ZTFLOOR Raised Floor Systems Price in BD: Complete Buying & Specification Guide
Modern high-density computing environments rely on a foundation built for flexibility, heavy load support, thermal efficiency, and electrical safety. As enterprise IT infrastructure expands across Bangladesh—from corporate tech hubs in Dhaka to telecommunication facilities in Chittagong—building owners and system administrators must resolve a critical physical challenge: how to manage high-volume cabling, massive server weight, and intensive cooling demands cleanly and safely.
ZTFLOOR Raised Floor Systems provide the industry-standard architecture required by modern network operating centers (NOCs), server rooms, and high-tech offices. Elevating your facility’s floor surface creates a clean, dedicated plenum beneath your hardware. This hidden pathway houses electrical distribution, high-speed fiber channels, structural grounding networks, and precision cold-air containment systems.
Understanding ZTFLOOR raised floor systems price in BD, structural panel specifications, load-bearing tiers, and installation requirements will help you plan and budget your server room or commercial building project effectively.
What Is a ZTFLOOR Raised Floor System?
A ZTFLOOR raised access floor is a modular, elevated structural floor supported by an adjustable understructure grid of pedestals and stringers. The system creates an accessible subfloor void (or plenum space) between the concrete structural slab and the walked-on surface.
Unlike traditional fixed floors or basic conduit raceways, every panel in a ZTFLOOR installation can be removed instantly using a standard double-suction lifting tool. This design allows IT technicians, facility engineers, and electricians to run new cables, repair underfloor pipes, or reconfigure server rack layouts without breaking concrete, opening walls, or disrupting daily enterprise operations.
┌─────────────────────────────────────────────────────────────┐
│ ZTFLOOR PANEL SYSTEM MAP │
├─────────────────────────────────────────────────────────────┤
│ [ Panel Surface ] High-Pressure Laminate (HPL) / Vinyl │
│ │ │
│ [ Panel Core ] Cementitious Infill / Calcium Sulphate │
│ │ │
│ [ Substructure ] Galvanized Steel Pedestals & Stringers │
│ │ │
│ [ Subfloor Slab ] Concrete Base with Anti-Dust Coating │
└─────────────────────────────────────────────────────────────┘
Technical Specifications & Features
ZTFLOOR access floors are manufactured to meet international standards (including CISCA, MOB, and ISO9001 certifications). The table below details the essential engineering metrics and parameters for standard $600\,\text{mm} \times 600\,\text{mm}$ panel configurations used in Bangladeshi technical installations.
| Parameter / Feature | Standard Specification | High-Load / Data Center Specification |
| Panel Size | $600\,\text{mm} \times 600\,\text{mm} \times 35\,\text{mm}$ | $600\,\text{mm} \times 600\,\text{mm} \times 35\,\text{mm} / 40\,\text{mm}$ |
| Panel Weight | Approx. $11.5\,\text{kg} – 13.5\,\text{kg}$ per panel | Approx. $14.5\,\text{kg} – 18.0\,\text{kg}$ per panel |
| Core Material | Lightweight Foamed Cementitious Infill | High-Density Calcium Sulphate / Solid Steel |
| Top Finish | Anti-Static HPL / PVC / Bare Finish for Carpet | Conductive HPL / Anti-Static Conductive Vinyl |
| Finished Floor Height (FFH) | $100\,\text{mm} \text{ to } 300\,\text{mm}$ | $300\,\text{mm} \text{ to } 1200\,\text{mm}+$ |
| Concentrated Load Rating | $668\,\text{lb}$ ($300\,\text{kg}$) to $800\,\text{lb}$ ($363\,\text{kg}$) | $1,000\,\text{lb}$ ($454\,\text{kg}$) to $1,500\,\text{lb}$ ($680\,\text{kg}$) |
| Ultimate Load Rating | $2,000\,\text{lb}$ ($907\,\text{kg}$) | $3,000\,\text{lb}$ ($1,360\,\text{kg})+$ |
| Uniform Distributed Load | $12,500\,\text{N/m}^2$ | $20,000\,\text{N/m}^2+$ |
| Electrostatic Resistance | $1.0 \times 10^6\,\Omega \text{ to } 1.0 \times 10^9\,\Omega$ | $1.0 \times 10^4\,\Omega \text{ to } 1.0 \times 10^6\,\Omega$ (Conductive) |
| Fire Safety Rating | Class A / Incombustible (BS 476 Part 4) | Class A / Incombustible |
Key Benefits of ZTFLOOR Raised Access Flooring : ZTFLOOR Raised Floor Systems Price in BD
1. Advanced Airflow & Thermal Efficiency
Modern high-density blade servers generate substantial heat. Traditional overhead cooling often results in thermal stratification, cold air loss, and persistent hot spots.
