MISSION-CRITICAL ENVIRONMENTS

DATA CENTERS

Protecting Mission-Critical Environments from the Floor Up.

PREMERA® is a highly effective surface-protection solution for heat-producing environments such as data centers, helping control moisture-related risks within critical facilities and infrastructure.

A project-ready approach to PREMERA treatment and protective coating options for concrete floors, interior concrete walls and exterior concrete walls.

CONCRETE MOISTURE CONTROL SYSTEMS
Surface Restoration • Asset Preservation • Protective Coatings
PREMERA COATING SYSTEMS

BUILT FOR OUR
DEMANDING ENVIRONMENTS

These PREMERA COATING SYSTEMS are ideal for high-use industrial structures, manufacturing facilities, warehouses and distribution centers, parking structures, commercial and institutional facilities, federal, state, and municipal facilities, multifamily properties, residential homes of all types, new construction, high-traffic environments, and building restoration projects.

INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

CONCRETE STRUCTURE MOISTURE CONTROL

One structure. Application paths.

Concrete moisture can disrupt coatings, create efflorescence, and contribute to premature system failure. The correct approach depends on where moisture is moving and how the finished surface will be used.

FLOOR MOISTURE CONTROL - STEP 1

Premera EasyMVB - Moisture Vapor Barrier

EasyMVB is a single-component, water-based concrete treatment formulated to penetrate and react within the concrete pore structure. It seals and densifies cementitious surfaces, helps address vapor transmission and hydrostatic pressure challenges, and reduces the risk of moisture-related out-gassing, pinholes, and blistering beneath subsequent coatings.

BENEFITS
Zero VOC and dries clear. Reduces concrete porosity and helps prevent efflorescence, moisture out-gassing, pinholes, and blistering.
APPLICATION
Ready to use; do not dilute. Apply at least two wet-on-wet coats and continue until the concrete is saturated and rejects additional material.
COVERAGE & CURE
Broom finish: 150-200 sq. ft./gal.
Burnished finish: 200-250 sq. ft./gal.

Allow at least 4 hours, or until completely dry, before subsequent Premera products.
FEATURES
  • Zero VOC formulation
  • Reduces porosity and increases durability of concrete surface
  • Helps prevent efflorescence
  • Improves concrete quality, durability, liquid repellency
  • Reduces risk of moisture out-gassing, pin-holing, and blisters in top coats
TYPICAL USES
  • As a moisture vapor barrier under coatings
  • As a water resistant surface treatment for concrete and masonry
  • As a sealer for micro leaks in floors, walls, and basements
  • As a moisture barrier to protect different types of flooring / coverings
  • As part of liquid and gas barrier used in concrete containment structures
  • Rehabilitation of deteriorated / contaminated concrete; waterproofing below grade
PREMERA concrete moisture control application paths for floors, interior walls and exterior walls
INDUSTRIAL SURFACE SOLUTIONS ® Page 2 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

WALL MOISTURE STRATEGIES | STEP 1A | STEP 1B

Interior and exterior walls require different behavior.

Interior moisture control focuses on treating the concrete and reducing moisture movement into occupied space. Exterior protection must consider rain exposure while preserving a path for water vapor to escape.

INTERIOR CONCRETE WALLS (Step 1A: PREMERA HLT)
HELPS CONTROL MOISTURE INTRUSION

A penetrating, single-component, water-based moisture vapor barrier treatment. HLT reacts within concrete to seal, densify, and harden the surface. It can reduce porosity, prevent efflorescence, improve water resistance, and address moisture movement in walls and basements.

Use: Interior concrete or masonry with moisture vapor, dampness, or efflorescence.

FEATURES:
  • Zero VOC formulation
  • Reduces concrete porosity and increases surface durability
  • Helps prevent efflorescence
  • Improves concrete quality, durability, and liquid repellency
  • Reduces moisture out-gassing, pin-holing, and blistering in topcoats
TYPICAL USES:
  • Moisture vapor barrier under coatings
  • Water-resistant treatment for concrete and masonry
  • Sealer for micro leaks in floors, walls, and basements
  • Moisture barrier beneath flooring and floor coverings
  • Part of liquid/gas barriers in concrete containment structures
  • Rehabilitation of deteriorated or contaminated concrete; below-grade waterproofing
EXTERIOR CONCRETE WALLS (Step 1B: PREMERA Quick Seal)
ALLOWS MOISTURE VAPOR TO ESCAPE

A fast-drying, single-component acrylic sealer used to seal pores and capillaries. For the proposed exterior application, it provides a breathable protective approach so moisture vapor is not trapped within the wall.

