Top 16 Raised Access Floor Manufacturers in Sweden for Data Centers & Commercial Projects

Raised access flooring plays an important role in modern building infrastructure. In data centers, commercial offices, laboratories, and technical facilities, it provides space for power distribution, data cabling, and other building services while allowing easier access for maintenance and future upgrades.

For projects in Sweden, choosing a raised access floor manufacturer involves more than comparing panel prices. Buyers need to consider structural load performance, fire safety requirements, electrostatic control, environmental documentation, installation requirements, and long-term maintenance costs.

It is also important to distinguish between manufacturers, system suppliers, and installation contractors. Some companies manufacture their own flooring systems, while others supply products from third-party manufacturers or focus on installation services.

This guide introduces 16 raised access floor manufacturers and brands for project teams researching solutions for Swedish data centers and commercial buildings. It provides an overview of their product offerings and the main factors to consider when comparing suppliers.

What Is a Raised Access Floor?

A raised access floor is a modular flooring system installed above a building’s structural slab using adjustable pedestals. Depending on the design, the system may also include stringers or other supporting components.

The space between the raised floor and the structural slab is known as the underfloor void. It can accommodate power cables, communication lines, and other building services. In data centers designed for underfloor air distribution, this space may also form part of the cooling system. 

Common raised access floor types include calcium sulphate panels, steel panels, woodcore panels, and aluminium panels. Their construction, load capacity, and suitability vary according to the product design.

For office renovation projects, priorities may include cable management, surface finishes, and installation efficiency. Data centers typically require more detailed consideration of concentrated loads, rolling loads, airflow requirements, and pedestal stability.

Top 16 Raised Access Floor Manufacturers and Brands

1. HUILIAN

HUILIAN is a raised access flooring manufacturer offering products for commercial buildings, data centers, and other technical facilities. Its product range includes different flooring constructions and configurations for projects with varying requirements.

Steel raised access flooring

Steel raised access floors can be used in offices, equipment rooms, and technical areas. Their suitability depends on the panel construction, core material, support system, and rated load performance of the selected product.

Calcium sulphate raised access flooring

Calcium sulphate raised access floors can be considered for commercial buildings and technical facilities where the specified product meets the project requirements. Buyers should check load performance, fire classification, surface finishes, and relevant environmental documentation.

Perforated Raised Access Floor

Some data center designs use ventilated floor panels to support an underfloor air distribution strategy. Panel placement and open area should be determined by the cooling design, airflow requirements, and equipment layout rather than selected independently.

Anti-static raised access flooring

Laboratories, electronics manufacturing facilities, and other technical environments may require conductive or static-dissipative flooring. The required electrical resistance values should be defined in the project specification and verified through applicable test documentation.

For projects in Sweden, HUILIAN can discuss product selection based on the intended application, panel dimensions and finishes, floor height, load requirements, order quantity, and delivery destination.

Before making a final selection, buyers should confirm the specifications of the proposed system, available technical documentation, delivery arrangements, and any project-specific compliance requirements.

2. Bergvik Group

 Bergvik Group AB is a Swedish company with its headquarters and production facilities in Bergvik, Sweden. Its raised floor systems are intended for applications such as power infrastructure, data centers, control centers, and laboratories.

Its product offering includes Iso Floor and related flooring systems for electrical equipment rooms. These environments may require careful coordination of equipment loads, maintenance access, and room layouts.

For data centers and electrical facilities in Sweden, Bergvik Group is a local manufacturer worth considering. Buyers should confirm the configuration of the proposed system and request relevant structural performance documentation for their specific application.

3. Tate 

Tate supplies raised access floor systems for commercial buildings and data centers. Its product range includes floor panels with different load ratings, ventilated panels, and products intended for technical environments.

For commercial projects, buyers may focus on panel ratings, surface finishes, and environmental performance. Data center projects may place greater emphasis on high-load flooring, ventilation components, and the requirements of the underfloor space.

4. Lindner Group

Lindner Group is a German company providing raised access flooring and related interior building systems. Its product range includes calcium sulphate panels, particleboard panels, steel ventilated panels, and aluminium systems.

These different constructions allow project teams to consider a range of options for commercial offices, data centers, and specialist technical environments.

5. Bathgate Flooring

Bathgate Flooring is a UK raised access flooring manufacturer with the Permaflor product range. Its products serve applications including commercial buildings, office spaces, and data centers.

6. CBI Europe

CBI Europe supplies raised access floor systems with different panel constructions, including calcium sulphate cores and high-density particleboard cores. Different surface finishes and system configurations may be available depending on the selected product.