By utilizing the subfloor plenum created by a ZTFLOOR installation as a pressurized cold-air chamber, computer room air handler (CRAH) units force chilled air upward directly through perforated ventilation panels located right at the server rack air intakes. This cold-aisle containment model lowers overall HVAC power consumption and prevents costly thermal shutdowns.
[ Cold Air Unit ] ──> ( Forces Chilled Air Into Underfloor Void )
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[ Perforated ZTFLOOR Panel ] ──> ( Direct Cooling to Server Rack Infill )
2. Superior Electrostatic Discharge (ESD) Protection : ZTFLOOR Raised Floor Systems Price in BD
Static electricity is an invisible, high-risk hazard in data center environments. A simple static spark as low as $100\,\text{V}$ can instantly damage sensitive microchips, corrupt solid-state storage, or trigger phantom hardware reboots.
ZTFLOOR HPL and ESD vinyl panels are engineered with integrated conductive threads and grounded copper grounding connections across the pedestal substructure. This pathway safely bleeds off static charges generated by personnel movement before they can discharge into active switches or servers.
3. High Structural Load Capacities : ZTFLOOR Raised Floor Systems Price in BD
Server racks loaded with power distribution units, batteries, and compute nodes can weigh well over $1,000\,\text{kg}$. ZTFLOOR panels feature deep-drawn, high-grade cold-rolled steel bottom shells spot-welded into a honeycomb structure. Filled internally with high-strength lightweight cement, these panels resist deflection, localized strain, and structural shear forces caused by heavy rolling loads during server installations.
4. Rapid Maintenance & System Reconfiguration : ZTFLOOR Raised Floor Systems Price in BD
Tech environments change continuously. Upgrading fiber lines or installing additional power circuits on a conventional solid floor requires invasive cutting, wall chasing, or exposed overhead cable ladders. With ZTFLOOR modular access panels, a technician simply lifts two or three panels with a vacuum lifter, routes the new cabling along internal underfloor trays, and snaps the panels back into position within minutes.
5. Moisture & Fire Resistance : ZTFLOOR Raised Floor Systems Price in BD
Bangladeshi climate conditions introduce high ambient humidity during monsoon seasons. ZTFLOOR panels are treated with anti-corrosion zinc plating on metal components and sealed with water-resistant epoxies along panel edges to prevent swelling, delamination, or structural oxidation over decades of continuous use.
ZTFLOOR Raised Floor Systems Price in BD : ZTFLOOR Raised Floor Systems Price in BD
Evaluating the total cost of a ZTFLOOR access floor project involves assessing material specifications, structural load ratings, total floor height, and local labor fees. In Bangladesh, pricing is typically quoted on a per-square-foot or per-square-meter basis.
Estimated Pricing Breakdown in Bangladesh (BDT) : ZTFLOOR Raised Floor Systems Price in BD
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All-Steel Bare Finish Raised Floor (Office / Standard Commercial Use): ZTFLOOR Raised Floor Systems Price in BD
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Price Range: BDT $350 \text{ to } \text{BDT } 480 \text{ per sq. ft.}$
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Best For: Open-plan corporate offices, call centers, and general commercial floors intended to receive modular carpet tiles over bare panels.
