All DTI flooring questions in one place: epoxy, polished concrete, HACCP compliance, ESD floors, timelines, and pricing - organized by industry and location.
Standard project scheduling allows for commencement within 1-2 weeks of contract execution. For time-critical projects, accelerated scheduling may be available based on project scope and calendar availability.
DTI distinguishes itself through transparent pricing with comprehensive upfront cost disclosure, guaranteed project completion timelines with no overrun charges, and our proprietary FloorMatch™ technology that ensures optimal flooring selection based on your specific operational requirements.
Residential garage installations typically require 2-3 days for completion. Commercial applications vary by square footage and complexity, generally ranging from 3-7 days. Quick-cure epoxy options are available for applications requiring accelerated return to service within 24 hours.
Polished concrete provides exceptional long-term value proposition. With a service life exceeding 20 years and minimal maintenance requirements, it significantly outperforms alternative flooring systems that typically require replacement every 5-7 years.
DTI offers flexible scheduling to accommodate operational requirements across all industry sectors. We provide installation services during off-hours, weekends, and holidays as needed to minimize business disruption.
DTI maintains a comprehensive satisfaction guarantee policy. In the rare event that project results do not meet expectations, we commit to corrective measures at no additional cost to ensure complete client satisfaction.
DTI flooring systems are engineered for minimal maintenance requirements. Standard care consists of regular sweeping and periodic damp mopping. Each installation includes a customized maintenance protocol specific to your flooring system and operational environment.
DTI offers comprehensive financing solutions through partnerships with established financial institutions. Qualified clients may access 0% interest financing programs and flexible payment structures tailored to project requirements and organizational budget cycles.
DTI combines over 10 years of field experience with ICRI-standard concrete surface preparation, fast-cure resin technologies, and full compliance with FDA, USDA, and OSHA regulatory guidelines. We operate nationwide and minimize plant downtime through flexible off-shift and weekend scheduling.
Most commercial epoxy installations take 2 to 5 days depending on square footage, substrate condition, and the system specified. Surface preparation and repairs typically take the first day, followed by primer, base coats, and topcoats. With rapid-cure polyaspartic and urethane formulas, floors can return to full service in as little as 12 to 24 hours after the final coat.
Epoxy bond strength is determined almost entirely by surface preparation. Concrete must be mechanically profiled to a CSP 3–4 texture with open pores, no contamination, and verified moisture levels (ASTM F2170 and F1869 testing). Skipping proper preparation is the leading cause of coating delamination and premature floor failure.
Yes. DTI specializes in zero-downtime installation using night, weekend, and holiday scheduling, along with phased work zones that keep the rest of your facility operational. Fast-cure systems allow each completed area to return to service quickly, so production and logistics are minimally disrupted.
Warehouses, manufacturing plants, food and beverage processing facilities, pharmaceutical and medical facilities, automotive service centers, clean rooms, and commercial showrooms all benefit from epoxy systems. Each facility type gets a formulation matched to its traffic loads, chemical exposure, thermal conditions, and regulatory requirements.
DTI combines over 10 years of field experience with professional diamond grinding equipment, lithium silicate densification, and full compliance with OSHA safety guidelines. We operate nationwide and minimize facility downtime through flexible off-shift and weekend scheduling.
Most commercial polishing projects take 2 to 5 days depending on square footage, existing floor condition, and the specified sheen level. Because polishing is a dust-controlled mechanical process with no cure time, floors can typically return to service immediately after the final guard sealer is applied.
Yes. Mechanically polished and densified concrete is one of the most durable industrial floor finishes available. The densifier chemically hardens the surface, significantly reducing dusting and abrasion, and the finish handles forklift and pallet-jack traffic without peeling or delaminating because there is no coating to fail.
Polished concrete is one of the lowest-maintenance commercial floors: routine dust mopping and periodic wet mopping with a neutral-pH cleaner. There is no waxing, stripping, or recoating cycle. High-traffic facilities may schedule periodic burnishing or guard reapplication to maintain sheen.
Level 1 (flat/matte) and Level 2 (satin) suit warehouses and light industrial environments. Level 3 (semi-gloss) is the most common retail and commercial specification. Level 4 (high gloss) is specified for showrooms, lobbies, and high-end commercial spaces. DTI recommends a level based on your traffic, lighting, and maintenance expectations - not just aesthetics.
DTI specifies the sealer around your substrate, environment, and traffic class instead of defaulting to a single product. Every project includes mechanical surface preparation to an ICRI-compliant profile, written system specifications before pricing, and nationwide project capability with off-shift and weekend scheduling to protect facility operations.
Most commercial sealing projects are completed in one to three days depending on square footage, existing coatings, and required surface preparation. With typical systems the floor accepts foot traffic within 2 to 4 hours of the final coat and vehicle or forklift traffic within 24 hours.
Penetrating sealers - silicate densifiers, silanes, and siloxanes - absorb into the concrete and react chemically with the substrate. They harden the surface and repel water without leaving a film, so there is nothing to peel under forklift traffic. Topical sealers such as acrylics, thin-film epoxies, and polyaspartics sit on the surface and form a protective film that delivers stronger stain and chemical resistance plus a visible matte-to-gloss finish.
Penetrating silicate densifiers and silane/siloxane water repellents are permanent-to-long-term treatments and typically last 5 to 10 years or more before retreatment is considered. Film-forming acrylic sealers in traffic areas generally require recoating every 1 to 3 years. DTI documents the maintenance interval for the specified system at handover.
Yes. Exterior flatwork, dock aprons, plazas, and parking decks are sealed with penetrating silane/siloxane water repellents that reduce chloride intrusion and freeze-thaw damage without creating a slip hazard or changing surface texture, which keeps vehicle traction intact.
Cracks that have opened or moved, spalled or delaminated areas, chipped joint edges, high spots or lippage, and prior coating failure are all indicators that the substrate needs remediation first. DTI performs a substrate assessment and moisture testing before any flooring system is specified, then issues a written repair scope so the work is priced up front instead of discovered during installation.
A dormant crack is no longer moving and can be routed and filled with rigid epoxy injection or semi-rigid polyurea to restore structural continuity. An active crack continues to move with thermal cycling or structural load and must be routed wider and filled with a flexible polyurea or polyurethane that accommodates that movement. Rigid fill placed in an active crack will crack again - specifying the wrong material is one of the most common repair failures in the industry.
When the substrate is too deteriorated, contaminated, or structurally compromised for repair-and-coat, an overlay provides a new wearable surface over the existing slab. Epoxy mortar overlays at 1/4 inch to 1/2 inch rebuild severely damaged industrial floors, self-leveling underlayment corrects major flatness issues, and skim coats at 1/8 inch or less resurface lightly deteriorated slabs where structural integrity is still sound.
Most repair and overlay scopes take one to five days depending on square footage, crack and joint linear footage, and the repair materials specified. Fast-cure polyurea joint filler and rapid-set repair mortars allow sections to return to service quickly, and DTI schedules night, weekend, and phased work so warehouses, retail stores, and production facilities can stay operational.
Control and construction joints deteriorate under forklift wheel impact because the unsupported joint edge takes the full point load. Once the edge chips, the spall grows with every pass. Filling the joint full-depth with a semi-rigid polyurea and grinding it flush after cure restores a hard, wheel-load-bearing edge that flexes slightly with joint movement instead of shearing.
DTI tests every slab to ASTM F2170 (in-situ relative humidity probes) and ASTM F1869 (calcium chloride moisture vapor emission rate) before specifying a system. Those two results determine whether the slab can accept the flooring system directly or whether a moisture vapor barrier is required first. Testing is standard practice on every DTI flooring installation - not an upsell discovered after work begins.