Use: Exterior concrete or masonry needing surface protection while maintaining vapor release. Confirm suitability for the wall assembly and exposure.

FEATURES:
  • Stain and water repellent; very fast drying and breathable
  • Suitable for most natural and artificial stone, concrete, and masonry
  • Penetrates the substrate surface and enhances natural substrate colors
  • Helps repel moisture, stains, and dirt from within the substrate
  • Long-lasting, easy to clean, and reduces maintenance costs
TYPICAL USES:
  • Protection against moisture, stains, and dirt
  • Surface enhancement for masonry, stone, and concrete
  • Suitable sealer beneath PREMERA T2 MCM topcoats
PREMERA wall moisture treatment system showing HLT for interior concrete walls and Quick Seal for exterior concrete walls
INDUSTRIAL SURFACE SOLUTIONS ® Page 3 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

PROTECTIVE COATING OPTIONS

High-traffic protection built for demanding operations.

Both recommended systems create a clear quartz-mineral protective finish for concrete floors exposed to continuous foot traffic, rolling equipment, and forklifts. The correct choice depends on the required performance, finish, cleaning environment, and return-to-service goals.

OPTION A | PREMERA CS1 + ACCELERATOR
FOR POURED CONCRETE

A clear, single-component, spray-applied sol-gel finish that creates a high-strength quartz-mineral barrier over poured concrete. CS1 self-levels without backrolling and provides excellent resistance to abrasion, scratches, impact, chemicals, UV exposure, and salt spray.

Why choose CS1: An efficient protective option when the project calls for a clear, easy-clean finish and an accelerated return to service.

OPTION B | PREMERA T2 MCM + ACCELERATOR + OPTIONS
HIGH-PERFORMANCE PROTECTIVE SYSTEM

A clear, high-performance quartz-mineral topcoat engineered for demanding abrasion, impact, chemical, UV, and temperature exposure. T2 MCM is self-leveling and provides a hard, durable, easy-clean finish for industrial environments.

Recommended options: Liquid Matte provides a controlled sheen, while the Anti-Microbial Agent adds antimicrobial functionality.

BUILT FOR ACTIVE INDUSTRIAL FLOORS

Both options: Designed for demanding, high-traffic areas such as data centers, warehouses, and production facilities. After the required cure, the finished floor supports continuous foot traffic, rolling equipment, and forklift use while providing a durable, easy-clean protective surface.

CHOOSE CS1

Choose CS1 for poured concrete when the priority is efficient installation, accelerated return to service, high-traffic durability, and a clear, easy-clean finish.

CS1 OPTIONS:
  • Accelerator
  • Odor Block
CHOOSE T2 MCM

Choose T2 MCM when the floor requires enhanced protective performance, controlled matte appearance, and antimicrobial functionality.

T2 MCM OPTIONS:
  • Accelerator
  • Antimicrobial
  • Liquid Matte
  • Powder Matte
  • Non-Skid
  • Odor Block
PREMERA concrete floor system showing EasyMVB moisture treatment with CS1 or T2 MCM protective finish
INDUSTRIAL SURFACE SOLUTIONS ® Page 4 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

SYSTEM INTEGRATION | EPOXY/SOLVENT-BASED COATINGS

How PREMERA integrates with epoxy and solvent-based coatings.

This system is designed to address moisture vapor conditions up to the specified system limit while helping reduce moisture-related adhesion failures.

SYSTEM LAYERS (Top to Bottom)
FUNCTIONAL PERFORMANCE DESCRIPTION
Layer 5: T2 MCM Topcoat
Provides high durability and resistance to scratches, stains, chemicals, and temperature exposure. Optional add-ons include Accelerator, Antimicrobial Agent, Matte finishes, and Non-Skid.
Layer 4: Epoxy / Solvent-Base
Compatible with Epoxy, Polyaspartic, 100% Solids, and Solvent-Based Coatings. (Note: Water-based systems are not compatible with FP1 Fusion Primer).
Layer 3: FP1 Fusion Primer
Bonds epoxy and solvent-based coatings directly to treated concrete without grinding or profiling the concrete surface. The surface must be properly cleaned and free of bond-inhibiting contaminants such as oil.
Layer 2: EasyMVB Barrier
Penetrates concrete capillaries and reacts with free calcium hydrates to form an insoluble crystalline barrier that helps control moisture vapor transmission and hydrostatic pressure.
Layer 1: Bare Concrete
Bare, non-sealed, non-densified concrete base substrate.