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Cementitious Core Anti-Static HPL ZTFLOOR System (Standard Server Room): ZTFLOOR Raised Floor Systems Price in BD
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Price Range: BDT $480 \text{ to } \text{BDT } 680 \text{ per sq. ft.}$
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Best For: Corporate server rooms, bank IT centers, university computing labs, and telecommunication distribution rooms requiring ESD anti-static properties and smooth-clean surfaces.
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Heavy-Duty Calcium Sulphate Core ZTFLOOR System (Data Center Grade): ZTFLOOR Raised Floor Systems Price in BD
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Price Range: BDT $680 \text{ to } \text{BDT } 980+ \text{ per sq. ft.}$
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Best For: Tier III/IV commercial data centers, heavy industrial control rooms, and power sub-stations requiring high load support, acoustic absorption, and maximum fire resistance.
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Specialty Perforated Airflow Panels (Steel Mesh / Aluminum Grille): ZTFLOOR Raised Floor Systems Price in BD
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Price Range: BDT $3,500 \text{ to } \text{BDT } 7,500+ \text{ per piece}$ (Depending on open area percentage, e.g., $20\%, 45\%, \text{ or } 65\%$ airflow grille, with or without manual dampers).
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┌─────────────────────────────────────────────────────────────┐
│ ZTFLOOR PRICE TIER SUMMARY (PER SQ. FT.) │
├─────────────────────────────────────────────────────────────┤
│ 🏢 Bare Steel (Office / Carpet): BDT 350 - BDT 480 │
│ 💻 Anti-Static HPL (Server Room): BDT 480 - BDT 680 │
│ 🛡️ Calcium Sulphate (Data Center): BDT 680 - BDT 980+ │
└─────────────────────────────────────────────────────────────┘
Note: Prices vary depending on raw steel market dynamics, international import tariffs, transport logistics across BD regions, and overall project volume. Bulk orders covering thousands of square feet generally qualify for lower tier pricing.
Key Factors Influencing Overall Installation Costs
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Finished Floor Height (FFH): A standard $150\,\text{mm} \text{ to } 300\,\text{mm}$ floor height uses standard pedestals and light stringers. High-rise underfloor setups ($600\,\text{mm} \text{ to } 1200\,\text{mm}$) require thicker galvanized steel tube pedestals, seismic bracing, and heavy-duty perimeter support angles, which increases total project hardware costs.
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Panel Core Material Selection: ZTFLOOR Raised Floor Systems Price in BD
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Steel + Cementitious Infill: Offers an ideal cost-to-performance ratio for general server room projects.
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Calcium Sulphate Core: Offers superior acoustic damping, a solid underfoot feel, and high fire resistance (up to 60–90 minute fire protection ratings), but carries higher material cost.
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Die-Cast Aluminum Panels: Provides absolute rust prevention and light weight for high-grade cleanrooms, representing the premium end of the market. ZTFLOOR Raised Floor Systems Price in BD
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Substructure Grid Heavy-Duty Rating: Standard stringers snap onto pedestal heads to stabilize panels. High-density data centers carrying heavy battery banks or UPS units require bolted stringers made from thicker steel channels to prevent lateral displacement under heavy dynamic shifting loads.
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Site Access & Subfloor Preparation: Before installing pedestals, the raw concrete slab must be thoroughly swept, cleaned, and sealed with anti-dust polyurethane slab paint. Skipping slab painting can allow concrete dust to enter underfloor air plenum streams and clog server air intake filters.
