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HALCO Tape Solutions for Ai Data Centres

23 Ways Double-Sided Bonding Tapes Are Building the AI Data Centers of Tomorrow


How high-performance adhesive tapes are replacing mechanical fasteners, liquid adhesives, and welding across every phase of data center construction and fit-out.

If you’ve been paying attention to the construction industry lately, you’ve noticed that AI is driving one of the largest building booms in modern history. The AI data center market is projected to grow from $17.7 billion in 2025 to over $93 billion by 2032, and tech giants have committed more than $450 billion to data center infrastructure in 2025 alone. These aren’t your grandfather’s server rooms—they’re massive, purpose-built facilities with power densities reaching 40 to 250 kilowatts per rack, compared to 5 to 15 kW in traditional data centers.

But here’s what most people don’t realize: inside and outside these buildings, double-sided bonding tapes are quietly replacing screws, rivets, welding, and wet adhesives in dozens of applications. The reasons are practical. Aggressive construction timelines mean contractors need materials that deliver immediate handling strength with zero cure time. Clean-room-adjacent environments can’t tolerate metal shavings or welding sparks. And the sheer scale of these facilities—some sprawling across hundreds of acres—makes labor efficiency a critical factor in every material choice.

At Halco, we’ve already helped data center contractors solve cable management challenges with custom hook and loop cable ties. Now we’re turning our attention to the broader opportunity: the full range of double-sided bonding tape applications throughout data center construction, from the exterior cladding all the way down to the server rack trim panels.

hook and loop cable ties

As a 3M Preferred Converter with advanced die-cutting and adhesive lamination capabilities, Halco converts high-performance bonding tapes—including 3M™ VHB™ Tapes, Halco High-Bond Acrylic Foam Tapes, Halco High-Bond Red PET Film Tapes, Halco General Purpose Foam Tapes and Halco Double-Coated PET Tapes—into custom die-cut parts, strips, gaskets, and rolls tailored to specific data center applications.

Here are 23 applications where bonding tapes are making a real difference, organized from the outside of the building inward:

The exterior of a modern data center is more than a metal box. Community acceptance requirements, corporate branding, and building codes have driven data center developers toward sophisticated architectural facades. Microsoft’s Virginia data center campus features bronze-colored steel panels; London’s Telehouse TN2 wears microchip-inspired cladding. All of that exterior material has to be attached to something—and increasingly, that something is bonding tape.

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1. Architectural Cladding and Facade Panel Attachment

Metal composite panels (ACM), plate aluminum, and steel cladding panels are bonded to structural framing using 3M™ VHB™ Architectural Panel Tapes like the G16F and G90F. These tapes have been proven in architectural panel attachment since 1980, with installations on landmark buildings worldwide. They deliver dynamic shear strength of 450 kPa (65 psi), withstand temperatures from -40°F to 220°F, and have logged more than 10,000 hours of accelerated aging testing without deterioration. For data centers, the benefit is faster panel installation with no visible fastener holes—plus the tape’s viscoelastic core absorbs thermal expansion and wind load stresses that would fatigue mechanical fasteners over time.

2. Exterior Window and Curtain Wall Glazing

Data centers with office wings, lobbies, customer briefing centers, and observation areas rely on commercial curtain wall window systems. 3M™ VHB™ Structural Glazing Tapes (B23F and G23F) bond glass panels directly to aluminum window frames, replacing structural silicone sealants. The advantage is clean, immediate handling strength—no waiting for sealants to cure while holding panels in place with temporary clips. These tapes hold European Technical Approval (ETA-09/0024) and have been specified on thousands of commercial buildings since 1990.

3. Facade Panel Stiffener Attachment

Before facade panels are powder-coated or painted, aluminum stiffeners must be bonded to the back for rigidity. Traditionally this meant two lines of caulk plus a line of temporary holding tape—a three-step process. 3M™ VHB™ GPH tapes reduce this to a single step: one line of high-performance tape that provides both the holding strength during handling and the permanent structural bond after installation. GPH tapes are formulated to withstand the high-temperature bake cycles (up to 450°F short-term) used in powder coating, so the bond stays intact through the finishing process.

4. Exterior Signage and Wayfinding

Data center campuses are large, multi-building complexes that require extensive exterior signage programs—building identification, directional wayfinding, regulatory placards, and safety signage. 3M™ VHB™ Tapes and Halco High-Bond Acrylic Foam Tapes provide weather-resistant, permanent mounting without drilling through exterior walls or compromising the building envelope’s moisture barrier.