PREMERA EPOXY / SOLVENT-BASED FLOOR SYSTEM

Five-layer system shown from finished surface to structural concrete.

PREMERA floor system integration showing T2 MCM topcoat, compatible epoxy or solvent-based coating, FP1 Fusion Primer, EasyMVB barrier and bare concrete
INDUSTRIAL SURFACE SOLUTIONS ® Page 5 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

TECHNICAL ENVIRONMENTS | WHY DATA CENTERS NEED CONTROL

Mitigating physical vulnerabilities through durable quartz-mineral protective surfaces.

Modern mission-critical data centers operate as highly controlled environments where cleanliness, temperature, humidity, and airborne particulate levels can directly affect equipment reliability and cooling performance. Airborne particulates, moisture, and environmental contaminants can contribute to hardware degradation and operational risk.

DATA CENTER CRITICAL VULNERABILITY
PREMERA SOL-GEL PROTECTIVE MECHANISM
Preventing 'Zingers' (Conductive Whiskers):
Older zinc-coated components may develop microscopic zinc whiskers over time. If released into the environment, conductive whiskers can present a contamination risk and may contribute to electrical shorts or equipment failures.
PARTICULATE CONTROL
PREMERA T2 MCM & T9 VFC form a dense quartz-mineral protective surface designed to resist abrasion and help reduce concrete dusting and particle migration, supporting cleaner controlled environments around sensitive electronic equipment.
Component Overheating:
Dust and ambient floor particulate buildup on specialized server high-RPM fans and aluminum heatsinks acts like an insulating blanket, trapping thermal loads and inducing server failure.
CLEANABLE SURFACE
The dense, smooth sol-gel finish creates a durable, easy-clean architectural surface that helps reduce dust retention and particulate contribution from treated floors, walls, and ceilings, supporting cleanliness around critical cooling and server equipment.
Corrosion Control:
Airborne chemical contaminants, ambient industrial sulfur emissions, or localized salt moisture eat away at delicate copper traces and microscopic board connectors.
MOISTURE & CONTAMINANT RESISTANCE
PREMERA coatings provide strong salt-water and chemical resistance, helping limit moisture and contaminant intrusion into treated architectural surfaces in demanding data-center environments.
Optical Fiber Protection:
Even a microscopic single-point source particle of dust settling on an uncoupled connector fiber line can fully block or severely distort high-speed laser light signals.
STRUCTURAL PARTICULATE CONTROL
A tightly bound quartz-mineral surface helps isolate porous concrete and masonry, reducing potential airborne dust and particulate migration around sensitive optical and electronic infrastructure.

CONTROLLED ENVIRONMENT PERFORMANCE

PARTICULATE-CONTROL SURFACE
Dense quartz-mineral barrier designed to resist abrasion and help reduce concrete dusting and particle migration.
T2 MCM & T9 VFC
FIRE PERFORMANCE
ASTM E162 | RADIANT PANEL INDEX: 0
No visible ignition or progressive flame front.
INTERTEK TESTED | T2 MCM
SMOKE PERFORMANCE
ASTM E662 | ALMOST NO SMOKE PRODUCED
Extremely low smoke generation under tested conditions.
INTERTEK TESTED | T2 MCM
INDUSTRIAL SURFACE SOLUTIONS ® Page 6 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

SURFACE DEGRADATION VS. PARTICULATE-CONTROL PROTECTION

TRADITIONAL PAINTS & COATINGS
Traditional paints and coatings showing ceiling wall and floor surface degradation
CEILING + WALL + FLOOR DEGRADATION
AGING & CHALKING
Traditional paints and coatings can deteriorate over time.
MULTIPLE SHED SURFACES
Ceilings, walls, and floors can each release fine surface material.
PARTICULATE MIGRATION
Abrasion and coating breakdown can introduce dust into controlled environments.
PREMERA T2 MCM & T9 VFC
PREMERA T2 MCM and T9 VFC showing ceiling wall and floor particulate-control protection
CEILING + WALL + FLOOR PROTECTION
DENSE MINERAL SURFACE
PREMERA creates a dense quartz-mineral barrier.
DURABILITY PERFORMANCE
Supported by applicable technical testing for demanding operational environments.
PARTICULATE CONTROL
Designed to resist abrasion and help reduce concrete dusting and particle migration.
FLOORS | WALLS | CEILINGS
CONTROL THE SURFACE. CONTROL THE PARTICULATES.
INDUSTRIAL SURFACE SOLUTIONS ® Page 7 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

