VIEGA Viega 2214.2 90° bend, diameter 18 cm, pack of 5

VIEGA Viega 2214.2 90° bend, diameter 18 cm, pack of 5 is a large-radius elbow intended for redirecting flow in piping systems where a 90-degree change of direction is required. The component is supplied as a set of five identical metal bends designed for use in drainage, ventilation and other industrial piping applications that need a robust, sizable elbow to maintain smooth flow and reduce turbulence at a right-angle turn.

Advantages

The 18 cm diameter and 90° curvature provide a wide internal cross-section that helps minimise flow restriction and pressure loss compared with tighter-radius elbows. Manufactured to fit standard piping assemblies, this metal bend offers durability and mechanical stability for installation in systems exposed to continuous flow and moderate mechanical stress. Supplied in a pack of five, it simplifies procurement and ensures consistency across multiple connection points.

Suitable for

• Drainage systems requiring large-diameter turns
• Ventilation ducts and air-handling branches with 90° direction changes
• Industrial piping where reduced turbulence at corners is important
• Projects needing multiple identical elbow fittings for consistent installation

Key specifications

• Angle: 90° bend
• Nominal diameter: 18 cm internal cross-section
• Material: metal construction suitable for mechanical piping use
• Package quantity: 5 identical elbow fittings
• Design: large-radius elbow for reduced pressure loss

How to use

Select the 90° bend that matches the nominal diameter of the existing piping run. Prepare the mating pipe ends according to the system requirements (cleaning, deburring, and applying any required sealing or joining method). Align the elbow so the curvature follows the intended flow direction and join using the appropriate mechanical or welding method specified by the piping system. Inspect joints for alignment and leaks, and secure the assembly with supports or brackets to prevent strain on the connection.

Usage recommendations

For optimal flow performance, avoid abrupt diameter transitions immediately upstream or downstream of the 90° bend. Where possible, use support brackets to prevent mechanical stress on joints and follow local codes for installation and material compatibility. Verify compatibility with the fluid or gas handled in the system and use appropriate sealing or welding techniques for a pressure-tight connection.