Once you step through the door, the applications multiply. Data centers are among the most heavily signed, labeled, and accessorized commercial buildings in existence. Every rack, every aisle, every panel, and every piece of equipment gets identified, sealed, or attached—and bonding tapes handle a surprising share of that work.

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5. Server Rack Trim Panels and Cosmetic Covers

Server cabinets and network enclosures use trim panels, bezels, and cosmetic covers to create a clean, professional appearance. These components are bonded using 3M™ VHB™ Tapes or Halco Double-Coated PET Adhesive Tape depending on the substrates involved. The result is invisible fastening with no protruding screw heads—the same approach used in appliance and electronics enclosure assembly worldwide. Halco High-Bond Red PET Film Tapes are engineered with a modified acrylic adhesive on a polyester (PET) film carrier, delivering strong adhesion to metals, ABS plastic, EPDM rubber, and painted surfaces.

6. Interior Wall Panels and Architectural Cladding

The office spaces, reception areas, and customer-facing lobbies within data center facilities often feature decorative wall panels—wood veneers, aluminum composite, fabric-wrapped panels—bonded to structural walls using 3M™ VHB™ Tapes or Halco High-Bond Acrylic Foam Tapes. The invisible fastening creates the sleek, modern aesthetic these spaces demand, with no visible hardware and clean sight lines.

7. Wayfinding, ADA Signage, Nameplates, and Labels

If there’s one thing data centers have in abundance, it’s signs. Room identification, aisle numbering, safety signage, ADA-compliant signs, cable tray labels, and equipment nameplates cover nearly every surface. Halco Double-Coated PET Adhesive Tape is a workhorse for these applications, providing clean, permanent mounting for nameplates and signage on metal, plastic, and painted surfaces. Many sign manufacturers already ship products with double-sided tape pre-applied—Halco can supply the die-cut tape components that make that possible.

Thermal management is the heart of data center operations, and it’s where bonding tapes play some of their most critical—and least visible—roles. Hot/cold aisle containment is standard practice in modern data centers, and the U.S. Department of Energy estimates that proper containment delivers 20 to 25 percent energy savings. Every gap, every unsealed penetration, and every poorly fitting panel undermines that efficiency. This is where precision die-cut gaskets, sealing tapes, and foam components earn their keep.

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8. Hot/Cold Aisle Containment Panel Sealing

Containment systems use polycarbonate, acrylic, or vinyl panels mounted in aluminum channel framing to physically separate hot exhaust air from cold supply air. Double-coated foam tapes seal the gaps—between panels and aluminum channels, between adjacent cabinets, and around cable penetrations. Brush strips and foam gaskets that complete the containment barrier are also adhesive-mounted. Halco’s die-cutting capabilities are a natural fit here, producing precision-cut gaskets and sealing strips in the exact profiles needed for specific containment system designs.

9. Blanking Panels

Every unused rack space is a potential air bypass that reduces cooling efficiency. Foam-backed blanking panels fill these gaps, and they’re typically secured with double-sided tape or magnetic strips. Die-cut foam gasket tapes seal the perimeter of each panel to prevent air leakage around the edges. It’s a small component, but multiply it across thousands of rack positions and the energy impact is significant.

10. Cabinet Skirts and Air Gap Sealing

The gap beneath server cabinets is one of the most common sources of air leakage between hot and cold aisles. Adhesive-backed foam strips—often with magnetic backing for adjustability—seal this 1-inch to 3.5-inch gap along the bottom of each cabinet. Die-cut gasket tapes also seal around cable openings, floor grommets, and power distribution unit (PDU) penetrations. These are high-volume, die-cut-friendly components that Halco produces using steel rule press and rotary die-cutting.

Data centers are loud. Server fans, backup generators, HVAC equipment, and UPS systems generate noise levels that create OSHA compliance concerns for workers, neighbor complaints for facility operators, and vibration issues that can affect equipment longevity. Foam tapes play an essential supporting role in managing all three problems.

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11. Raised Floor Vibration Damping

Many data centers use raised floor systems—standard 2-foot by 2-foot tiles on adjustable pedestals over a 3-foot plenum that serves as a cold air distribution chamber. Closed-cell foam tape between the floor tiles and pedestal supports reduces vibration transmission and prevents the rattling that occurs when heavy equipment creates floor vibration. It’s a simple application, but one that directly improves the working environment for operations staff.

12. Equipment Sound Damping Pads

Polymer pads and closed-cell foam tape placed beneath server racks, UPS systems, and other vibrating equipment prevent structure-borne noise transmission through concrete floors. This is especially important in multi-story data center buildings and multi-tenant colocation facilities where vibration from one tenant’s equipment can affect adjacent spaces.

