Bend PE 63x2F Arangül — Arangül PE pipe elbow 63x2F

Arangül Bend PE 63x2F is a polyethylene (PE) elbow fitting for 63 mm diameter piping with a 2F connection. It is designed to change flow direction in PE piping systems without welding, providing a corrosion-resistant and flexible joint compatible with other PE components. This elbow is intended for use in water supply and distribution, gas distribution, irrigation, drainage and similar piping applications where PE fittings are required.

Advantages

Made from polyethylene, the Arangül PE elbow is lightweight, flexible and chemically resistant, offering long service life and low maintenance. Its material properties reduce the risk of brittleness at low temperatures and allow straightforward installation in systems that require corrosion-resistant and jointed connections. The 63x2F dimension provides compatibility with standard 63 mm PE lines and enables continuity of flow direction changes without welding.

Suitable for

• Water supply and distribution lines
• Gas distribution systems compatible with PE fittings
• Irrigation and lawn sprinkler systems
• Drainage and wastewater conduits
• Low-temperature heat transfer piping such as underfloor heating and geothermal loop segments

Key specifications

• Brand: Arangül
• Model / MPN: 9061565
• EAN: 4750959061565
• Type: PE elbow (Bend)
• Size: 63 mm diameter
• Connection: 2F
• Material: Polyethylene (PE)

How to use

Install the Arangül Bend PE 63x2F by preparing matching PE pipe ends and connecting them according to the chosen PE jointing method (mechanical socket, electrofusion, or compatible coupling). Ensure pipe ends are clean, cut squarely and inserted fully into the fitting following manufacturer torque or fusion guidelines if applicable. Check alignment before finalizing the joint and test the system for leaks according to local regulations.

Usage recommendations

Use compatible PE joining techniques and fittings, follow local codes for potable water or gas installations, and perform pressure testing after installation. For installations expected to operate at low temperatures, verify the PE grade and system design to ensure suitability for the intended thermal conditions.