KEY INDUSTRIES & BIOLOGICAL SECTORS

Deploying durable surface-protection technology across targeted industrial environments.
INDUSTRY ENVIRONMENT
CRITICAL OPERATIONAL NEED
PREMERA DEPLOYMENT ADVANTAGE
Semiconductors &
Microelectronics
Highly controlled manufacturing environments where particulate contamination can affect sensitive wafer-fabrication and microelectronics processes.
Durable quartz-mineral surface protection helps resist abrasion, flaking, chalking, and surface degradation while providing a smooth, cleanable boundary that helps reduce particulate contribution from treated architectural surfaces.
Pharmaceuticals,
Biotech, & Med Device
Controlled manufacturing environments requiring rigorous cleanliness, cleanable surfaces, and contamination-control procedures appropriate to the operation.
Durable, cleanable surface protection incorporating silver-ion technology within the coating. Any antimicrobial properties are intended to protect the treated coating itself and do not protect users or others against disease-causing organisms.
Food & Dairy
Processing
Food and dairy processing environments require rigorous sanitation, cleanable surfaces, and management of microbial contamination in accordance with applicable sanitation and food-safety protocols.
Durable, cleanable mineral surface protection supports demanding food-processing environments. Antimicrobial performance is limited to the conditions of applicable laboratory testing and product documentation.
Aerospace &
Military Hardware
Assembly, engineering, and testing of highly complex flight and guidance electronics under heavy industrial physical strains.
High-durability quartz-mineral surface protection designed for demanding environments involving abrasion, rolling equipment, chemical exposure, and other operational stresses, within documented product-performance limits.
Virology, Isolation,
Hospitals, & Labs
Healthcare, laboratory, isolation, and controlled environments require highly cleanable surfaces together with established infection-control and environmental-cleaning protocols.
Durable, cleanable surface protection incorporating silver-ion technology within the coating. Any antimicrobial properties are intended to protect the treated coating itself and do not protect users or others against disease-causing organisms.

INDEPENDENT ANTIMICROBIAL TESTING

Laboratory results describe antimicrobial activity under the specified test conditions and apply only to the tested coating. These results should not be interpreted as protection of users or others from bacteria, viruses, germs, or other disease-causing organisms.

JIS Z 2801 TEST METHOD
Microchem Laboratory evaluated antibacterial activity on hard, non-porous coated surfaces.
PASSING CRITERIA: >=99% REDUCTION
INDEPENDENT LABORATORY TEST RESULTS
Passed the 99% criterion for S. aureus, P. aeruginosa, E. cloacae and A. baumannii at 2, 6 and 26 hours. K. pneumoniae and E. faecium at 6 and 26 hours.
2 | 6 | 26 HOUR CONTACT TIMES
ACTIVE SURFACE PROTECTION
PREMERA SOL GELS incorporate silver-ion antimicrobial technology within a durable surface-protection system for controlled environments.
SURFACE PROTECTION + ANTIMICROBIAL
MICROCHEM LABORATORY | STUDY NG17245-A1 | JIS Z 2801
INDUSTRIAL SURFACE SOLUTIONS ® Page 8 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

CLEAN ROOM | PREMERA COATING SYSTEMS

PREMERA COATING SYSTEMS FOR CLEAN ROOMS & CONTROLLED ENVIRONMENTS

PREMERA T2 MCM & T9 VFC (for vinyl flooring) with Anti-Microbial Agent can be used to create durable, cleanable protective surfaces as part of a controlled-environment or clean-room system.

PERFECT PREPARATION:

Protect the floors, glass, and all surfaces not intended to receive the coating. Complete the ceiling and wall applications first. Once those surfaces are finished, remove the floor protection and apply the floor coating last.

1. PROTECT
Mask and cover the floor, all glass panels, and any specialized non-coated surfaces meticulously.
2. CEILING + WALLS
Spray PREMERA T2 MCM + Anti-Microbial Agent thoroughly across the ceiling and down onto the architectural walls.
3. FLOOR LAST
Completely remove the temporary protective floor covering. Spray the final integrated floor surface to seal the environment.

