Sunflower Gas Lift Stool with Back Rest, Glides and Foot Ring - Black

Comfortable, adjustable seating with back support and foot ring.

Product Overview

The Sunflower Gas Lift Stool with Back Rest, Glides and Foot Ring is a comfortable, durable and practical seating solution designed for use in treatment rooms, laboratories, surgeries and other professional healthcare environments. The gas-assisted height adjustment provides a height range of 57–79cm, allowing the stool to be adjusted to suit different users and working positions.

The stool features a luxury 65mm deep padded seat, upholstered backrest and two-layer foam construction to provide additional support and comfort during extended periods of use. An adjustable-height chrome foot ring provides a convenient place to rest the feet, while the glides help to reduce lateral movement for greater stability.

The upholstery is made from anti-bacterial vinyl with an anti-bacterial additive, helping to reduce MRSA and other bacteria. The easy-clean design and materials make the stool particularly suitable for busy clinical environments where regular cleaning and hygiene are important.

Key Features

• 110kg maximum user weight (17st.)
• 57–79cm adjustable height range
• Gas-assisted height adjustment
• Comfortable padded backrest
• Luxury 65mm deep seat with upholstered backrest
• Two-layer foam construction for support and comfort
• Adjustable-height chrome foot ring
• Glides help to reduce lateral movement
• Anti-bacterial vinyl with additive helping to reduce MRSA and other bacteria
• Fire tested upholstery to BS 7176 Medium Hazard and BS 5852:2006 Clause 11
• Easy-clean design and materials

Included in the Box

• 1 x Sunflower Gas Lift Stool with Back Rest, Glides and Foot Ring

Specifications

• Height Range: 57–79cm
• Maximum User Weight: 110kg (17st.)
• Seat Depth: 65mm
• Height Adjustment: Gas-assisted
• Foot Ring: Adjustable-height chrome foot ring
• Base: Glides
• Upholstery: Anti-bacterial vinyl
• Foam: Two-layer foam
• Fire/Flammability Testing: BS 7176 Medium Hazard; BS 5852:2006 Clause 11