Most epoxy and resinous systems are limited to roughly 75-85% internal relative humidity under ASTM F2170, and manufacturers publish a specific threshold for each product. When the slab tests above the system tolerance, a 100% solids epoxy moisture vapor barrier is installed first to reduce emission to an acceptable level. Installing over an out-of-tolerance slab is the single most common cause of blistering and delamination.
Moisture mitigation controls water vapor moving up through a slab from the ground so a coating or flooring system can bond and stay bonded. Waterproofing blocks liquid water - hydrostatic pressure below grade, rain and runoff on a parking deck, or standing water in a wash-down area. Many projects need both: a traffic-bearing or below-grade membrane for liquid water and a vapor barrier for slab emission.
A correctly installed traffic-bearing polyurethane or polyurea deck membrane typically serves 8 to 15 years depending on traffic volume, UV exposure, and de-icing chemical use, with wear-course recoats extending service life. Most failures are not membrane failures - they occur at drains, expansion joints, curbs, and wall transitions, which is why DTI specifies and installs every penetration detail as part of the scope.
Yes in most cases. DTI phases parking structures level by level and sequences interior work into night and weekend windows so operations continue. Low-odor and fast-return systems are specified where occupancy demands it, and containment plus ventilation are planned as part of the project scope rather than improvised on site.
OSHA 29 CFR 1910.22 requires that permanent aisles and passageways be appropriately marked and kept clear. In practice that means striping pedestrian walkways, forklift lanes, and access routes with durable, high-visibility lines, plus marking fire equipment, electrical panels, and egress routes so they remain unobstructed. DTI lays out markings to meet those requirements and to match how your facility actually moves people and equipment.
The widely adopted OSHA-referenced convention is yellow for traffic lanes, aisles, and pedestrian walkways; white for work areas and workstations; red for fire protection equipment and emergency areas; orange for inspection and caution areas; and blue for informational markings. DTI documents the color legend with your safety team so the layout stays consistent across the facility.
It depends on the material and the traffic. Epoxy floor marking paint typically lasts 3 to 5 years in high-traffic interior environments, polyurea/polyaspartic markings add abrasion and chemical resistance with a 1 to 2 hour return to service, and heat-applied thermoplastic exterior markings commonly last 5 to 7 years under vehicle traffic. Vinyl marking tape is used where layouts are reconfigured frequently.
Very little. Most interior striping is installed during off-shift, night, or weekend windows, and fast-cure polyurea marking systems return lanes to service in 1 to 2 hours. DTI phases layouts by zone so a portion of the facility keeps operating while marking is installed in the next area.
Yes. DTI removes or abrades failing markings, corrects the layout where aisles or racking have moved, and reinstalls lines to the current traffic plan. For full reconfigurations we grind out the old lines so ghost markings do not confuse operators, then install the new layout to your approved drawing.
DTI installs ESD, cleanroom, and anti-slip flooring systems as engineered assemblies rather than generic coatings. Every static-control installation is grounded and resistance-tested to ANSI/ESD S20.20 using the ANSI/ESD STM7.1 concentric ring method, cleanroom systems are specified for low particle generation and low outgassing, and anti-slip systems are specified around measured wet-area conditions. Test documentation is provided at project close.
Surface and point-to-ground resistance measurements are taken across the finished floor with a concentric ring electrode following the ANSI/ESD STM7.1 test method. Dissipative systems must fall between 10⁶ and 10⁹ ohms; conductive systems fall below 10⁶ ohms. Readings are recorded by location and delivered as compliance documentation for your ANSI/ESD S20.20 program records.
Yes. An ESD floor with no ground path provides no protection. Copper ground straps must connect the conductive layer of the floor system to a verified earth ground point, and continuity must be confirmed after installation. DTI installs ground straps and verifies continuity as a standard part of every ESD installation.
Cleanroom flooring must be seamless, non-porous, low-outgassing, and resistant to the cleaning and disinfection chemicals used in the space, so it does not shed particles that would compromise the ISO 14644 classification. Coved integral bases eliminate the wall-to-floor joint where particles collect. In electronics and pharmaceutical cleanrooms the system usually must satisfy static-control resistance targets at the same time.
Slip resistance is engineered by broadcasting aggregate - quartz, aluminum oxide, or silica - into the coating and locking it in with a topcoat. DTI selects aggregate size and broadcast density around the actual condition: wet processing areas, oil or grease exposure, ramps, and washdown zones each require a different texture. Heavier texture increases traction but also affects cleanability, so the specification is balanced against your sanitation program and OSHA walking-working surface obligations.
Most single, two, and three-car garages are completed in one to two days. Day one covers diamond grinding, crack and spall repair, base coat, and flake broadcast. Day two covers scraping, vacuuming, and the polyaspartic topcoat. You can typically walk on the floor within 24 hours of the final coat and park vehicles on it after 48 to 72 hours.
Not when the floor is prepared and built correctly. Peeling is almost always a bond failure caused by rolling a coating over unprepared or sealed concrete. DTI diamond grinds every slab to an ICRI-referenced surface profile before the first coat, and we top the system with a UV-stable polyaspartic that resists hot-tire pickup and yellowing - which is exactly where big-box DIY kits fail.
Pricing depends on square footage, the condition of the existing slab, how much crack and spall repair is required, and the system you select. A full-flake system in a standard two-car garage is the most common residential package. DTI provides a written, itemized quote after a site inspection so there are no surprises - no square-foot guesses over the phone.
Yes. Old paint, sealers, and failed DIY epoxy are mechanically removed during grinding. Cracks and spalls are routed out and filled with a rigid polyurea repair material, then re-ground flush so the finished surface is uniform. Oil-saturated areas are degreased and tested before coating so the new system bonds properly.
Sweep or dust mop as needed and wet mop with a neutral-pH cleaner. The surface is seamless and non-porous, so oil, road salt, brake fluid, and antifreeze wipe up instead of soaking into the concrete. There is no waxing, sealing, or annual recoating cycle - a properly installed flake system typically lasts 15 years or more in residential service.
It depends on the installed system and traffic class. Broadcast epoxy in commercial traffic typically needs a topcoat every 5 to 7 years, while the same system under heavy forklift traffic may need recoating every 3 to 4 years. Urethane cement in food service is generally 4 to 5 years, and sealed concrete needs sealer reapplication every 2 to 3 years. DTI sets the interval after inspecting the floor rather than applying a generic schedule.
A DTI maintenance program includes scheduled floor inspections with a written condition report, a cleaning product and procedure specification by floor zone, minor repair of damaged areas, and recoating or sealer reapplication at the correct interval for the installed system. Programs are set up annually or biannually depending on traffic and chemical exposure.
Yes. Many commercial cleaning products contain solvents, high-pH degreasers, or bleach-based compounds that break down epoxy and polyurethane topcoats. Facilities using incompatible products often see topcoat breakdown in 12 to 18 months instead of 5 to 7 years. DTI provides a written cleaning product specification listing compatible products and concentrations by floor zone.
Recoating a floor whose base coat is still sound is substantially less expensive than removing and reinstalling a full system. The key is timing: once the topcoat wears through to the base coat, moisture, chemicals, and contamination reach the epoxy layer directly and the repair scope grows. Recoating on schedule, before wear-through, is the lowest-cost way to extend floor life.
