Floor and Area Marking - A Brady Webinar

Hello everyone and welcome to Brady Corporation's webinar about floor and area marking: a practical overview. We are joined today by Brian Jaszewski, our global product manager of floor and area marking, who will be leading us through this presentation. If you have any questions, feel free to leave them in the question tab. We will answer all questions at the end, so please hold them until that time. Thank you.

Hello everybody, appreciate you all joining us today. As Will mentioned, we are going to be doing a practical overview of floor and area marking, covering a number of topics. Will, if you want to flip to the next slide, we'll topline what our agenda is going to look like today. First, we are going to touch on some of the industry regulations from OSHA and ANSI, and give you some of the best practices out there. Then we're going to talk a little bit about floor environments, what to look for and examine to make sure we're putting the correct solution in place so that you get optimum performance out of those choices.

From there, we'll look at typical types of floor and area marking solutions currently seen in the field, chat about some cost considerations, and then do a deeper dive into those specific markings: paint, tape, and a very interesting new technology in the field, projected signs and lines. We will talk briefly about alternative tools like barricades, cones, or chains, and finally touch on 5S, where we are seeing a resurgence of interest. We will cover best practices for marking your floors and then wrap up with a recap.

To tell you a bit about myself, my name is Brian Jaszewski and I am the global product manager for floor and area marking here at Brady. I've been with Brady a little over two years, focusing specifically on floor and area marking for almost a year and a half. Outside of that, I have over 20 years of experience in product management and operations, spending my entire career in consumer packaged goods (CPG) across human and pet food environments, as well as a bit of beverage processing. Beyond that, I oversaw a manufacturing plant as a plant manager for about six years, managing a full team of maintenance and grounds personnel. There is a high chance that I have dealt with the exact same concerns, layout hurdles, and compliance goals that you are trying to address, and I am very excited to guide you through where things are going in our industry.

The next slide shows a facility we are working with currently. This image provides a great example of what we call a mixed media solution, utilizing a number of different floor and area marking styles. It encapsulates everything needed to hit safety regulations by mixing projected lines, tapes, and different signages. These visuals are put down on the floor to convey concern zones, guide employees efficiently through processes, and display potential caution areas that workers need to remain constantly aware of.

Because of these safety needs, OSHA and ANSI have established clear standards for floor and area marking. Fortunately, while there are small differences between OSHA and ANSI rules, there is a lot of overlap; meeting one generally puts you in compliance with the other. OSHA defines that aisles must be clearly marked with lines between two and six inches wide. Furthermore, aisles utilized by personnel should be at least three feet wider than the largest piece of equipment traveling through that area. OSHA does not strictly define color choices, though they give some guidance: red should be used for fire equipment or stop indications, yellow indicates caution or entering with care, and yellow and black stripes serve as a general cautionary warning.

ANSI, on the other hand, defines these colors more explicitly. On the right-hand side of the slide, you can see the industry best practices for color coding. ANSI specifies that line widths must be at least two inches wide, though three to four inches is much more common. Interestingly, when we first started focusing closely on floor markings a few years ago, 2-inch tape was the most popular, followed by 4-inch tape. Over the last 12 to 14 months, that trend has reversed, and 3-inch tape is becoming much more popular than 4-inch options. ANSI states that floor tapes must be made of durable materials that can withstand the transport culture and unique environment of your facility. They must be placed in a visible way that clearly communicates hazardous pathways, storage areas, and workspaces. While industry guidelines exist, it is ultimately up to facility managers to establish these standards and train employees to recognize them at all points.

An essential part of these guidelines is the expectation that your markings must last. To select a marking system that will endure, we must evaluate several parameters of the floor environment. First, what is the underlying floor material and construction? In my time in the pet food industry, I worked with concrete floors that featured a cork underlayment for temperature control, which responds very differently to adhesives than a standard concrete slab. We also need to evaluate operating temperatures. Tapes engineered for ambient temperatures will perform poorly compared to specialized constructions designed for refrigerated and frozen food environments. Paint and projector tolerances must also factor into these temperature decisions.

Moisture is another major variable. If your facility deals with water bloom, standing liquids, or process oils, it will be much tougher to get materials to adhere properly. Traffic is equally critical: do you have simple foot traffic or heavy powered industrial trucks (PITs) that twist and turn? We must evaluate the frequency and style of vehicle traffic to match the correct material to the floor. Additionally, consider permanence. If your processes are locked in for the next 5 to 10 years, you can choose a long-term, permanent marking system. If you are setting up a new facility and still adjusting your egress paths and work cells, you will need a flexible solution that can change within 30, 90, or 180 days. Finally, look at chemical exposure and cleaning agents, as choosing an incompatible material can cost extra time and money if it fails prematurely.