PREMERA provides a practical way to create a continuous, seamlessly coated protective surface from ceiling to floor within an existing building structure.

THE FINISHED PROTECTIVE ENVELOPE

CONTINUOUS
PROTECTIVE SURFACE
CEILING | WALLS | FLOOR
SEAMLESS COVERAGE
Creates a continuous coated surface from ceiling to floor.
EXISTING STRUCTURES
Can be applied within an existing building without rebuilding the room envelope.
CONTROLLED APPLICATION
Ceiling and walls are coated first; the floor is completed last for an integrated finish.
ONE INTEGRATED SYSTEM | CEILING TO WALLS TO FLOOR
INDUSTRIAL SURFACE SOLUTIONS ® Page 9 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

APPLICATION METHOD | CLEAN ROOM SEQUENCE

A CONTROLLED APPLICATION SEQUENCE
SEQUENCE STEP
OPERATIONAL REQUIREMENT & PROTOCOL
01 | PROTECT
Cover the entire floor area, all window glass, and any structural assets you do not intend to coat.
02 | CEILING
Spray PREMERA T2 MCM with Anti-Microbial Agent on the ceiling architecture first.
03 | WALLS
Continue the systematic spray application smoothly down onto the walls and intended vertical surfaces.
04 | REMOVE COVERING
After the ceiling and wall spray applications are entirely complete, carefully remove all floor protective coverings.
05 | FLOOR LAST
Spray PREMERA T2 MCM with Anti-Microbial Agent over the clean floor surface last.
KEY DETAIL: Mask glass and fixtures not intended for coating.

TECHNICAL DATA SHEETS (TDS) & SAFETY DATA SHEETS (SDS) DIRECTORY

BEFORE USE: Read all preparation, hazard, and precautionary statements thoroughly. ALWAYS TEST using small-scale site equipment and procedures prior to starting the full application.
INDUSTRIAL SURFACE SOLUTIONS ® Page 10 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

ANTIMICROBIAL SURFACE PROTECTION | PREMERA SOL GELS

PREMERA ANTIMICROBIAL SURFACE PROTECTION

Exact technical parameters reproduced from the PREMERA Antimicrobial Surface Protection technical portfolio.

DURABLE INORGANIC SOL-GEL COATINGS

Leading Edge Silver Technology
Silver-ion technology within the coating helps inhibit odor-causing bacteria that may affect the treated coating.
Anti-odor Protection
Active use of EPA registered material Ionpure WPA (Reg #73148-1).
Greater Surface Area
Silver-ion antimicrobial functionality within the treated coating.
Durable Long Lasting Protection
Sol-gel matrices do not easily wear down under heavy operational use.
Aids in Cleaning
Dense solid mineral surface makes dirt and grime hard to adhere.
Inorganic Antimicrobial Technology
Silver-ion technology incorporated within the durable sol-gel coating.
REGULATORY STATUS: PREMERA Sol Gels are not independently EPA registered. The coating incorporates an EPA-registered antimicrobial material for protection of the treated coating. Built-in properties are intended to inhibit bacteria that may affect or degrade the coating.
IMPORTANT: The antimicrobial properties do not protect users or others against bacteria, viruses, germs, or other disease-causing organisms. Always clean and maintain treated surfaces in accordance with appropriate hygiene and sanitation practices.

SURFACE PROTECTION AGAINST ODOR, MOLD & MILDEW

BACTERIAL SURFACE DEGRADATION
Inhibits bacteria that may adversely affect the coating.
INHIBITS MOLD / MILDEW / FUNGAL GROWTH
Safeguards structural infrastructure against damp atmospheric degradation.
PREVENTS STAINS CAUSED BY MOLD
Keeps clean-room architectures pristine, bright, and easy to inspect.

TECHNICAL REFERENCE DIRECTORY

Select a technical reference below to open the supporting documentation.

INDUSTRIAL SURFACE SOLUTIONS ® Page 11 of 12
INDUSTRIAL SURFACE SOLUTIONS ® | CONTROLLED ENVIRONMENTS PRESENTATION

IMPORTANT INFORMATION & DISCLAIMER

INDUSTRIAL SURFACE SOLUTIONS® | PREMERA COATING SYSTEMS

GENERAL INFORMATION

This presentation is provided by Industrial Surface Solutions® and PREMERA Coating Systems solely for general informational, educational, and product-overview purposes. It is not intended to constitute a complete product specification, project specification, engineering or architectural recommendation, medical or diagnostic advice, infection-control protocol, regulatory determination, or substitute for professional consultation.