Most recoat scopes are completed in a single off-shift or weekend window. After cleaning, scuff sanding, and topcoat application, floors are typically ready for foot traffic within 24 hours. DTI schedules maintenance work around production and store hours so facilities do not have to shut down.
Seamless epoxy flooring systems with antimicrobial properties meet HACCP requirements. Our food-grade epoxy floors eliminate joints and cracks where bacteria can harbor, feature non-porous surfaces for easy sanitization, and resist chemicals used in food processing. All DTI food facility floors comply with FDA and USDA standards.
We incorporate specialized anti-slip aggregates into our epoxy systems, creating textured surfaces that maintain traction even when wet. Our slip-resistant coatings exceed OSHA requirements and can be customized based on your facility's specific moisture levels and cleaning protocols.
Yes, our food-grade epoxy systems are formulated to resist harsh sanitizers, including quaternary ammonium compounds, bleach solutions, and organic acids. They maintain integrity under high-temperature washdowns up to 180°F and daily steam cleaning protocols without degradation or discoloration.
Standard food facility flooring installations require 3-5 days depending on square footage and complexity. We offer fast-cure options that reduce downtime to 24-48 hours for critical production areas. Installation is scheduled during planned maintenance windows to minimize operational impact.
We integrate seamless floor-to-drain connections using specialized cove systems that eliminate sharp corners and potential contamination points. Our installations include proper floor slopes (typically 1/4" per foot) to facilitate drainage and prevent standing water that could harbor bacteria.
Epoxy offers excellent chemical resistance and a smooth, cleanable finish, but it is rigid and can delaminate under rapid temperature swings. Urethane cement (cementitious urethane) expands and contracts at nearly the same rate as concrete, which makes it the correct specification for cook lines, blast chillers, washdown zones, and anywhere floors see thermal shock from hot water or steam. Most DTI food facility projects combine both: urethane cement in wet processing zones and epoxy in dry packaging and warehouse areas.
Yes. We phase installations zone by zone, working nights, weekends, or scheduled sanitation windows so adjacent lines keep running. Fast-cure urethane cement systems can return a zone to service in as little as 8-12 hours, and we coordinate containment, air handling, and low-odor materials with your food safety team so open product areas are never at risk.
DTI provides written system specifications, product data sheets, USDA/FDA compliance letters from the material manufacturer, and installation records including surface preparation method, film thickness, and cove base details. This package supports HACCP plan documentation and third-party audits such as SQF and BRCGS.
Elasticity and elongation are essential because they allow the flooring to absorb and dissipate stress caused by heavy machinery, foot traffic, temperature fluctuations, and underlying concrete slab movement. When floors lack adequate elasticity, they are prone to cracking and delamination, leading to costly repairs, production downtime, and potential contamination risks.
Rigid flooring systems like epoxy, cementitious, MMA, and rigid polyurea are designed for dimensionally stable substrates. They predictably fail when subjected to repeated thermal shock, moisture vapor pressure, and mechanical movement common in meat processing environments. High-build polyurethane systems are specifically engineered to flex with the slab, resist thermal shock, and manage moisture vapor.
DTI ensures all flooring solutions meet or exceed USDA, FDA, and HACCP standards by using food-safe materials and implementing installation practices that adhere to regulatory requirements. Our seamless flooring systems eliminate joints and cracks where bacteria can harbor, and the non-porous surface allows for thorough sanitization.
When properly installed, DTI's high-build polyurethane flooring system with fiberglass-reinforced crack treatment has an expected service life of 15-25+ years. This significantly outperforms rigid systems that typically require major repairs or replacement within 5-10 years in meat processing environments.
Yes, our high-build polyurethane systems are formulated to resist aggressive cleaning chemicals including quaternary ammonium compounds and bleach solutions. The thermal shock resistance allows the flooring to maintain integrity during high-temperature washdowns without cracking, delamination, or degradation.
Acid-resistant epoxy systems specifically formulated for wineries resist organic acids from grape juice, wine, and cleaning solutions. Our WineGuard™ epoxy maintains integrity against tartaric acid, citric acid, and sanitizing chemicals commonly used in wine production without staining or degradation.
Yes, our winery floors are designed for temperature variations from 35°F to 85°F typical in cellars and production areas. The flexible epoxy formulation prevents cracking during seasonal changes and maintains bond integrity through multiple heating and cooling cycles.
We install moisture-barrier systems beneath the flooring and use vapor-permeable topcoats that allow controlled moisture release while preventing water intrusion. Proper drainage integration and sealed edges prevent moisture accumulation that could affect wine aging conditions.
Seamless epoxy floors with anti-static properties are ideal for barrel storage. They resist staining from wine spills, support heavy barrel loads, and prevent static buildup that could affect sensitive aging processes. The smooth surface allows easy movement of barrels and cleaning equipment.
Our winery floors exceed FDA requirements for food-grade facilities and meet TTB regulations for alcohol production. The seamless, non-porous surface prevents bacteria growth, resists sanitizing chemicals, and can be validated for HACCP compliance when required for commercial wine production.
Yes. Most wineries schedule flooring work between bottling and the next crush, and we build the installation plan around that window. Fast-cure urethane cement and epoxy systems let us turn a crush pad or cellar section around in 2-4 days, and we can phase larger production floors area by area so tank access and barrel movement continue throughout the project.
Yes. Breweries, cideries, and distilleries face the same chemistry as wineries - organic acids, hot-water washdown, CIP caustics, and sugar-laden spills that ferment in cracks. We install the same urethane cement and acid-resistant epoxy systems in brewhouses, cellars, and packaging halls, with thermal-shock ratings for kettle and hot-side areas that see boiling wort and steam cleaning.
Washdown areas only work if water actually leaves the floor. We slope crush pads and cellar floors to trench or area drains, tie the flooring system directly into drain edges so there is no gap for wine and rinse water to undermine, and install integral cove bases up walls and equipment plinths. The cove eliminates the 90-degree wall joint where mold and fruit-fly harborage start.
Commercial flooring must withstand higher traffic volumes, heavier loads, and often chemical exposure. We use industrial-grade materials and specialized installation techniques designed for demanding commercial environments, including thicker coatings, reinforcement layers, and advanced surface preparation.
Installation time varies by project size and complexity. Most commercial projects are completed within 3-7 days, with fast-cure options available to minimize business downtime to 24-48 hours. We work with your schedule to minimize operational disruption.
Our commercial flooring systems require minimal maintenance. Daily cleaning with standard commercial cleaners is sufficient. We provide detailed maintenance protocols and can recommend cleaning products that won't damage the coating. Most systems maintain their appearance for 10-15 years with proper care.
Yes, all our commercial flooring systems meet or exceed local building codes, ADA requirements, and industry-specific standards such as FDA regulations for food facilities, OSHA safety requirements, and fire safety codes. We stay current with all regulatory changes.
Project costs depend on square footage, surface preparation requirements, coating system complexity, and timeline constraints. Existing floor condition, accessibility, and specialized requirements (chemical resistance, decorative elements) also impact pricing. We provide detailed estimates after site evaluation.
ISO 14644 compliant flooring requires seamless surfaces that don't generate particles, resist chemicals used in cleaning protocols, and provide static dissipation when needed. Our clean room floors use ultra-low VOC epoxy systems with antimicrobial additives, create perfectly smooth surfaces without pores or joints, and can include conductive pathways for ESD protection in electronics manufacturing.
We incorporate conductive carbon fibers or metal oxides into the epoxy matrix to create controlled static dissipation. The flooring maintains surface resistance between 10^6 to 10^9 ohms per ANSI/ESD S20.20 standards, protecting sensitive electronic components while preventing static buildup that could attract contaminants to clean surfaces.
