Home / Locations

Industrial and Warehouse Floor Coatings for Businesses in the Austin–Taylor Corridor

A practical guide to industrial, warehouse and light manufacturing floor coatings for businesses in the growing Austin–Taylor corridor: forklifts, chemicals, line striping, static control questions and scheduling.

Large manufacturing projects to the northeast of Austin, including a major Semiconductor fabrication plant being built in Taylor, have drawn suppliers, contractors, logistics companies and service businesses to the region. Many of them are setting up or expanding warehouses, shops, labs and light manufacturing spaces in Austin, Williamson County and the towns in between. Those facilities need floors that can handle forklifts, pallets, chemicals and constant traffic. This guide is for owners and facility managers of those businesses: what industrial coatings do, how to choose a system, what to plan for, and where specialized flooring comes in. It's written by Austin Epoxy Flooring Pro, with a 5.0 rating on Google, open 24 hours, 7 days a week at (512) 325-5434.

Please read this first:

We have no affiliation with Samsung or any manufacturer, and we don't work on fabrication plants or cleanrooms. Names are used only to describe the region.
Our service area is Austin and Georgetown. Our office is at 2025 Guadalupe Street in Austin. We don't have an office in Taylor. If your facility is outside our area, call and we'll tell you honestly whether we can help.
Specialized environments such as cleanrooms and fab floors are designed and specified by the facility's engineers and installed by specialists. This page is about general industrial and warehouse flooring.

What Industrial Floor Coatings Do

Bare concrete in a working facility wears quickly. It dusts, stains, absorbs chemicals and gets harder to clean. A coating:

Seals the surface so it doesn't shed concrete dust onto products and equipment.
Resists stains and chemicals that would soak into bare concrete.
Improves cleaning, saving time on daily maintenance.
Adds traction where it's needed.
Brightens the space, as lighter floors reflect light.
Allows line striping and color-coded zones for safety and organization.

Typical Facilities and Their Needs

Warehouses and distribution

A Warehouse floor takes pallet jacks, Forklift traffic, racking loads and constant movement. Needs include abrasion resistance in traffic lanes, impact resistance at loading docks, and clear striping for aisles and pedestrian walkways.

Light manufacturing and assembly

Workstations, carts and equipment. Needs include chemical resistance for oils, solvents and cleaners, durability under rolling loads, and easy cleaning. Some assembly work, particularly with electronics, needs static control. That's a specialized system we discuss separately below.

Machine and fabrication shops

Metal shavings, cutting fluids, dropped parts and heavy machines. Needs include impact and chemical resistance, and texture for grip around oily machines.

Labs and testing rooms

Chemicals, spills, and the need for very clean surfaces. Needs depend heavily on what the lab does. Share your chemical list.

Maintenance shops and fleet garages

Vehicles, fluids, tools and hot tires. These floors are like heavy-duty garages.

Offices, break rooms and locker rooms

Most industrial facilities also have office space, break rooms and locker rooms, which need durable, easy-to-clean finishes but not the heavy-duty systems used on the production floor.

Choosing a System

Industrial coatings vary widely. Some common directions:

High-build epoxy systems for general warehouse and manufacturing floors.
Quartz-filled systems for heavy traffic and texture.
Polyaspartic systems where faster return to service matters.
Urethane-based systems where heat, chemicals or thermal shock are concerns.
Static-control systems for electronics work, specified by the facility.

The right choice depends on your traffic, loads, chemicals, cleaning, temperature and schedule. We'll recommend a system after seeing the slab and understanding your operations.

Static Control: A Specialized Subject

Facilities that handle sensitive electronics sometimes need floors that help control static electricity. These systems are very different from ordinary coatings. They involve conductive or dissipative materials, grounding, and testing. The requirements come from your equipment, your customers and your quality program, and they're set by your engineers. If you think you need static control:

Share your specifications early.
Ask what testing will be done after installation.
Understand that footwear and procedures are part of static control, not just the floor.

We'll be clear about what we can provide and when another specialist would be more appropriate.

Preparing Industrial Slabs

Industrial floors depend on preparation even more than residential floors:

Grinding or shot blasting to open the surface. Shot blasting is common on large open areas.
Removing contaminants such as oils, curing compounds and old coatings.
Repairing cracks, spalls and joints, which take a beating from forklift wheels.
Joint treatment, as control joints can be filled with semi-rigid fillers to protect edges from wheel impact.
Moisture testing, especially on newer slabs.