13. Acoustic Panel and Sound Barrier Mounting

Mass-loaded vinyl barriers, fabric-wrapped acoustic foam panels, and sound-absorbing materials are bonded to walls, ceilings, and doors separating server halls from office areas. Double-coated foam tapes provide clean, damage-free mounting that doesn’t compromise fire-rated wall assemblies the way screw penetrations can.

14. Generator and Mechanical Equipment Vibration Isolation

Backup generators, HVAC compressors, and cooling equipment generate significant vibration at component interfaces and ductwork connections. Foam gasket tapes and vibration-damping materials at mounting points and connection joints reduce structure-borne noise and help isolate the vibration from the occupied spaces of the building.

Data centers are essentially giant climate control systems that happen to contain computers. The HVAC infrastructure is massive and complex, and bonding tapes are embedded throughout it.

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15. HVAC Duct Insulation Attachment and Seaming

Double-sided tapes secure insulation wrapping to ductwork and seal seams on insulated ducts throughout the facility. In a data center with hundreds of thousands of square feet of ductwork, the labor savings from tape application versus mechanical fastening add up quickly. Aluminum-faced tapes with acrylic adhesives meeting UL 181A-P and 181B-FX requirements are standard for these installations.

16. Thermal Insulation Panel Bonding

As data center construction increasingly shifts toward modular and prefabricated building methods—driven by the need to get facilities operational faster—foam tapes bond insulation layers between structural panels in factory-built wall and roof assemblies. The immediate handling strength of bonding tape is a major advantage in factory production environments where panels move down an assembly line and can’t wait for wet adhesives to cure.

The remaining applications may be smaller in scale, but they’re everywhere—and they add up to substantial tape volume across a large data center campus.

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17. Cable Tray and Raceway Labeling

Adhesive-backed labels and identification plates mounted to cable trays, raceways, and junction boxes require clean, permanent bonding without drilling into electrical enclosures. Halco Double-Coated PET Adhesive Tape is well-suited for these applications, providing durable adhesion to the metal and plastic surfaces common in cable management infrastructure.

18. Fire Safety and Emergency Signage

Exit signs, fire safety instructions, evacuation maps, and fire extinguisher location markers are mounted throughout every data center using double-coated foam tapes. These must meet applicable fire-rating requirements, making material selection and documentation important—an area where Halco’s product knowledge and ability to provide material documentation adds real value.

19. LED Lighting Strip Mounting

LED strip lighting is increasingly common in server aisles, under-cabinet lighting, and emergency lighting applications. The strips use double-sided adhesive tape—typically acrylic foam or Halco Double-Coated PET Adhesive Tape—for clean, tool-free mounting that doesn’t require electrical conduit penetrations.

20. Security Camera and Access Control Mounting

Keypads, card readers, intercom panels, and lightweight security devices are mounted to walls and doors using 3M™ VHB™ Tapes or Halco High-Bond Acrylic Foam Tapes. This avoids drilling into fire-rated walls—a significant consideration in facilities where maintaining fire barrier integrity is a life safety requirement—and provides a clean aesthetic appropriate for customer-facing areas.

21. Protective Film and Anti-Tamper Labels

Security labels, tamper-evident seals, and protective films applied to equipment doors and access panels use thin double-sided tapes and transfer adhesives. These are high-volume, precision-cut components that benefit from Halco’s laser cutting and kiss-cutting capabilities.

One of the most significant trends in data center construction is the shift toward prefabricated and modular building methods. When a $2 billion facility needs to be operational in 18 months instead of 36, every material choice that saves time on the construction schedule matters. Bonding tapes have a built-in advantage here: immediate handling strength, zero cure time, and no secondary operations like drilling, welding, or clamping.

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22. Modular Wall Panel Assembly

Prefabricated wall systems use adhesive tapes in panel-to-panel connections, trim attachment, and sealant applications. In factory environments where modular wall sections are assembled on production lines, bonding tape delivers the speed and consistency that wet adhesives can’t match. The panels leave the factory with full-strength bonds, ready for immediate installation on site.

23. Insulated Metal Panel Trim and Flashing

Insulated metal panel (IMP) systems—common in data center exterior walls and roofing—require trim pieces, flashings, and decorative elements at joints and transitions. Bonding these with 3M™ VHB™ Tapes or Halco High-Bond Acrylic Foam Tapes eliminates screw holes that would otherwise compromise the thermal barrier and create potential moisture intrusion points. It’s a better-performing joint with less labor.