Yes, our clean room flooring systems resist hydrogen peroxide vapor, isopropyl alcohol, quaternary ammonium compounds, and other sterilization agents without degradation. They maintain their seamless integrity through repeated autoclave-like conditions and UV sterilization procedures required in pharmaceutical and biotechnology facilities.
Our server room flooring systems work seamlessly with raised floor installations, providing access panels for cable routing while maintaining structural integrity. We install conductive pathways that connect to ground systems, ensure proper load distribution for server racks, and create smooth transitions at floor penetrations for optimal airflow management in data center environments.
Data center floors must maintain surface resistivity between 10^4 to 10^9 ohms to protect sensitive electronic equipment. Our anti-static epoxy systems incorporate conductive additives that create controlled static dissipation, preventing both static buildup that could damage components and excessive conductivity that could create safety hazards for personnel working in the facility.
Our server room flooring provides structural support for concentrated loads up to 2,500 PSF typical for full server racks. The seamless epoxy surface integrates with HVAC systems for optimal airflow, resists condensation from cooling systems, and maintains dimensional stability across wide temperature ranges required for efficient data center operation and equipment longevity.
High-performance epoxy and polyurethane systems resist motor oil, transmission fluid, brake fluid, antifreeze, and automotive solvents. Our ChemGuard™ technology creates a barrier that prevents chemical penetration and staining, making cleanup immediate and preventing permanent floor damage.
Yes, our industrial-grade concrete and epoxy systems support lift anchors, heavy toolboxes, and vehicle weight without cracking. Reinforced floor designs can handle point loads up to 5,000 lbs per square foot, exceeding requirements for most automotive equipment.
Our tire-resistant coatings use specialized plasticizer-resistant formulations that prevent tire marks from sticking. These systems resist hot tire pickup and can withstand temperatures up to 200°F without marking or softening, maintaining a clean professional appearance.
We integrate floor drains, oil separators, and trench drains into seamless flooring systems. Proper slopes direct fluids to collection points while maintaining smooth surfaces for equipment movement. All installations comply with environmental regulations for automotive waste management.
Safety features include slip-resistant textures in wet areas, reflective striping for traffic lanes, colored zones for work areas, and anti-static properties for electronic diagnostics. We can also integrate safety markings and warning zones directly into the flooring system.
Most dealerships choose either high-gloss polished concrete or a clear-coated decorative epoxy. Polished concrete reflects showroom lighting off vehicle paint for maximum visual impact and needs only dust mopping, while metallic and flake epoxy systems let you match corporate brand colors. Both handle constant vehicle roll-in/roll-out without tire marking when the correct topcoat is specified.
Oil-contaminated slabs are the number one cause of coating failure in auto shops. We diamond-grind to remove the contaminated surface layer, degrease and test the substrate, and where oil has penetrated deeply we apply an oil-tolerant epoxy primer engineered to bond through residual contamination. Coating over an unprepared oil-soaked slab guarantees delamination within months.
Typical installed costs run $4-8 per square foot for a standard service bay epoxy system, $7-12 for heavy-duty systems with anti-slip broadcast and urethane topcoats, and $3-7 for polished concrete showrooms. Final pricing depends on slab condition, repair needs, and square footage - larger facilities see meaningfully lower unit costs. We provide free written quotes after a site evaluation.
Polished concrete and high-performance epoxy systems are ideal for high-traffic retail environments. These floors resist wear from heavy foot traffic, shopping carts, and merchandise displays while maintaining their appearance. Our commercial-grade finishes can handle 10,000+ daily visitors without showing wear patterns.
Yes, our epoxy systems offer unlimited color options and can incorporate logos, patterns, and brand elements directly into the floor. We use ColorMatch™ technology to precisely match your brand colors and can create custom designs including metallic finishes, color flakes, and geometric patterns.
Our retail floors require minimal maintenance - daily dust mopping and weekly damp mopping with neutral cleaners. The seamless, non-porous surface prevents dirt and stains from penetrating, making spill cleanup immediate. No waxing or special treatments are required, reducing ongoing maintenance costs.
Polished concrete floors can reflect up to 90% of light, significantly improving ambient lighting and reducing energy costs by 20-30%. This enhanced reflectivity creates a brighter shopping environment, improves product visibility, and can reduce the need for additional lighting fixtures.
Most retail installations complete within 3-7 days depending on square footage. We work with your store schedule to minimize disruption - installations can be done during off-hours or planned closures. Fast-track options are available for urgent openings with 24-48 hour cure times.
Polished concrete wins on lifetime cost, light reflectivity, and the modern industrial aesthetic big-box and grocery retailers favor - if your existing slab is in good condition. Epoxy wins when you need specific brand colors, decorative flake or metallic finishes, or when the slab has stains and repairs that polishing would expose. Many stores combine both: polished concrete on the sales floor, coated floors in stockrooms and receiving.
Yes. We routinely phase retail work overnight, section by section, behind dust-contained barricades so the store trades normally every day. Low-odor and fast-cure materials let each section reopen for the next morning. For remodels, we sequence flooring with your fixture plan so merchandising resets and floor work do not collide.
Back-of-house areas take harder abuse than the sales floor - steel-wheeled pallet jacks, rolling cages, and dropped stock. We specify higher-build epoxy or densified concrete in stockrooms and receiving docks, with transition details at doorways so the change in system does not create a trip lip or an early failure point.
Yes, all government facility floors meet ADA accessibility standards, federal safety requirements, and local building codes. We provide documentation and certifications required for government contracting, including Buy American compliance when applicable. Our installations exceed slip-resistance standards for public safety.
Our team includes security-cleared personnel who can work in restricted areas. We follow all OPSEC protocols, maintain required clearances for military installations, and coordinate with facility security officers to ensure minimal disruption to sensitive operations.
We';'re experienced with government procurement procedures including GSA schedules, competitive bidding, and multi-year contracts. Our pricing is transparent with detailed specifications, and we provide all documentation required for procurement compliance and budget approval processes.
Yes, we provide comprehensive maintenance programs tailored to government facility needs. These include scheduled inspections, preventive maintenance, emergency repairs, and multi-year service contracts that help facilities manage budgets and maintain optimal floor performance.
Heavy-duty polished concrete and industrial epoxy systems handle extreme foot traffic in transit stations and public buildings. These floors resist wear from wheeled luggage, maintain traction when wet, and provide easy maintenance for 24/7 operations while meeting fire safety codes.
Yes, all our government building floors exceed ADA accessibility standards with proper slip resistance, smooth transitions, and compliant thresholds. We provide documentation and certifications required for government contracting, ensuring full compliance with federal accessibility guidelines.
Absolutely. We're experienced with GSA Schedule contracting, federal procurement processes, and budget constraints. Our solutions are cost-effective while meeting all quality standards, and we provide detailed documentation for government purchasing requirements including Buy American compliance.
Polished concrete and heavy-duty epoxy systems handle extreme foot traffic in government lobbies and corridors. These floors resist wear from thousands of daily visitors, maintain professional appearance, require minimal maintenance, and meet fire safety codes while providing long-term durability.
Yes. We phase work in occupied buildings after hours and on weekends, behind dust-contained barricades, using low-odor and low-VOC materials appropriate for occupied public spaces. Courtrooms, permit counters, and service windows keep operating on their normal schedule, and each completed section reopens to foot traffic the next morning.
