Vortex Mid-Back Task Chair – Slate Gray Mesh
The Vortex Mid-Back Task Chair – Slate Gray Mesh is engineered by Offix Furniture to deliver professional ergonomic support, enduring craftsmanship, and authoritative commercial design for corporate workspaces, executive cabins, and modern meeting suites across Pakistan.
Product Description
The Vortex Mid-Back Task Chair – Slate Gray Mesh is engineered by Offix Furniture to deliver professional ergonomic support, enduring craftsmanship, and authoritative commercial design for corporate workspaces, executive cabins, and modern meeting suites across Pakistan.
Key Features
- Modern slate gray breathable mesh back with integrated lumbar reinforcement
- Deep molded foam seat cushion with waterfall front edge to relieve leg pressure
- Heavy-duty black star base with smooth 360-degree swivel
- Suited for shared office cubicles, training rooms, and staff workstations
Specifications & Build
- Category: Medium Back Chairs
- Frame & Base: Commercial-grade heavy-duty engineering
- Mechanism: Pneumatic Class-4 hydraulic lift & multi-lock tilt mechanism
- Warranty & Support: 1-year Offix commercial warranty
- Origin: Manufactured & assembled for Offix Furniture Lahore
Nationwide delivery across Lahore, Karachi, Islamabad, and all major cities in Pakistan. Corporate project discounts available for bulk office fitouts.
Specifications
- Manufacturer: Offix Furniture (Lahore, Pakistan)
- Category: Medium Back Chairs
- SKU: OFX-MB-VOR21
- Build: Commercial-grade heavy duty construction
- Application: Corporate offices, commercial workspaces, conference & executive suites
Bulk & Corporate Orders
Offix supplies corporate clients, educational institutions, and businesses nationwide with wholesale pricing. For bulk inquiries (10+ units) or custom floor layouts, contact our Lahore team on WhatsApp at +92 322 5545791 or call 0322 5545791.
Warranty & Delivery
Manufactured in Lahore: Produced at our 25,000 sq ft facility in Lahore. Commercial delivery and professional installation quoted per order based on volume and destination.