These options can be compared for commercial and technical projects where panel construction, finish selection, and installation requirements are important.

7. Topfloor Group

Topfloor Group is an Italian raised access flooring manufacturer. Its product range includes raised floor panels with wood particleboard and calcium sulphate cores, as well as certain steel-encapsulated constructions.

These systems provide options for comparing panel structure, mechanical performance, surface finishes, and installation requirements.

For commercial buildings, the selection should reflect the required load capacity, floor finish, environmental requirements, and installation method. The core material alone is not enough to determine whether a product is suitable for a particular project.

8. Gamma Industries

Gamma Industries supplies raised access floor systems and related services, with activities covering product design, manufacturing, supply, and installation.

Its product offering includes different types of technical flooring, pedestals, and supporting structures for commercial and specialist projects.

9. Nesite

Nesite is an Italian raised access flooring manufacturer serving applications that include offices, data centers, exhibition spaces, and other building environments.

Its product range includes different types of raised floors. Some calcium sulphate panels feature tongue-and-groove edges, while other product series offer different finishes and installation configurations.

Nesite may be worth considering for projects that need to balance flooring functionality with architectural design requirements.

Where a project involves high concentrated loads, specific fire requirements, or regular access to underfloor equipment, the panels and support structure should be assessed as a complete system.

10. Polygroup

Polygroup supplies raised access floor systems for commercial buildings and technical facilities. Its product offering covers different constructions and application requirements.

11. JVP

JVP is an Italian company specializing in steel raised access flooring systems. Its products include steel-encapsulated panels with different core materials and supporting component configurations.

These systems can be considered for commercial interiors and technical areas where modular installation and access to underfloor services are important.

For projects with demanding load requirements, buyers should verify the rated performance of the complete panel and pedestal system, including the specified installation method and support spacing.

The selected system should also be compatible with the intended floor height, finish, and maintenance requirements.

12. Newfloor

Newfloor is an Italian raised access flooring manufacturer offering technical flooring and design-oriented flooring systems for indoor and outdoor applications.

Its product range includes different finishes and options intended to meet architectural and functional requirements. For commercial projects that need both modular service access and a carefully coordinated interior finish, its relevant product lines may be worth reviewing.

As with any raised floor system, the final selection should be based on the specific product construction, load requirements, installation conditions, and project documentation.

13. MERO-TSK

MERO-TSK is a German manufacturer and system supplier offering raised floor and cavity floor systems.

Its products use different panel constructions and system configurations for commercial buildings, technical facilities, and other specialist projects. The company also provides planning and engineering services related to its flooring systems.

14. Alteco System Floors

Alteco System Floors is a Dutch raised flooring systems company offering flooring solutions developed around project requirements. Its activities include system design, manufacturing, and installation, with applications that include data centers and other specialist building environments.

15. Knauf Integral — GIFAfloor

Knauf Integral is a specialist business within the German Knauf Group. Its GIFAfloor range includes gypsum-fibre floor systems and boards used in raised floor assemblies.

GIFAfloor systems can be considered for indoor environments where building services need to be accommodated within the floor construction and where specific building performance requirements apply.

16. ASM Infrastructure Solutions

ASM Infrastructure Solutions is a US-based supplier of raised access flooring systems. Its products include different panel constructions, such as steel panels with cementitious cores.

How to Choose a Raised Access Floor for a Project in Sweden

The right raised access floor depends on the building's intended use, equipment loads, underfloor service layout, and performance requirements. Brand recognition and panel price are not enough to determine whether a system is suitable.

1. Define the load requirements

For data centres and technical server rooms, give priority to concentrated loads, uniformly distributed loads and rolling load performance where applicable. Always confirm test conditions for published technical figures, and clarify whether performance values refer to individual panels or the fully‑installed complete floor system.Heavy server racks, battery hardware and wheeled maintenance equipment impose distinct loading patterns. Establish loading criteria during early design phases, referencing real equipment weights, layout arrangements and planned on‑site servicing procedures.

2. Choose the panel construction for the application

Steel‑encapsulated, calcium‑sulphate and alternative panel constructions differ in dead weight, load‑bearing behaviour, fire reaction, acoustic performance and finish availability.Compare complete product offerings against building function, site conditions and technical project briefs. Never judge fitness‑for‑purpose purely by panel material type; always evaluate performance of the whole assembled system.

3. Confirm electrostatic requirements

Data centers, electronic equipment areas, and other controlled environments may require flooring with defined electrostatic performance.

The specification should clarify whether the requirement applies to the surface material, the individual panel, or the complete installed flooring system. Relevant test methods and results should be requested from the supplier. 