Apparatus bays need floors that support 40,000+ lb vehicles, resist diesel, hydraulic fluid, and road salts, and stay slip-resistant when crews respond on wet floors at 3 AM. We install high-build epoxy and urethane systems with broadcast texture, containment-friendly coving, and striping for apparatus lanes and walk zones - the same systems on duty in fire stations we have completed.
Public projects run on paperwork, and we treat submittals as part of the job: product data, slip-resistance documentation, VOC and fire-rating certifications, Buy American attestations, prevailing wage records, and closeout O&M manuals. Facility managers get maintenance schedules and recoat windows in writing, so future budget requests have documentation behind them.
Yes, our team includes security-cleared personnel who can work on military installations. We maintain active security clearances, follow all OPSEC protocols, and coordinate with base security to ensure minimal disruption to operations while meeting all force protection requirements.
Our high-performance concrete and specialized epoxy systems are engineered for extreme loads including tanks, aircraft, and heavy maintenance equipment. These floors feature reinforced substrates, impact-resistant coatings, and can handle point loads exceeding 500 PSI while resisting fuel, hydraulic fluids, and military chemicals.
Our military facility floors meet AT/FP requirements with blast-resistant substrates, secure installation protocols, and materials that comply with DOD standards. We work with base engineers to ensure all installations support force protection measures and emergency response capabilities.
Hangar floors must carry 80,000+ pound aircraft on small tire footprints, resist Skydrol hydraulic fluid and jet fuel that destroy ordinary epoxies, and stay light-reflective so FOD - foreign object debris - is visible during inspections. We install fuel-resistant, high-gloss coating systems with the optional ESD properties avionics work requires, detailed around tie-downs, drains, and trench covers.
Yes. We support projects delivered through base civil engineering squadrons, Army Corps of Engineers, NAVFAC, and prime contractors, and we provide the submittal packages, product data, and closeout documentation federal projects require. Our estimates map to government specification formats so contracting officers can evaluate them without translation.
For operational deadlines, rapid-cure MMA and polyaspartic systems can return a bay to service in 24-48 hours instead of the 5-7 days conventional epoxy needs. We routinely phase work bay-by-bay so squadron maintenance operations continue around the installation, coordinating the project schedule with base access requirements.
Yes. Legacy slabs typically arrive with fuel-saturated concrete, failed coatings, spalled joints, and embedded tie-down hardware. We diamond-grind to sound concrete, treat contamination so new coatings bond, rebuild joints and spalls, and detail around anchors and trench drains - restoring a serviceable, cleanable surface without slab replacement.
Quality-of-life facilities need the same durability logic as the flight line at a different scale: seamless, easy-clean epoxy in dining facilities and kitchens, impact-tolerant coatings in fitness centers, and low-maintenance polished concrete in corridors and common areas. One contractor covering all of them simplifies base facility management and warranty tracking.
Healthcare flooring must support infection control protocols (CDC environmental cleaning guidance), meet slip-resistance expectations under OSHA walking-working-surface rules, and stand up to EPA List-registered disinfectants without degrading. In pharmaceutical manufacturing, flooring is also part of the cGMP facility qualification - surfaces must be smooth, cleanable, and free of cracks per 21 CFR 211. DTI provides written specifications and material documentation to support facility audits.
Yes. We phase work behind negative-air containment in coordination with your infection control risk assessment (ICRA), use low-odor and low-VOC materials, and schedule around clinical operations. Fast-cure systems return corridors and procedure rooms to service in hours rather than days.
Cleanroom floors need to be seamless, non-shedding, low-outgassing, and compatible with sporicidal cleaning agents. Depending on classification, we install high-performance epoxy or urethane systems with integral cove base, and ESD-dissipative versions where electrostatic control is part of the room specification. The flooring submittal package supports ISO 14644 qualification documentation.
Grout lines, seams, and welded joints are where pathogens survive cleaning. A seamless resinous floor with integral cove base gives environmental services one continuous, non-porous surface that hospital-grade disinfectants can fully wet and dwell on - no joints to harbor bacteria, no seams for fluids to migrate beneath.
Heavy-duty polished concrete and industrial epoxy systems are designed for continuous operations in transit stations. These floors handle constant foot traffic, wheeled luggage, and cleaning operations without showing wear. They maintain traction when wet and meet fire safety codes for public transportation facilities.
We install specialized anti-slip systems with textured surfaces that maintain traction even when wet from weather, spills, or cleaning. Our transit flooring exceeds OSHA slip-resistance requirements and incorporates drainage solutions to prevent standing water in high-traffic areas.
Yes, our transit flooring systems are engineered for temperature fluctuations from outdoor platforms to climate-controlled stations. They resist freeze-thaw cycles, thermal expansion, and moisture penetration while maintaining structural integrity and safety performance year-round.
We phase transit work around service schedules - typically overnight windows between last and first trains, or platform-by-platform closures coordinated with the transit authority. Fast-cure and low-odor materials let each section return to passenger service by the next service window, and dust-contained barricades keep adjacent areas open and safe throughout the project.
Outdoor platforms need UV-stable, freeze-thaw resistant systems with aggressive texture and positive drainage - usually broadcast epoxy or urethane with quartz aggregate over a sealed, waterproofed slab. Indoor concourses favor densified polished concrete for its light reflectivity, cleanability, and resistance to millions of footfalls. We detail the transition zones so texture and slope changes never create trip or slip points.
Yes. Our installations coordinate with ADA-required detectable warning surfaces at platform edges, maintain compliant slopes and cross-slopes on ramps, and deliver slip resistance that meets accessibility guidance in both wet and dry conditions. We also install high-contrast safety striping and wayfinding markings that help passengers with low vision navigate the station.
Daily auto-scrubbing with neutral cleaners handles routine soil, while scheduled inspections catch coating wear in high-abrasion zones like fare gates and stair landings before traction degrades. We offer maintenance programs that recoat sacrificial wear layers during overnight windows, so stations never accumulate the polished-smooth wear patterns that cause slip incidents.
Our parking garage floors use weather-resistant epoxy systems that handle freeze-thaw cycles, de-icing salts, and constant vehicle traffic. Proper drainage integration prevents water damage, while slip-resistant surfaces maintain safety in wet conditions. These systems last 15+ years with minimal maintenance.
We install integrated drainage systems with proper floor slopes to direct water away from the structure. Waterproof membrane systems prevent moisture penetration, while expansion joints accommodate structural movement. Our coatings resist freeze-thaw damage and de-icing chemicals commonly used in parking areas.
Yes, our parking garage flooring systems are engineered for heavy traffic loads including delivery trucks, emergency vehicles, and daily commuter traffic. High-performance epoxy and polyurethane systems resist tire marking, fuel spills, and mechanical abrasion while maintaining structural integrity under load.
An epoxy coating protects the wear surface but is rigid - if the deck cracks, the coating cracks with it. A traffic-bearing urethane membrane is elastomeric: it bridges dynamic cracks, waterproofs the deck, and protects the rebar and occupied space below from chloride and water intrusion. Elevated and exposed decks generally need membranes; slab-on-grade levels can often use coatings or sealers.
Yes. We phase garage work bay by bay and level by level, keeping the majority of stalls open throughout the project. Fast-cure materials return each section to traffic in hours, and we sequence ramps and drive lanes overnight or on weekends when occupancy is lowest. Clear signage and temporary traffic routing keep tenants and daily parkers moving the whole time.
Striping is the last coat, not an afterthought. We restripe stalls, ADA spaces, crosswalks, and directional arrows over the new surface with high-visibility traffic paint, and can add color-coded levels and pedestrian walkways that improve safety and reduce owner liability. Coordinating striping and coating within one project scope keeps the finished surface and traffic markings aligned.