TECHNICAL INFORMATION & PROJECT CONDITIONS

Product descriptions, performance characteristics, application methods, coverage rates, test results, illustrations, system configurations, and other technical information are summaries and may not include every limitation, condition, specification, substrate requirement, environmental consideration, or application variable applicable to a particular project. Laboratory or third-party test results describe performance under the specific conditions tested and should not be interpreted as a guarantee of identical performance under all field conditions.

USER RESPONSIBILITY

Users, contractors, specifiers, owners, architects, engineers, facility professionals, and other parties are responsible for determining the suitability of each product and coating system for the intended substrate, environment, application, and use. Always consult the current Technical Data Sheet (TDS), Safety Data Sheet (SDS), written application instructions, applicable codes and regulations, and project-specific requirements before specifying, purchasing, applying, or using any product. Appropriate testing of the actual substrate and site conditions should be performed before full application.

WARRANTY & RELIANCE

TO THE FULLEST EXTENT PERMITTED BY APPLICABLE LAW, THE INFORMATION CONTAINED IN THIS PRESENTATION IS PROVIDED WITHOUT ANY EXPRESS OR IMPLIED WARRANTY ARISING FROM THIS PRESENTATION, INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. NO STATEMENT IN THIS PRESENTATION IS INTENDED TO CREATE OR EXPAND A PRODUCT WARRANTY, PERFORMANCE GUARANTEE, OR CONTRACTUAL OBLIGATION OF INDUSTRIAL SURFACE SOLUTIONS® OR PREMERA COATING SYSTEMS.

ANTIMICROBIAL & HEALTH-RELATED INFORMATION

Nothing in this presentation should be interpreted as representing that a PREMERA product prevents, treats, diagnoses, cures, or eliminates disease or protects persons from bacteria, viruses, pathogens, or other disease-causing organisms. Where antimicrobial properties are discussed, users should refer to the applicable product documentation, test reports, regulatory information, and labeling for the specific scope and limitations of those properties.

CURRENT DOCUMENTATION CONTROLS

Industrial Surface Solutions® and PREMERA Coating Systems reserve the right to revise product information, specifications, formulations, recommendations, and technical documentation without notice. Current product documentation should always control over information summarized in this presentation.

© 2026 INDUSTRIAL SURFACE SOLUTIONS ®. ALL RIGHTS RESERVED.
This presentation and its original content, design, layout, graphics, compilations, and proprietary materials are protected by applicable U.S. and international copyright laws. No portion may be copied, reproduced, republished, distributed, transmitted, modified, adapted, displayed, incorporated into another work, or used for commercial purposes, in whole or in part, without the prior written permission of INDUSTRIAL SURFACE SOLUTIONS ®, except as otherwise permitted by law. Unauthorized use is expressly prohibited.
INDUSTRIAL SURFACE SOLUTIONS ® Page 12 of 12
DATA CENTER TECHNOLOGY & PROCUREMENT

FROM PHYSICAL INFRASTRUCTURE
TO DIGITAL INFRASTRUCTURE

Industrial Surface Solutions® extends beyond protecting the physical data center environment. We provide access to data center infrastructure, networking, computing, collaboration technology, hardware, software, IT services and commercial financing solutions supporting connected and mission-critical operations.

CONNECTED DATA CENTER INFRASTRUCTURE
FACILITY → NETWORK → COMPUTE → SOFTWARE → OPERATIONS
INDUSTRIAL SURFACE SOLUTIONS®

PROTECTING THE PHYSICAL INFRASTRUCTURE.
SUPPORTING THE DIGITAL INFRASTRUCTURE.

Facility solutions, technology infrastructure, procurement and financing resources brought together through one experienced source.

ONE RESOURCE. MULTIPLE SOLUTIONS.

BUILD THE RIGHT
DATA CENTER SOLUTION.

Whether the requirement involves facility protection, network infrastructure, computing, more than 200,000 hardware products, more than 500 software suppliers, IT services or commercial financing, Industrial Surface Solutions® can help identify the right resources for your project.

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