A product described as anti-static should not automatically be assumed to meet every project's electrical resistance requirements.

4. Plan the underfloor void

The underfloor space may accommodate power cables, data cables, and other building services. In some data centers, it may also form part of an underfloor air distribution system. 

Floor height should therefore be determined by cable quantities, service dimensions, maintenance access, airflow design, and available building height.

A greater floor void is not always better. Excessive height can increase project costs and create coordination challenges with other building systems.

5. Check fire performance and technical documentation

For projects in Sweden, the required fire performance and other documentation should be established according to the building type, project specification, and applicable regulations.

Load performance, fire classification, and electrostatic characteristics should be verified using valid documentation for the specific product or system being proposed.

General company descriptions are not a substitute for product-specific test reports and compliance documents.

6. Compare the total project cost

The cost of a raised access floor includes more than the panel price. The overall budget may also cover pedestals, stringers, surface finishes, cutting and detailing, transport, installation, maintenance, and replacement panels.

When comparing quotations, buyers should use consistent product configurations, performance requirements, and delivery scopes. Price comparisons are meaningful only when the quoted systems meet equivalent requirements.

Raised Access Flooring: Application Trends and Planning Considerations in Sweden

Data centers: Coordinate flooring, cabling, and cooling

Data center projects must coordinate floor loading, cable routing, and cooling design as equipment layouts evolve. Whether underfloor air distribution is appropriate depends on the overall cooling strategy, airflow requirements, pressure conditions, and the placement of ventilated floor panels.

The flooring system should be assessed alongside the data center's wider infrastructure rather than treated as an isolated building component.

Commercial renovations: Maintain access to building services

In commercial renovation projects, modular access to building services can make future maintenance and layout changes easier. Removable floor panels can help teams access cables and services without extensive alterations to the structural slab.

However, the benefits depend on the building's available floor height, service layout, installation conditions, and renovation budget.

These considerations should be evaluated for each project. They should not be treated as universal requirements for every building in Sweden.

Frequently Asked Questions

Q1: Which raised access floor is best for a project in Sweden?

There is no single panel type that suits every project. Calcium sulphate panels, steel-encapsulated panels, and aluminium panels have different constructions, performance characteristics, and application requirements.

The right choice depends on load capacity, fire classification, electrostatic requirements, surface finish, floor height, and environmental documentation. Buyers should compare the performance of complete systems using product-specific technical information.

Q2: How can I assess whether a raised access floor manufacturer is suitable?

Consider manufacturing capability, product range, technical documentation, load performance, fire requirements, supply arrangements, and after-sales support.

For data center projects, particular attention should be paid to cabinet loads, cooling design, and the intended use of the underfloor space.

It is also important to distinguish between a manufacturer, a system supplier, and an installation contractor when reviewing quotations.

Q3: What documents should I request before selecting a raised floor system?

Depending on the project requirements, useful documents may include product data sheets, applicable load test reports, deflection data, fire classification documentation, electrostatic test reports, and environmental documentation.

Buyers should also confirm panel dimensions, pedestal and stringer configurations, installation instructions, warranty terms, and the scope of the complete system supply.

Q4: Can raised access floor panels from different manufacturers be mixed?

Mixing components from different systems is generally not recommended without a compatibility assessment.

Panel dimensions, edge construction, pedestal head designs, and dimensional tolerances may differ. Mixing components without verification can affect floor flatness, system stability, performance, and warranty responsibilities.

Use components that are approved for the specified system unless compatibility has been properly assessed.

Q5: Can HUILIAN supply raised access flooring for a project in Sweden?

HUILIAN can discuss product selection based on project requirements and provide available technical documentation for evaluation.

The suitability of a particular product, delivery arrangements, and any required compliance documentation must be confirmed against the actual project specification.

When requesting a quotation, provide the application, panel dimensions, estimated quantity, required delivery date, and destination. This information helps the supplier assess the appropriate product and supply arrangements.

Conclusion

Choosing a raised access floor manufacturer for a project in Sweden requires a clear understanding of the building's intended use, the performance of the complete floor system, and the technical documentation required for the project.

Manufacturers differ in panel construction, load performance, surface finish options, system components, and project support. The final selection should therefore be based on technical requirements, purchasing arrangements, delivery conditions, and long-term maintenance needs.

HUILIAN offers several types of raised access flooring for different applications and can discuss product selection according to project requirements. For data centers, commercial offices, and technical facilities, buyers should compare the relevant product documentation, complete system performance, and delivery conditions before finalizing a procurement decision.

Planning a raised access flooring project in Sweden? Contact HUILIAN to discuss your requirements, request available technical documentation, and obtain a project quotation.