Our below-grade systems integrate moisture vapor barriers, proper surface preparation, and moisture-resistant epoxy formulations. We conduct moisture testing before installation and use specialized primers that bond effectively even in high-humidity conditions. Drainage systems and sump pumps are incorporated when needed to manage groundwater intrusion.
Moisture-tolerant epoxy systems with integrated vapor barriers provide optimal performance for below-grade applications. Our systems resist hydrostatic pressure, prevent efflorescence, and maintain adhesion in high-moisture environments. Anti-microbial additives prevent mold and mildew growth, making them ideal for occupied basement spaces.
Yes, our flexible epoxy formulations accommodate minor foundation movement without cracking. We install expansion joints at critical locations and use crack-bridging membranes where needed. The system maintains watertight integrity even with slight structural movement over time, preventing water infiltration through hairline cracks.
High-performance epoxy and polyurethane systems designed for athletic use are ideal for recreation centers. These floors resist impact damage from equipment, provide excellent traction for sports activities, and can accommodate custom line marking for multiple sports. They're also easy to maintain under heavy community use.
We use specialized anti-slip aggregates and textured coatings designed for wet environments. Pool deck areas receive additional slip-resistant treatments that maintain traction even when wet. These surfaces exceed safety standards while providing comfortable bare-foot walking for swimmers and pool users.
Yes, our high-impact flooring systems are engineered to support heavy fitness equipment without cracking or indentation. We install reinforced areas under weight racks and machines, with impact-absorbing layers that protect both the floor and equipment. These systems maintain their integrity under continuous heavy use.
Yes. Multipurpose gymnasiums routinely carry basketball, volleyball, pickleball, and badminton lines on the same surface. We use color-coded striping systems with a clear hierarchy - primary sport in the boldest color, secondary sports in lighter tones - applied with durable coatings that survive years of court traffic without repainting every season.
We phase work room by room around your program calendar, so the gym closes while the fitness room stays open, then swap. Fast-cure systems return spaces to service in 24-48 hours, and low-odor materials mean adjacent programs - childcare, senior activities, classes - continue without complaints. Most full-facility projects complete without ever closing the building.
Locker rooms need seamless, waterproof systems with integral cove base and confident wet-condition slip resistance. We install textured epoxy or urethane with antimicrobial protection, sloped to drains so standing water never accumulates under benches. The seamless surface eliminates grout lines - the first thing to harbor odor and mildew in traditional tiled locker rooms.
Coated concrete systems typically cost less than hardwood sports floors and comparable or less than premium rubber, while lasting longer under mixed community use. The bigger difference is lifetime cost: seamless coatings need only routine cleaning, while wood demands refinishing cycles and rubber tiles trap moisture and need periodic replacement. We help districts compare total cost of ownership, not just install price.
Yes. Pool decks and family changing areas get fine-textured finishes that grip wet bare feet without abrading skin, and all our systems are low-VOC and fully inert once cured - no off-gassing into rooms where children play. Slip resistance is documented for every finish so facility managers have the traction data their risk and insurance reviews require.
Our schools and playgrounds surfaces meet ASTM and CPSC safety requirements for impact attenuation and accessibility. We install proper fall zones with cushioning systems, slip-resistant textures, and ADA-compliant paths. All materials are non-toxic and designed for heavy use by children in educational and recreational environments.
Fall zone depth depends on equipment height. For equipment 4 feet or less, we install 6-inch minimum cushioning. For equipment over 4 feet, we calculate the critical height and install appropriate impact-absorbing materials to meet ASTM F1292 standards for head injury criteria. This applies to both school play areas and public playgrounds.
Yes, our schools and playgrounds surfaces comply with ADA accessibility guidelines. We install firm, stable surfaces that accommodate wheelchairs and mobility devices, with smooth transitions and proper slopes. Impact-absorbing materials maintain accessibility while providing required safety protection in both educational and recreational settings.
Yes. Most school flooring projects are scheduled during summer break, winter break, or long weekends so classrooms and play areas are never closed while students are on campus. For work that must happen during the term, we phase installations room by room after hours, use low-odor and fast-cure materials, and isolate work zones with dust containment so adjacent spaces stay open and safe.
Cafeterias need seamless, non-porous surfaces that survive daily food spills, tray carts, and aggressive cleaning - typically a decorative epoxy or urethane system with an integral cove base so mop water never reaches the slab edge. Multipurpose rooms that host everything from assemblies to indoor recess do well with durable coatings or polished concrete that handle folding-table hardware, stacked chairs, and constant foot traffic without scarring.
We lay out and stripe four square, hopscotch, basketball keys, kickball diamonds, and custom game graphics using durable traffic-grade coatings that bond to asphalt or concrete. The same crews stripe parking lots, fire lanes, crosswalks, and ADA-designated stalls around the campus, so drop-off zones and play areas receive consistent, code-compliant markings within one coordinated project scope.
Interior epoxy and polished concrete systems typically deliver 10-20 years of service in school environments with simple maintenance: routine auto-scrubbing with neutral cleaners and periodic inspection of high-wear paths like corridor door thresholds. Exterior poured-in-place safety surfacing generally needs impact-attenuation re-testing and a topcoat refresh on a multi-year cycle; we offer maintenance programs that schedule this work during breaks so surfaces never fall out of compliance.
Seamless epoxy flooring with antimicrobial additives is ideal for animal shelters. These surfaces eliminate joints where bacteria can harbor, resist urine and disinfectants, and provide comfortable footing for animals. The non-porous surface prevents odor absorption and simplifies daily cleaning protocols.
Antimicrobial floor coatings contain silver ion technology that actively inhibits bacterial and viral growth on contact. This reduces cross-contamination between animals, minimizes odors, and creates a healthier environment for both animals and staff. The seamless surface eliminates hiding spots for pathogens.
Yes, our animal shelter flooring systems resist harsh disinfectants including bleach, quaternary ammonium compounds, and enzymatic cleaners. They maintain integrity under high-pressure washing and daily sanitization protocols. The chemical resistance ensures long-term durability while maintaining sanitary conditions.
Integral cove base carries the seamless floor several inches up the wall in one continuous surface, eliminating the floor-to-wall joint where urine, wash water, and bacteria collect. In kennel runs and isolation rooms this is the single most important detail for odor control and disease prevention - hoses and squeegees push everything to the drain instead of into a crack.
Kennel runs should slope roughly 1/4 inch per foot toward trench or area drains so wash water never pools under animals. We rebuild slope with self-leveling overlays where old slabs have settled flat, and detail the coating continuously into the drain edge so there is no exposed concrete lip to absorb urine and hold odor.
Yes. We phase work room by room so animals are temporarily relocated within the building rather than off-site, use low-odor and fast-cure materials appropriate for occupied animal facilities, and return each area to service in as little as 24-48 hours. Ventilation and containment protect animals in adjacent spaces throughout the project.
We balance slip resistance with paw comfort by using fine-textured broadcast finishes - enough grip that dogs and staff stay stable on wet floors, without the aggressive aggregate that can abrade paw pads during long kennel stays. Different zones get different textures: finer in kennels and exam rooms, more aggressive in wash bays and grooming areas.
Exam and surgical areas need seamless, non-porous epoxy or urethane with integral cove base - the same cleanability logic as medical facilities. The surface must tolerate repeated disinfection, resist staining from iodine and pharmaceuticals, and stay comfortable underfoot for staff standing through long procedures. Light-reflective finishes also improve exam lighting.