The table below maps each application to the recommended bonding tape type and highlights the primary advantage of tape over traditional fastening methods.

Application Recommended Tape Type Why Tape Wins
Facade panel & cladding attachment 3M™ VHB™ Architectural Panel Tapes (G16F, G90F) Eliminates mechanical fasteners; distributes stress evenly; accommodates thermal expansion
Curtain wall glazing 3M™ VHB™ Structural Glazing Tapes (B23F, G23F) Immediate handling strength; no cure time
Facade stiffener bonding 3M™ VHB™ GPH Tapes Single-step replaces 3-step process; survives paint bake
Exterior & interior signage 3M™ VHB™ or Halco High-Bond Acrylic Foam Tapes No drill holes in building envelope
Server rack trim & bezels Halco Double-Coated PET Adhesive Tape or 3M™ VHB™ Invisible fastening; clean aesthetics
Interior wall panels 3M™ VHB™ or Halco High-Bond Acrylic Foam Tapes No visible hardware; sleek design
Nameplates, ADA signs, labels Halco Double-Coated PET Adhesive Tape Clean mounting; permanent adhesion
Containment panel sealing Halco General Purpose Foam Tapes (die-cut gaskets) Precision air sealing; energy savings
Blanking panels Halco General Purpose Foam Tapes Prevents hot/cold air bypass
Cabinet skirts & air gap sealing Adhesive-backed foam strips (die-cut) Seals 1"–3.5" gaps; high-volume die-cut parts
Raised floor damping Closed-cell foam tape Reduces vibration and rattle
Equipment sound damping Closed-cell foam tape Prevents structure-borne noise
Acoustic panel mounting Halco General Purpose Foam Tapes or Halco Adhesive-Backed Hook & Loop Immediate bond in factory assembly
Cable tray labeling Halco Double-Coated PET Adhesive Tape Clean mount; no drill penetrations
Fire safety signage Halco General Purpose Foam Tapes or Halco FR-rated Hook & Loop Fire-rated material options
LED lighting strips Halco Double-Coated PET Adhesive Tape or Halco High-Bond Acrylic Foam Tape Tool-free mounting; no conduit work
Security hardware mounting 3M™ VHB™ or Halco High-Bond Acrylic Foam Tape Tool-free mounting, no drilling
Anti-tamper labels & films Halco thin double-sided and transfer tapes Precision die-cut components
Modular wall assembly Halco High-Bond Acrylic Foam Tapes Zero cure time; production line speed
IMP trim & flashing 3M™ VHB™ or Halco High-Bond Acrylic Foam Tapes No screw holes in thermal barrier

Identifying the right tape for an application is only half the challenge. The other half is getting that tape converted into the exact form factor the application requires—the right width, the right length, the right shape, with the right liner configuration for efficient installation. That’s where Halco’s converting capabilities become essential.

Tape Products

Halco supplies a full portfolio of bonding tape technologies to match the performance requirements of each application:

3M™ VHB™ Tapes

As a 3M Preferred Converter, Halco converts the full range of 3M VHB tapes—including Architectural Panel Tapes (G16F, G90F), Structural Glazing Tapes (B23F, G23F), GPH high-temperature tapes, and general-purpose VHB (4941, 4945, 4955 series). These are the gold standard for structural bonding applications where long-term performance, UV stability, and weather resistance are non-negotiable.

Halco High-Bond Acrylic Foam Tapes

For applications that need VHB-level performance without the complexity of specifying structural-grade products, Halco offers its own line of high bond acrylic foam and red film bonding tapes. These are ideal for signage, panel attachment, hardware mounting, and other applications where strong, permanent bonding is required but the full engineering specifications of VHB aren’t necessary.

Halco Double-Coated PET Adhesive Tape

This medium-thickness mounting tape features a high performance adhesive that performs well on plastics, powder coated metals and other low to medium surface energy materials. It is frequently used to mount interior signs for wayfaring and ADA compliance as well as attach plastic and metal trim.

Converting Capabilities

Halco’s converting and die-cutting capabilities turn raw tape materials into application-ready components:

Die-Cutting

Steel rule press, rotary, and laser die-cutting produce precision gaskets, seals, strips, and custom shapes in any bonding tape material. Laser cutting is especially valuable for prototyping and short-run production of custom containment gaskets and sealing components.

Slitting and Strip Cutting

Lathe slitting and strip cutting convert master rolls into the exact widths needed for specific applications—from narrow strips for LED mounting to wide rolls for panel bonding.