Hamptons Centre Chaise Longue

Technical specifications

General

Dimensions

143x75x76 cm - Seat height 38 cm

Weight

22 kg

Description

The Hamptons centre chaise longue, a chaise longue that goes with everything

This chaise longue from the Vondom Hamptons collection, designed by Ramón Esteve, sits at the centre of a composition or stands alone, with no fixed side. It suits a garden, a terrace or a poolside.

The most compact of the chaises longues

At 143 cm long and 75 cm deep, it is narrower than the right and left chaises longues, which makes it practical on a balcony or a narrow terrace. The seat height is 38 cm. It can be ordered in fifteen aluminium colours, with four fabrics: Arousa, Baiona, Fisterra and Calella.

Aluminium and fabric made for the outdoors

The powder-coated aluminium structure is corrosion-resistant and recyclable. The fabric is chlorine-resistant, UV-resistant and mould-resistant, and it dries quickly. It stands up to the heavy use of a hotel or restaurant.

Materials

Frame

Aluminium

Ultra-hard-wearing.
Corrosion-resistant
Lacquered and powder-coated finish
UV-resistant:
Frost-resistant: -60°C to +80°C
Easy care
100% recyclable

Covering

Extremely comfortable and soft
Heavy use
Ultra-dense & hard-wearing
Wear resistance
UV-resistant: does not fade
Chlorine-resistant
Water-resistant / water-repellent fabric
Quick drying
Stain-resistant
Mould-resistant and antibacterial

Warranties

Warranty: 2 years.
Lifespan: 10 years
Care: Quick and easy to clean with a wipe of a sponge.
Strength: High resistance to knocks and impacts.
Heavy use

Certifications

Aluminium structure

High-quality alloy : (6060 and AISI12).

Coating

Fire resistance: EN 1021 (Part 1 & 2), BS 5852 (Crib 5 / Match Test), IMO MSC.307 (88), CAL TB 117, DIN 4102 B1 / NFP 92-507 (M1), NFPA 260
Durability & wear: ISO 12947-2 (Martindale)
UV-resistant: ISO 105-B02, ASTM G154
Chlorine-resistant: ISO 105-E03
Health & environment: OEKO-TEX Standard 100, GREENGUARD

Please refer to the technical data sheets for the certifications specific to each fabric.