Description
The Mirae Pro Ergonomic Mesh Chair is built for high-performance work environments, combining advanced ergonomic adjustability with heavy-duty durability. Featuring a breathable mesh back and a premium moulded foam seat, it delivers consistent comfort and airflow throughout long working hours.
Designed with a fully ergonomic 4-lever mechanism and seat slide functionality, this chair allows precise positioning to suit individual users. Its reinforced construction and high weight capacity make it ideal for demanding commercial offices and intensive daily use.
Features
- Medium back breathable mesh design for airflow and comfort
- 4-lever fully ergonomic mechanism for complete adjustability
- Seat slide for adjustable seat depth
- Height adjustable ratchet back for precise lumbar support
- Heavy-duty moulded foam seat for long-lasting comfort
- Gas lift height adjustment for smooth positioning
- Heavy-duty 5-star spider base with 50mm hard floor castors
- Optional adjustable armrests available
- Optional polished aluminium base upgrade available
- AFRDI Level 6 certified and BIFMA tested
- Heavy-duty 160kg weight capacity
- Designed for intensive daily use
- Backed by a 10-year warranty
Specifications
- Chair Type: Medium Back Mesh Operator Chair
- Mechanism: 4-Lever Ergonomic with Seat Slide
- Back Material: Mesh
- Seat Material: Moulded Foam with Fabric Upholstery
- Base: Heavy Duty 5-Star Spider Base with Castors
- Seat Width: 510mm
- Seat Depth: 470mm
- Seat Height: 490–630mm
- Back Width: 500mm
- Back Height: 500mm
- Overall Width: 510mm
- Overall Depth: 560mm
- Overall Height: 950–1150mm
- Weight: 21kg
- Weight Capacity: 160kg
- Certifications: AFRDI Level 6, BIFMA Tested
- Warranty: 10 Years
- Box Dimensions: 670W x 640D x 370H mm
Overview
The Mirae Pro Ergonomic Mesh Chair is engineered for durability, flexibility, and long-term comfort in professional workspaces. Its advanced ergonomic adjustments, breathable construction, and heavy-duty rating make it an ideal choice for offices, call centres, and high-use environments requiring dependable performance.