New Slabs in New Buildings

Many businesses in the corridor are moving into new buildings. New concrete needs time to cure before coating, and moisture levels in new slabs can be high. If your building is new:

Tell us when the slab was poured.
Expect moisture testing before coating.
Plan coating before racking and equipment go in, which is far easier than working around them.
Coordinate with your general contractor so the floor is protected afterward.

Line Striping and Safety Zones

Striping makes facilities safer and more organized:

Forklift lanes and pedestrian walkways.
Storage zones and racking footprints.
Hazard areas around machines and docks.
Color coding for different functions.

Lines can be integrated into the coating system for durability. Plan the layout with your operations team before installation.

Loading Docks and Dock Plates

Loading docks are often the most damaged area in a warehouse. Forklifts accelerate and brake there, pallets are dropped, trailers bring in rain and grit, and dock plates hammer the slab edge. A few ways to protect them:

Repair the dock edge before coating. Broken edges spread quickly under wheel impact.
Choose a heavy-duty system with aggregate for texture and toughness in the dock zone.
Add extra texture where rain blows in from open dock doors.
Stripe clearly to separate forklift paths from pedestrian areas near the docks.
Plan for refreshes, since dock areas usually wear first.

Racking and Heavy Static Loads

Pallet racking puts heavy loads on small base plates bolted into the slab. When planning:

Coat before racking goes in, so the coating runs under the base plates.
If racking is already installed, the coating is cut in around the uprights, and anchors are left accessible.
Plan for future changes. If racking may move, a coating under the whole floor makes reconfiguration simpler.
Protect uprights with guards, which also protect the floor from forklift strikes.

Chemicals and Spills

Industrial facilities use a wide range of chemicals: oils, coolants, solvents, acids, caustics and cleaning agents. Each coating has its own chemical resistance profile. To get the right system:

List every chemical that could reach the floor, including cleaning products.
Note how long spills might sit before cleanup.
Identify containment areas, such as around tanks or drum storage, which may need raised edges or specific systems.
Ask for product data showing chemical resistance.

A system that's excellent in a dry warehouse can fail quickly in a shop with constant coolant spray, so this step matters.

Temperature and Thermal Shock

Some processes involve heat, steam or hot washdowns. Others involve cold storage. Rapid temperature change, known as thermal shock, can crack or debond some coatings. If your floor sees hot water, steam, ovens, cold rooms or freezers, tell us early. Some systems are designed for these conditions.

Cleaning and Maintenance in Industrial Spaces

Sweep or scrub daily in traffic lanes. Auto-scrubbers work well on coated floors.
Clean spills promptly, especially chemicals.
Inspect joints and docks regularly for damage.
Touch up stripes as they wear.
Plan topcoat refreshes in high-traffic areas during scheduled shutdowns.

Employee Safety

A well-chosen floor contributes to a safer workplace: texture where floors get wet or oily, striping that separates people from forklifts, bright surfaces that improve visibility, and smooth, repaired joints that don't jolt loads off pallets. Your safety team sets the rules for your facility. The floor is one tool that supports them.

Flex Space and Multi-Tenant Buildings

Many suppliers start in flex space: buildings with a small office at the front and an open warehouse or shop area behind, often shared with other tenants. Flooring in flex space has its own considerations:

Lease terms. Check whether your landlord allows coatings, whether approval is needed, and whether you might have to restore the floor at move-out.
Mixed use. The front office, the warehouse and any production area may each need a different system.
Shared walls and HVAC. Grinding dust and coating odor can affect neighboring tenants, so timing and dust control matter.
Short leases. If you expect to move within a couple of years, a simpler system may make more sense for your budget than a heavy-duty one.

Hypothetical Examples

A parts distributor's new warehouse

A distributor moves into a new 20,000 square foot building. The slab is a few months old. Moisture testing comes first. With acceptable results, the floor is shot blasted, joints are filled with semi-rigid filler, and a high-build epoxy system goes down before racking arrives. Forklift lanes and pedestrian walkways are striped into the system.

A machine shop with oily floors

A small machine shop has years of cutting fluid soaked into the slab. Degreasing and aggressive grinding come first. A chemical-resistant system with texture around the machines follows, installed over two weekends so production continues during the week.

An assembly area needing static control

A contract manufacturer wants part of its floor to support electronics assembly. The company's engineers provide specifications for the static-control floor. We review them and are clear about whether the requirements fit what we install, or whether a static-control specialist should handle that area while we coat the rest of the facility.

