Cormar Carpets Apollo Plus Manhattan
Carpet Gripper Rods
Carpet Underlay Cosi 6mm Free
  • Cormar Carpets Apollo Plus Manhattan
  • Carpet Gripper Rods
  • Carpet Underlay Cosi 6mm Free

Free Fitting and Free PU Foam Carpet Underlay Included (13.33 m2 and over) Excluding Hall, Stairs, and Landings - The Cosi Polyurethane foam carpet underlay provides great thermal insulation and sound absorption. It's environmentally friendly and adds underfoot comfort around the home. If you wish to upgrade your underlay we stock all quality brands and qualities such as Cosi 8mm, 10mm, Cloud 9 Cirrus 9mm, Caviar & Crystal 9mm and 11mm, Duralay Super Duralay and Tredmore solid crumb rubber, Axfelt rubber crumb, and wool felt etc, these are available at an extra charge.

£28.99 per m²

- Please call in store to purchase or call 0115 9455584 -

Price Promise

Cormar Carpets Apollo Plus Manhattan

​An easy-clean twist carpet available in 15 colours, a mix of neutrals and more colourful options. Every carpet in the Apollo range is 100% Excellon™ Stain Resistant Polypropylene available in 4.00m and 5.00m widths.

Polypropylene is a polymer used broadly across industry – but has particularly great use in floor coverings. Due to its chemically inert nature, and the way it is dyed, polypropylene carpets can very easily be cleaned using bleach and other household products. They do, however, need to be vacuumed regularly in order to retain their appearance, as they can flatten easily with regular use. Still, polypropylene carpets are far cheaper than other fibres and are very hard-wearing.

If you would like more information on this carpet, please call us on 0115 945 5584, 9:30am – 5:30pm, Monday to Saturday. Or, see our helpful carpet buying guide. (Free fitting applies to properties within a 25-mile radius of Nottingham.)

We offer the best prices on Cormar Carpets in the Nottinghamshire area – and if we don’t, we’ll match or beat the competition! You can also email your enquiries to info@kingsinteriors.com, or fill out our online enquiry form here.