Raised Flooring

As modern architecture and technology-driven spaces continue to evolve, the demand for adaptable, efficient, and innovative flooring systems has grown significantly. Raised flooring, also known as access flooring, has emerged as one of the most versatile solutions for managing infrastructure needs in commercial, industrial, and institutional buildings. Designed with a system of modular panels elevated above a concrete slab or base structure, raised flooring provides a concealed space for electrical, mechanical, and data services while ensuring accessibility, aesthetics, and functionality.

Whether in corporate offices, data centers, control rooms, or educational facilities, raised flooring enhances flexibility, improves airflow management, supports technological advancements, and optimizes long-term facility management.

Raised flooring is a modular flooring system constructed from panels supported on pedestals that create an accessible void between the subfloor and walking surface. This cavity acts as a hidden pathway for essential services such as power cables, communication lines, HVAC ducts, and plumbing. The system is designed to be highly adaptable, with easy access to concealed utilities, making it an ideal choice for buildings where frequent changes in layout and services are required.

1. Efficient Space Management

   • Creates concealed zones for wiring, ducts, and pipes.

2. Flexibility

   • Supports frequent changes in office layouts and equipment placement.

3. Aesthetic Enhancement

   • Eliminates visible cables and ducts for a neat, modern appearance.

4. Improved Airflow & Cooling

   • Particularly useful in data centers and server rooms for temperature regulation.

5. Future-Ready Infrastructure

   • Simplifies upgrades and maintenance for technology-driven environments.

6. Safety

   • Reduces tripping hazards by concealing cables and providing anti-static surfaces.

• Modular System: Panels are removable and interchangeable for easy maintenance.

• Variety of Finishes: Carpet, vinyl, laminate, ceramic, stone, or wood veneer.

• Adjustable Heights: Pedestals can be set from 150 mm to over 1200 mm depending on service requirements.

• Durability: Engineered for heavy loads, frequent foot traffic, and industrial use.

• Fire Resistance: Fire-retardant properties to meet safety codes.

• Acoustic Performance: Reduces noise transfer in office or learning environments.

• Anti-Static & Conductive Options: Essential for IT environments and labs.

• Eco-Friendly Solutions: Panels made from recycled or sustainable materials.

• Creates clutter-free, organized, and modern office environments.

• Supports open-plan designs and quick reconfiguration.

• Facilitates underfloor cooling for servers.

• Houses large volumes of cables neatly and safely.

• Provides flexibility for multimedia classrooms and labs.

• Reduces noise for better learning environments.

• Easy maintenance with direct access to concealed utilities.

• Future-proof investment with lower lifecycle costs.

1. Corporate Offices

   • Provides seamless integration of technology and a clean aesthetic.

2. Data Centers & Control Rooms

   • Critical for airflow management, cooling, and cable organization.

3. Educational Institutions

   • Flexible layouts for smart classrooms and IT labs.

4. Government & Financial Institutions

   • Secure and adaptable flooring for high-tech environments.

5. Healthcare Facilities

   • Manages complex electrical, medical, and communication systems.

6. Retail & Commercial Spaces

   • Provides flexibility for modern showrooms and retail environments.

• Panel Size: Typically 600 x 600 mm modular tiles.

• Core Materials:

  • Cementitious core panels

  • Steel encapsulated panels

  • Wood core panels

• Pedestal Heights: Adjustable from 150 mm to 1200 mm+.

• Load Capacity: Ranges from 3000 N to 12000 N depending on usage.

• Surface Finishes: HPL (High Pressure Laminate), PVC, stone, ceramic, or carpet.

• Fire Rating: Panels tested to meet ASTM and EN standards.

Raised flooring systems adhere to international quality and safety benchmarks such as:

• ISO 9001 – Quality management certification.

• EN 12825 – European standard for raised access floors.

• ASTM E84 – Fire resistance performance.

• BS EN 13501 – Reaction to fire classification.

• ANSI Standards – Compliance for load and performance.

1. Carpet Finish: Ideal for offices, providing warmth and comfort.

2. Vinyl or Laminate Finish: Easy to clean, suitable for commercial areas.

3. Stone or Ceramic Finish: Premium appearance for lobbies and executive offices.

4. Wood Veneer Finish: Adds elegance to conference rooms and luxury offices.

5. Bare Panels: Used in server rooms where functionality is prioritized.

Installation:

• Panels are installed on pedestals, sometimes with stringers for stability.

• Height can be adjusted to accommodate specific service needs.

• Quick to install, minimizing downtime for active facilities.

Maintenance:

• Easy panel removal for immediate access to subfloor systems.

• Regular cleaning with vacuum and mild cleaning agents.

• Low lifecycle cost due to durability and easy repairs.

1. Optimized Cable Management – Keeps workplaces organized and safe.

2. Improved Air Distribution – Supports underfloor air conditioning systems.

3. Future-Proof Investment – Adapts to evolving technology.

4. Enhanced Aesthetics – Clean, modern, and clutter-free interiors.

5. Sustainable Solutions – Many systems use recycled and reusable materials.

6. Versatility – Suitable for offices, IT hubs, healthcare, retail, and more.

• Smart Floors: Integrated sensors for occupancy, climate, and power monitoring.

• Sustainable Panels: Greater use of eco-friendly, recycled, and bio-based materials.

• Flexible Finishes: Wider variety of high-end design options.

• Integrated Power Systems: Modular panels with built-in charging and connectivity.