Global Industrial 695945GY All Mesh Task Chair Gray

Product Description

The GLOBAL INDUSTRIAL 695945GY is a mid-back all-mesh task chair designed for office and light commercial workspaces. The breathable mesh back promotes airflow to reduce heat buildup during extended seated use. A fixed-arm configuration keeps the profile clean and predictable across multi-station deployments. The five-legged base with casters supports up to 300 pounds and provides stable rolling mobility on hard or carpeted surfaces. Built to meet or exceed ANSI and BIFMA standards, this chair is suited for facilities managers, office administrators, and procurement teams sourcing cost-effective seating at scale. CAL117 and GREENGUARD certified. Some assembly is required.

The 695945GY fits general office environments where durable, low-maintenance seating is a priority. The gray colorway integrates with standard commercial office furnishings. Fixed arms reduce adjustment complexity, making this chair appropriate for shared workstations or call-center style deployments where consistent ergonomic setup across multiple units matters. The GREENGUARD certification supports use in environments with indoor air quality requirements, including schools, healthcare offices, and LEED-tracked facilities.

Key Features

• All-mesh back promotes airflow and reduces heat buildup during long work sessions
• Supports up to 300 lb load capacity
• Five-legged caster base for stable rolling mobility
• Fixed arms for consistent, low-maintenance setup
• Meets or exceeds ANSI and BIFMA performance standards
• CAL117 and GREENGUARD certified
• 3-year limited warranty

Compatibility

Designed as a standalone task chair for general office and light commercial use. No specific system or model compatibility requirements apply.

Installation Notes

Assembly is required and typically involves attaching the base, casters, and back to the seat mechanism. No special tools or trade licensing are required. Verify caster type is appropriate for the floor surface before deployment to avoid surface damage.