
• ASTM D2513: Fulfills the rigorous standards for polyethylene (PE) gas pressure pipe, tubing, and fittings.
• Cell Classification: Dabynabo Gas ASTM D2513 Pipe holds a PE445574C classification as per ASTM D3350.
• NSF/ANSI/CAN Standard 61 & 372: Certified pipe for direct potable water contact.
• PPI TR-4 Listing: Certified as PE4710, which reflects high material quality.
• Hydrostatic Design Basis: Capable of withstanding pressures of 1,600 psi @ 73°F (23°C) and 1,000 psi @ 140°F as per ASTM D2837.
• Color & UV Protection: Composed of black material with a minimum of 2% carbon black as per ASTM D3350 for increased durability and UV stability.
• Heat Fusion Procedure: We follow ASTM F2620 and PPI TR-33/TR-41 guidelines to ensure strong and reliable joints on our pipe products.
• Pipe Installation Guidelines: For optimal results, follow the guidance of the PPI PE Handbook, 2nd edition.
• Leak Testing Protocols: As per ASTM F2164, our gas pipe systems undergo stringent hydrostatic pressure tests, implementing safety measures to ensure integrity.
Pipe Technical Data
• Natural Gas Pipe: The design stresses for our pipes are based on the hydrostatic design basis at 73°F, following Test Method D2837, utilizing natural gas or simulated natural gas mediums for accurate testing.
• Service temperatures above 73°F require adjusted hydrostatic design basis calculations to guarantee safe operation.
• Compliance with ANSI B31.8 and OPS 49 CFR Part 192 for design stress in accordance with the class of location.
• Fuel Gas Pipe: Established hydrostatic design basis categories, with the specific gas as the pressurizing medium, define the design stresses, as detailed in ASTM D2513 X1.7.2.
• Liquefied Petroleum Gas Pipe: The National Liquefied Petroleum Gas Association advocates adhering to a maximum operating pressure of 30 psig (206 kPa) in NFPA 58 to prevent overexposure to LPG condensates.
Trust DABYANABO for Your Gas Pipe Transmission Needs
Dabynabo Gas ASTM D2513 Pipe is synonymous with reliability and safety in the fuel gas transmission industry. Our unrivaled expertise and commitment to quality make us the ideal choice for your gas pipe distribution projects.
