Transform your workspace with the DELPHI Dark Red Ergonomic Office Chair, a sophisticated blend of comfort, durability, and modern design. Engineered to support your posture and enhance productivity, this high-quality task chair is an ideal choice for both home offices and professional environments. Experience superior support and long-term comfort that lasts through extended work sessions.

The DELPHI chair features a robust frame and premium, durable polyester fabric with a Martindale rating of 50,000 cycles, ensuring it withstands daily use. Its ergonomic design includes a contoured backrest, supportive upholstered armrests, and a height-adjustable headrest, all working together to promote proper posture and reduce strain on your back, neck, and shoulders. The synchronized mechanism allows for smooth recline with adjustable tilt tension and a convenient recline lock, letting you find your perfect seating position effortlessly.

Designed for versatile use, this adjustable desk chair also incorporates a pneumatic gas lift for easy seat height adjustment and floor-saving auto-brake casters on a stable 5-prong nylon base for smooth, scratch-free movement across various surfaces. With a high weight capacity of 120kg (265lbs), the DELPHI offers a supportive and comfortable solution for a wide range of users, making it a smart investment in your well-being and efficiency.

Specifications

• Color: Dark Red (Fabric) / Black (Frame & Base)
• Fabric: Durable Polyester (Martindale 50,000)
• Base: 5-prong Nylon
• Casters: Auto-brake Nylon Casters
• Mechanism: Synchronized Tilt Mechanism with Recline Lock
• Weight Capacity: 120 kg (265 lbs)
• Dimensions (approx.): 70 x 70 x H117.5-133.5 cm (W x D x H)
• Seat Width: 47 cm
• Seat Depth: 47 cm
• Seat Height: 41.5-53 cm

How to Use

Adjust the seat height using the gas lift lever located under the seat. Recline the backrest and lock it into your preferred position using the control lever, also located under the seat. Adjust the height of the headrest as needed, and fine-tune the resistance of the recline mechanism using the tilt tension control.