Rolls Neo 28mm Ball Double Eyelet Pole Chrome

The Rolls Neo 28mm Ball Double Eyelet Pole in Chrome is part of the Rolls premium luxury curtain pole range, designed to bring a sleek and polished finish to modern window décor. The bright chrome finish creates a clean, reflective look that works beautifully in contemporary interiors while offering the practicality of a double curtain pole system.

This double pole set is designed specifically for eyelet curtains, allowing two layers of curtains to be hung from the same bracket. This makes it ideal for combining sheer panels with medium weight curtains, helping to create a layered window display that offers both privacy and light control.

The front pole is finished with decorative neo ball finials, providing a modern and stylish feature at each end of the pole. The rear pole is fitted with discreet end cap finials, keeping the back pole neat and unobtrusive behind the main curtain layer. Both poles have a 28mm diameter.

Both poles are supplied in the same length and are designed to be cut down during installation to achieve the correct size for your window. As this pole set is designed for eyelet curtains, no curtain rings are supplied.

The poles are supported by strong double brackets that hold two 28mm poles securely in place. The brackets are non-adjustable and supplied with a fixed projection of 135mm and a 62mm cylinder-style back plate, providing a clean and modern wall fixing while ensuring dependable support.

Pole sizes of 120cm, 150cm and 180cm are supplied with two brackets. The 240cm, 300cm, 360cm and 480cm sizes are supplied with three brackets to provide additional support across wider spans. Pole sizes from 360cm upwards are supplied in two pole sections and include an internal connector to securely join the poles together.

Designed for light to medium weight curtains, the Rolls Neo 28mm Ball Double Eyelet Pole in Chrome combines premium styling with practical functionality, making it a perfect choice for achieving a sophisticated layered curtain display.