System Components Explained : ZTFLOOR Raised Floor Systems Price in BD
A complete ZTFLOOR access floor package consists of several carefully matched components working together as a structural matrix:
[ ZTFLOOR Modular Panel ]
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┌────────────────┴────────────────┐
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[ Gasket / Dampener Pad ] [ Galvanized Pedestal Head ]
│ │
└────────────────┬────────────────┘
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[ Threaded Steel Rod ]
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[ Base Plate Anchored to Concrete ]
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ZTFLOOR Panel: The top walking tile, constructed with a cold-rolled steel shell, filled internally with lightweight cement material, and finished on top with High-Pressure Laminate (HPL) or PVC edging strip.
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Pedestal Base & Head: Adjustable vertical zinc-plated steel columns anchored directly to the structural concrete subfloor using epoxy adhesives or mechanical anchor bolts. The threaded head provides height fine-tuning to compensate for uneven concrete slabs.
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Stringer Bars: Square galvanized steel tube channels that link pedestal heads horizontally. Stringers strengthen the grid, ensure right-angle structural alignment, and increase lateral rigidity.
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Gaskets / Head Caps: Conductive rubber or vinyl plastic pads fitted onto pedestal heads. They absorb impact vibration, prevent metal-on-metal clicking noise when walked on, and maintain continuous electrical grounding.
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Perforated Airflow Panels: Custom steel or aluminum panels punched with precision airflow openings. These drop directly into the modular grid system wherever server cooling demands directed cold air up flow.
Practical Applications Across Bangladesh
Data Centers & Enterprise Server Rooms
Whether building a private bank NOC room in Motijheel or an enterprise cloud facility in Uttara, ZTFLOOR HPL anti-static floors provide the static-grounding, cable-management, and cold-air plenum requirements mandated by TIA-942 data center design standards.
Telecommunication Central Offices & Base Stations
Telecom switches generate intense electromagnetic fields and high heat loads. ZTFLOOR systems organize massive bundles of copper and fiber interconnect cables cleanly beneath the floor, keeping walkways clear for network engineers during maintenance.
Modern Commercial Offices & Banking Halls
Modern open-plan offices require flexible access to power sockets, internet drops, and AV lines at every workstation. Using bare-finish ZTFLOOR panels layered with modular carpet tiles allows office administrators to reconfigure floor boxes and layout seating without tearing up floor channels or dangling drop-ceiling wires.
Healthcare & Hospital Control Rooms
High-end medical facilities housing MRI systems, CT scanners, and cardiac cath labs use heavy elevated floor systems to route thick power conduits and high-voltage supply lines securely while maintaining a sterile surface environment.
Step-by-Step Installation Process
Installing a ZTFLOOR system requires careful layout planning, level setting, and precision grid assembly.
Step 1: Subfloor Inspection & Preparation
The raw concrete slab must be thoroughly cured, level, smooth, and free from debris, moisture, or chemical oils. Apply two coats of anti-dust polyurethane concrete sealing paint to prevent concrete dusting under continuous plenum airflow.
Step 2: Site Grid Layout & Datum Line Setup
Using laser leveling instruments, locate the exact center or starting wall corner of the room. Establish master reference grid lines at precise $600\,\text{mm}$ intervals to ensure all stringer rows run parallel and square across the entire floor area.
Step 3: Pedestal Base Positioning & Height Adjustment
Position pedestal base plates at grid line intersections. Secure bases to the concrete slab using epoxy adhesive or expansion anchors. Adjust threaded pedestal heads upward or downward to match the master laser level line established for the final finished floor height.
Step 4: Stringer Installation & Frame Locking
Connect horizontal galvanized stringers across pedestal heads using mechanical fasteners to build a rigid square grid framework. Fit conductive dampening gaskets atop each pedestal intersection.
Step 5: Panel Placement & Edge Trimming
Drop full-sized $600\,\text{mm} \times 600\,\text{mm}$ ZTFLOOR panels into the grid matrix using suction lifters, checking squareness continuously with a bubble level. Cut edge panels accurately along room perimeter walls using heavy-duty band saws or panel cutters, lining cut edges with rubber protective strips.