Seamless epoxy flooring with antimicrobial properties is ideal for commercial kitchens. These floors resist grease, oils, and cleaning chemicals while providing superior slip resistance in wet conditions. They meet health department requirements and are easy to sanitize, making them perfect for food service environments.
Our restaurant flooring systems meet FDA and local health department standards. We install seamless, non-porous surfaces that prevent bacterial growth, integrate proper drainage systems, and use materials that resist staining and chemical damage. All installations comply with commercial food service regulations.
Yes, our restaurant flooring systems are specifically formulated to resist grease, oils, and food acids. They maintain slip resistance even when wet or greasy, and can handle the constant foot traffic of busy restaurants. Special anti-slip additives ensure safety in high-traffic kitchen and service areas.
In most cases, yes. We install restaurant floors overnight and during planned closures using fast-cure urethane cement and low-odor epoxy systems that reach foot-traffic readiness in hours, not days. A typical kitchen line can be stripped, repaired, and recoated between Sunday close and Tuesday prep, and dining rooms can be phased section by section so service continues.
Walk-ins need systems that cure at low temperatures and survive the thermal shock of door traffic between freezer air and warm kitchens. We install urethane cement in coolers and freezers because it tolerates the temperature differential without debonding, seals the floor-to-wall junction with an integral cove, and stands up to the nightly cart and dolly traffic of restocking.
Health inspectors look at the wall-to-floor junction first, because a square 90-degree joint traps grease and harbors bacteria and pests. An integral cove base curves the flooring material up the wall in one seamless piece, eliminating that joint. Combined with floors sloped to code-compliant drains, it means mop water, fryer spills, and washdown actually leave the kitchen instead of pooling under equipment.
Epoxy garage floors resist oil stains, are easy to clean, and dramatically improve your garage's appearance. They're slip-resistant when wet, resist hot tire marks, and can increase your home's value. Installation typically takes 1-2 days with minimal disruption to your daily routine.
Our playground surfaces meet ASTM and CPSC safety requirements for impact attenuation and accessibility. We install proper fall zones with cushioning systems, slip-resistant textures, and ADA-compliant paths. All materials are non-toxic and designed for heavy use by children.
Our parking garage floors use weather-resistant epoxy systems that handle freeze-thaw cycles, de-icing salts, and constant vehicle traffic. Proper drainage integration prevents water damage, while slip-resistant surfaces maintain safety in wet conditions. These systems last 15+ years with minimal maintenance.
Seamless, non-porous surfaces prevent bacteria growth and make sanitization easy. Our antimicrobial coatings resist odors and stains while withstanding daily cleaning with disinfectants. Proper drainage systems and slip-resistant textures ensure both animal and staff safety.
Minimal maintenance is required - regular sweeping and occasional mopping with neutral cleaners. Our floors resist stains and wear, eliminating the need for waxing or refinishing. We provide maintenance guides and can set up service programs for large community facilities.
Epoxy garage floors resist oil stains, are easy to clean, and dramatically improve your garage's appearance. They're slip-resistant when wet, resist hot tire marks, and can increase your home's value. Installation typically takes 1-2 days with minimal disruption to your daily routine.
High-quality residential epoxy floors can last 15-20 years with proper maintenance. They resist wear from foot traffic, vehicle tires, and household chemicals. Our residential systems come with comprehensive warranties and require minimal maintenance beyond regular cleaning.
Yes, epoxy can be installed over existing concrete basements after proper surface preparation. We test for moisture issues, repair cracks, and apply moisture barriers when needed. This transforms damp, dusty basements into clean, attractive spaces suitable for recreation or storage.
Seamless epoxy systems with antimicrobial properties and ultra-low VOC emissions meet ISO 14644 clean room standards. Our pharmaceutical-grade floors resist chemicals, prevent particle generation, and can be validated for FDA compliance. Static-dissipative options are available for electronics manufacturing.
Our data center floors integrate with raised floor systems, provide cable routing access, and maintain precise load distribution for server racks. Anti-static properties protect sensitive equipment while specialized coatings resist corrosion from cooling system condensation and maintain temperature stability.
Yes, our specialized formulations handle temperature ranges from -20°F to 150°F without cracking or delamination. Thermal barrier coatings protect against rapid temperature changes, and expansion joint systems accommodate thermal movement in large facilities.
Our laboratory floors feature seamless, non-porous surfaces that prevent bacterial growth and cross-contamination. Chemical-resistant formulations withstand acids, solvents, and biological agents while maintaining easy decontamination procedures required for research environments.
Yes, we provide complete validation packages including material certificates, installation documentation, performance testing results, and compliance verification for FDA, ISO, and industry-specific standards. Our quality management system ensures traceability for regulated environments.
DTI Flooring (DT stands for Diverse Technology) designs and installs industrial and commercial flooring systems, including resinous epoxy flooring, concrete polishing, protective coatings, urethane cement, concrete repair, and floor restoration. We handle everything from surface preparation through final installation.
We serve manufacturing plants, warehouses and distribution centers, food and beverage facilities, healthcare, retail, offices, and other commercial and industrial spaces — over 2,000 facilities to date.
DTI is based in California and installs flooring for commercial and industrial facilities nationwide.
Yes. We routinely schedule work over weekends, nights, and planned shutdown windows so your operation keeps running. Many projects are completed with zero production downtime.
Yes. We provide free floor condition assessments and free lifecycle cost modeling to help you choose the right system and budget for it — before anyone talks product.
Request a proposal through our contact page or call (209) 879-9674. We will review your facility, usage, and timeline, then recommend a system and provide detailed pricing.
DTI installs polished concrete, epoxy and resinous flooring, concrete repair, and joint-fill systems for Las Vegas retail, warehouse, distribution, and back-of-house spaces. The recommended system depends on slab condition, traffic, chemicals, finish requirements, and the available installation window.
Yes. DTI completed a Las Vegas Burlington store with mechanically polished concrete finished to a specified Level 3 sheen. Brand-standard work is planned around the approved finish sample, the general contractor’s sequence, and the fixed store opening date.
Yes. Night, weekend, and phased installation can be coordinated when the facility must remain operational. Access, cure time, equipment movement, and reopening requirements are reviewed before the schedule and flooring specification are finalized.
Polished concrete can be a strong fit for sound slabs that need a durable, low-maintenance surface with a specified sheen. DTI evaluates the slab, repairs, joints, aggregate exposure, gloss target, and stain-protection requirements before recommending a polishing sequence.
Send DTI the project address, plans or measured area, current slab condition, intended use, finish requirements, and schedule. The team can then determine whether a site assessment is needed and provide a written system recommendation for the defined scope.
DTI installs concrete sealers, joint fill, epoxy and resinous systems, polished concrete, and concrete repair for Oklahoma City automotive, light-industrial, warehouse, retail, and service facilities. The slab and operating conditions determine the appropriate system.
Some scopes can be completed in one day when slab condition, system choice, crew size, and site access support it. At Brakes Plus in Oklahoma City, two installers sealed 3,500 square feet and filled 560 linear feet of joints in one day, with the floor accepting traffic within two hours.
It can be when the slab is new, sound, and exposed to conditions the selected sealer can handle. DTI reviews fluids, tire traffic, cleaning methods, slip resistance, joints, and appearance before recommending a clean-and-seal system instead of a heavier coating.
Yes. Epoxy and other resinous systems can be specified for service bays, wash areas, and chemical exposure. The system must be matched to the actual fluids, moisture, thermal conditions, drainage, texture, and return-to-service window.