Planning a Project Step by Step

Gather information: floor plans, slab age, traffic, loads, chemicals and schedules.
Site visit: inspect the slab, test moisture, review joints and docks.
System recommendation: with product data for your team to review.
Written estimate: listing preparation, system, joints, striping, phasing and scheduling.
Approvals: from your landlord, safety team or engineers as needed.
Scheduling: around shutdowns, weekends or overnight windows.
Installation: preparation, coating, striping.
Cure and return to service: following product guidance.
Handover: care instructions and records.

Office and Support Areas

Even the toughest industrial facility has quieter spaces: reception, offices, conference rooms, break rooms, restrooms and locker rooms. These don't need heavy-duty industrial coatings, but they benefit from durable, easy-to-clean finishes that match the professional image you want to present to visiting customers. A consistent color palette from the office through to the warehouse makes the whole facility feel organized. Break rooms and locker rooms need texture where floors get wet, and restrooms benefit from seamless, coved floors. Including these areas in the same project often simplifies scheduling and keeps the look consistent.

Growing With Your Facility

Businesses in a growing region often expand in stages. If you expect to add space, racking or equipment, mention it at the planning stage. Choosing a system and color you can match later, keeping records of the products used, and leaving room for future striping changes all make expansion easier.

What We Need From You

The more we know, the more accurate our recommendation and estimate. Before a site visit, it helps to gather:

A floor plan with dimensions, or the building's square footage.
The slab's age, and any history of moisture problems or cracking.
Your traffic: forklifts, pallet jacks, carts, vehicles, and roughly how often.
Loads: racking, machinery, tanks and anything unusually heavy.
Chemicals: everything that could reach the floor, including cleaners.
Temperatures: heat, steam, washdowns, cold storage.
Your schedule: when the floor can be out of service, and for how long.
Requirements: from your landlord, safety team, customers or engineers.

With this, we can come to the site visit prepared and give you a clear, itemized proposal. If something on the list is unknown, that's fine. We'll work it out together on site. Photos of the current floor, including close-ups of damaged joints, stains and dock edges, are also very helpful before the visit, because they let us bring the right test equipment and plan the time needed. For larger facilities, a short walkthrough with your operations or maintenance lead is the quickest way to understand how the space really works day to day, including the busiest shifts and any areas that never stop running, even overnight or on holidays, so we can plan around them.

Scheduling Around Operations

Downtime is costly in any working facility. Options:

Overnight and weekend work. We're open 24 hours, 7 days a week.
Phased work, section by section, with temporary barriers and adjusted traffic routes.
Fast-return systems for critical areas.
Coordinating with shutdowns you already plan for maintenance.

Prices

Commercial and industrial floors typically run $2–$5 per square foot depending on preparation and system. Polyaspartic systems run $3–$7 per square foot. Heavy-duty systems, joint treatment, line striping, moisture mitigation and phased scheduling are listed separately in a written estimate after a site visit.

Questions to Ask Before Hiring

Which system suits our traffic, loads and chemicals?
How will you prepare the slab, and will you shot blast or grind?
How will you treat control joints?
Can you integrate line striping?
Can you work overnight or in phases?
If we need static control, what do you need from us?

Contact

Austin Epoxy Flooring Pro serves Austin and Georgetown, from 2025 Guadalupe Street in Austin. 5.0 rating on Google. Open 24 hours, 7 days a week, with same-day response: (512) 325-5434. If your facility is outside our area, we'll tell you honestly.

Request a Free Estimate

Call or text (512) 325-5434 (open 24 hours, 7 days a week) or use the free estimate form. Send the approximate square footage, how the space is used, photos of the current concrete, and your timing.

Frequently Asked Questions

Do you work on semiconductor fabs or cleanrooms?

No. Fab and cleanroom floors are specified by facility engineers and installed by specialists. We focus on general industrial, warehouse and commercial floors.

Are you affiliated with Samsung?

No. We mention the region only to describe the businesses this guide is for.

Do you serve Taylor?

Our service area is Austin and Georgetown. Call (512) 325-5434 and we'll tell you honestly whether we can help with a project outside it.

What coating suits a warehouse with forklifts?

High-build or quartz-filled systems are common, with joint treatment and striping. The right choice depends on loads, traffic and chemicals.

Can you install static-control flooring?

Static control is specialized. Share your specifications and we'll be clear about what we can provide.

Can you coat a brand-new slab?

Yes, after it has cured and passed moisture testing. Coating before racking and equipment go in is far easier.

Can you work overnight?

Yes. We're open 24 hours, 7 days a week, and can plan phased or overnight work.

What does an industrial floor cost?

Typically $2–$5 per square foot, with separate items for heavy-duty systems, joints, striping and moisture mitigation.