Step 6: Grounding Connection & Final Cleaning
Attach copper grounding straps from the pedestal substructure grid to the building’s main electrical earth busbar. Clean the surface thoroughly using static-neutral cleaning solutions, inspecting all installed panels for flush alignment and zero rock.
Maintenance & Best Practices
To maximize the service life of your ZTFLOOR investment and maintain its anti-static performance properties over decades, follow these core maintenance rules:
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Use Proper Panel Lifters: Never pry open panels using screwdrivers, crowbars, or sharp metallic tools. Prying damages edge trim strips and chips top laminate coatings. Always lift panels straight upward using dual-cup vacuum suction lifters.
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Avoid Excessive Water Washing: When cleaning anti-static HPL surfaces, use a damp micro-fiber mop with neutral cleaning detergents. Avoid flooding floors with standing water, which can enter joints and corrode underfloor steel components.
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Manage Heavy Equipment Movement: When rolling server racks, UPS battery cabinets, or heavy machinery across the floor, place $12\,\text{mm}+$ plywood or masonite protective runner sheets down first. This distributes heavy point loads and prevents surface gouges or panel deflection.
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Keep Underfloor Plenums Clean: Vacuum the underfloor void at least once a year to clear accumulated dust, wire clippings, and foreign material that could impair airflow or clog cooling filters.
Frequently Asked Questions (FAQs)
What is the standard height for a server room raised floor in BD?
For small-to-midsize corporate server rooms, a Finished Floor Height (FFH) of $200\,\text{mm} \text{ to } 300\,\text{mm}$ ($8 \text{ to } 12 \text{ inches}$) is usually sufficient for cable routing and moderate airflow. Larger enterprise data centers typically opt for $450\,\text{mm} \text{ to } 800\,\text{mm}+$ to create a deeper air plenum for high-volume cold-aisle containment systems.
How do anti-static HPL panels protect sensitive IT hardware?
High-Pressure Laminate (HPL) surface finishes are manufactured with conductive carbon elements embedded into the surface material layer. Static charges generated by personnel walking across the room travel through the laminate layer, down the panel’s steel shell, into the grounded pedestal grid, and out through the building’s ground rod. This continuously prevents static accumulation from reaching active IT gear.
Can ZTFLOOR systems handle heavy server racks?
Yes. Standard ZTFLOOR cementitious panels carry a concentrated load capacity starting at $668\,\lb$ ($300\,\text{kg}$) per panel up to $1,000\,\lb+$ ($454\,\text{kg}+$), with ultimate breaking thresholds exceeding $2,000\,\lb \text{ to } 3,000\,\lb$. For ultra-heavy loads, high-density calcium sulphate or aluminum panel systems provide even greater load ratings.
What is the difference between HPL finish and PVC finish panels?
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HPL (High-Pressure Laminate): Provides higher scratch resistance, superior heat tolerance, and easier long-term maintenance. It is the preferred standard finish for server rooms and data centers.
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PVC / Vinyl Finish: Offers a softer underfoot feel and good anti-static properties, but can show scuffs and wear faster under heavy rolling traffic.
How many perforated airflow panels do I need for my server room?
The number of perforated tiles depends on your cooling strategy, total heat output ($kW$), and heat density per server rack. Typically, one perforated panel is installed directly in front of each server rack within cold-aisle layouts. Adjustable dampers underneath perforated tiles allow facility managers to fine-tune airflow volume per rack.
Why Choose ZTFLOOR for Your Next Facility Project?
Selecting the right raised floor system is a foundational decision for any high-tech building project. ZTFLOOR Raised Access Floor Systems deliver an ideal combination of structural strength, anti-static safety, thermal management, and long-term modular flexibility.
By investing in a certified ZTFLOOR installation, you secure your technical facilities against cabling disarray, thermal bottlenecks, and costly electrical disruptions—ensuring your operations run smoothly for years to come.
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