Provide the project location, plans or square footage, slab age and condition, facility use, chemical and traffic exposure, required finish, and schedule. DTI uses those details to define the preparation, flooring system, phasing, and written scope.
For most Stockton warehouses and distribution centers, polished concrete or a high-build epoxy system is the best flooring choice because it withstands forklift traffic, is easy to clean, and reflects light to reduce energy costs. Heavy-traffic cross-dock facilities often pair polished concrete in aisles with epoxy or urethane cement in loading zones for added chemical and impact resistance.
Yes. DTI installs thermal-shock-resistant urethane cement and antimicrobial epoxy systems suited to Port of Stockton cold-storage, food, and agriculture facilities. These seamless systems are designed to support FDA and HACCP sanitation requirements and withstand freezer-to-floor temperature swings, frequent hot-water washdowns, and chemical exposure.
Project timing is planned according to scope, facility access, operational windows, and availability. DTI confirms the schedule during project planning.
Industrial epoxy flooring in Stockton typically ranges from $4 to $12 per square foot installed, depending on system thickness, substrate condition, moisture mitigation, and square footage. DTI provides a written system specification and fixed-price estimate after a site assessment so there are no overrun charges.
In many cases, yes. DTI phases installations by zone and coordinates the work around facility access and planned operational windows. Return-to-service requirements are confirmed during planning based on the selected system and site conditions.
Yes. DTI (Diverse Technology Industrial, Inc.) is headquartered at 100 W Valpico Rd, Suite D, Tracy, CA 95376. Founded in 2016, the company installs industrial and commercial flooring nationwide.
For Tracy warehouses and fulfillment centers, polished concrete is the most common base system because it handles heavy forklift traffic, is low-maintenance, and improves ambient lighting. High-traffic dock and staging areas are often upgraded with epoxy or urethane cement for added impact and chemical resistance.
Project timing is planned according to scope, facility access, operational windows, and availability. DTI confirms the schedule during project planning.
Yes. DTI phases installations by zone and coordinates the work around facility access and planned operational windows. Return-to-service requirements are confirmed during planning based on the selected system and site conditions.
Yes. Through DTI Coatings and Supplies, the company sells concrete repair kits, joint fillers, stain removers, rust removers, and related products, with application SOPs and safety data sheets available in the resources section of the website.
Yes. DTI has completed flooring for government and public-safety facilities in the Sacramento region, including the Roseville Fire Station. The company is OSHA-compliant and experienced with the documentation, scheduling, and security requirements of public-sector work.
For Sacramento warehouses and distribution centers, polished concrete is the best base system because it handles forklift traffic, is easy to clean, and reflects light to reduce energy costs. Dock and staging zones are typically upgraded with epoxy or urethane cement for impact and chemical resistance.
Project timing is planned according to scope, facility access, operational windows, and availability. DTI confirms the schedule during project planning.
Sacramento food and beverage facilities typically need seamless, antimicrobial urethane cement or epoxy flooring that is FDA- and HACCP-compliant, resistant to thermal shock and hot-water washdowns, and textured for slip resistance in wet production areas.
Industrial epoxy flooring in Sacramento typically ranges from $4 to $12 per square foot installed, depending on system thickness, substrate condition, moisture mitigation, and square footage. DTI provides a written system specification and fixed-price estimate after a site assessment, with no overrun charges.
Yes. DTI installs static-dissipative and conductive epoxy flooring systems meeting ANSI/ESD S20.20 requirements for electronics manufacturing, cleanrooms, and data centers in San José and throughout Silicon Valley. Systems are specified at surface resistance of 10⁶ to 10⁹ ohms (static-dissipative) or below 10⁶ ohms (conductive) depending on the facility ESD program classification.
Cleanroom and semiconductor facilities in San José typically require a low-VOC, zero-solvent seamless epoxy system with an ESD topcoat rated to the facility's electrostatic classification. Materials must be compatible with the specific process chemicals used and must not generate particles above the cleanroom's ISO class threshold during installation or in service.
Project timing is planned according to scope, facility access, operational windows, and availability. DTI confirms the schedule during project planning.
Yes. DTI phases installations by zone and coordinates with facility operations to manage dust, VOC exposure, and ESD-sensitive material protection during installation. For data centers, we schedule work in equipment rooms during planned maintenance windows. For cleanrooms, we coordinate with operations and air quality monitoring before and after installation.
ESD epoxy flooring in San José typically ranges from $8 to $20 per square foot installed, depending on system type (static-dissipative vs. conductive), substrate condition, ESD classification requirements, and square footage. DTI provides a written system specification and fixed-price estimate after a site assessment, with scope and approved-change handling defined in the executed contract.
For Fresno food-processing and packing facilities, urethane cement is the most appropriate flooring in production and washdown areas because it withstands thermal shock, hot-water washdown, and forklift traffic, and its seamless surface can support hygienic washdown procedures. Dry packaging and warehouse areas are typically specified with a high-build epoxy with a chemical-resistant topcoat. Distribution and dry storage use polished concrete for its low lifecycle cost and forklift durability. The owner and design professional determine which regulatory requirements apply to their specific operation.
Yes. DTI installs urethane cement and thermal-shock-resistant flooring systems for cold-storage rooms, pre-cooling areas, and packing house floors throughout the Fresno area. These seamless systems are designed to handle the temperature differentials between ambient warehouse conditions and refrigerated or cold-storage areas. The owner and design professional are responsible for verifying which regulatory requirements apply to their specific facility and operation.
Project timing is planned according to scope, facility access, operational windows, seasonal requirements, and availability. DTI confirms the schedule during project planning.
In most cases, yes. DTI phases installations by zone and schedules work during planned maintenance windows, nights, or weekends to minimize operational disruption. For active packing houses, we coordinate installation during inter-seasonal or inter-shift windows to keep lines running.
Urethane cement flooring in Fresno typically ranges from $10 to $20 per square foot installed, depending on system thickness, substrate condition, slope-to-drain requirements, and square footage. DTI provides a written system specification and fixed-price estimate after a site assessment, with scope and approved-change handling defined in the executed contract.
For Modesto dairy and food-processing facilities, urethane cement is the most appropriate flooring in production and washdown areas because it withstands caustic cleaning agents, thermal shock, and forklift traffic, and its seamless surface can support hygienic washdown procedures. Dry packaging and warehouse areas are specified with a high-build epoxy with a chemical-resistant topcoat, and warehouse distribution areas use polished concrete for its low lifecycle cost. The owner and design professional determine which regulatory requirements apply to their specific operation.
Yes. DTI installs urethane cement and thermal-shock-resistant flooring systems for cold-storage rooms, dairy coolers, and refrigerated processing areas throughout the Modesto area. These seamless systems are designed to handle the temperature differentials between ambient and refrigerated conditions. The owner and design professional are responsible for verifying which regulatory requirements apply to their specific facility and operation.
Project timing is planned according to scope, facility access, operational windows, and availability. DTI confirms the schedule during project planning.
Yes. DTI phases installations by zone and schedules work during maintenance windows, nights, or weekends to minimize operational disruption. For dairy and food facilities with continuous operations, we coordinate with the facility manager to sequence zones so production is not interrupted.
Urethane cement in Modesto typically ranges from $10 to $20 per square foot installed; high-build epoxy ranges from $4 to $12 per square foot. Pricing depends on system type, substrate condition, square footage, and compliance requirements. DTI provides a written specification and fixed-price estimate after a site assessment, with scope and approved-change handling defined in the executed contract.