All of these environmental factors feed into our cost considerations across the four major types of solutions: paint, tape, projected lines, and alternative barriers. When analyzing costs, facility managers shouldn't just focus on the upfront material price, which is only one slice of the pie. You must evaluate facility downtime during preparation and installation, the long-term durability of the material, the labor required to apply or remove it, and the system's overall flexibility to adapt to future process changes.

Let's look at our first solution: industrial paint. Paint is an older-school, tried-and-true approach. Typically epoxy-based, specialized industrial paints are applied directly to a well-prepped surface to create incredibly crisp and durable lines. It creates a permanent solution that easily withstands harsh cleaning and heavy traffic, and offers decent color customization. However, paint requires extensive facility downtime. It can take up to 72 hours for application, drying, and curing, which can disrupt operations and introduce ventilation hurdles due to chemical fumes. Painting is highly labor-intensive, requiring skilled labor and specialized application equipment. Most importantly, it is incredibly difficult to change. I've seen facilities in the Midwest with paint lines that have survived since the late 1950s; modifying those lines requires grinding deep into the concrete. While paint easily meets OSHA and ANSI criteria, it lacks flexibility and demands high initial labor.

Looking at the material makeup of industrial paint, it relies on a foundation of resins, pigments, and solvents. The resin binds the mixture together, the solvents evaporate to allow the paint to cure and bond to the concrete, and the pigments provide the color. We can also add specialty curing agents to create a harder line, grit additives to establish non-slip textures, or extra components for UV and chemical resistance. Paint shines when it comes to longevity, but it scores poorly on flexibility and operational downtime.

Next, let's explore floor marking tape, which has evolved into an incredibly engineered solution for modern warehouses and manufacturing hubs. As you can see from our evaluation matrix, tape offers very low facility downtime; you apply it, run a forklift over it to secure the bond, and the aisle is immediately ready for action. Labor, material cost, flexibility, and durability all sit at a balanced medium. When properly matched to its environment, the durability of modern industrial tape can rival any other product on the market. While the initial material cost might be higher than paint, the massive savings in labor, minimized downtime, and superior flexibility make tape highly cost-effective.

Industrial tapes are available in a massive variety of colors, shapes, and pre-printed patterns. Application is exceptionally clean with no fumes or drying cycles, and many tapes are designed for clean removal without leaving adhesive residue on the concrete. The core disadvantages arise if the floor is improperly prepared, which causes the edges to peel or lift. Visually, it lacks the high-gloss aesthetic of a poured epoxy line. Furthermore, picking ultra-cheap vinyl tapes will result in poor durability, as standard vinyl lacks the internal technology required to dissipate heavy structural impacts.

There are four primary tape materials used in industrial facilities today: vinyl, polyester, extruded PVC, and PETG. Vinyl tape is the most flexible, low-cost option. Because it is highly conformable, it easily stretches over cracks and uneven floor topographies, and features color that runs all the way through the material. However, cheap vinyl yields low durability. It tends to fracture during removal, leaving messy adhesive residue that spikes labor costs. Vinyl also faces looming environmental regulations regarding plasticizers, which make the material soft but have been linked to human health and wastewater concerns. Over time, these plasticizers migrate into the adhesive layer, leading to premature delamination, especially when exposed to UV light.

Polyester tape delivers much higher durability than vinyl at a very competitive price point. It features an entirely different failure mode: where vinyl stretches and pulls up in long, ruined strips, polyester resists punctures and isolates impact damage directly to the point of contact without wrinkling. Polyester is more rigid, allowing manufacturers to engineer varied topcoats and multi-layered thicknesses. The downside is that it is slightly more expensive and less conformable over cracked or highly uneven floor surfaces.

Extruded PVC is the original heavy-duty tape option, featuring a thick 50-mil profile with a stepped or sloped edge designed to let wheels and pallets glide over it cleanly. Like vinyl, its color is embedded completely through the material. However, because PVC is inherently soft, it requires a thick cross-section to absorb impact energy. This high profile creates a prominent lip that can easily be snagged by sliding pallets or high-traffic trucks, leading to line failure. Additionally, the extrusion manufacturing process leaves a tiny margin along the edge of the tape that lacks adhesive, creating a built-in failure point where dirt, oil, and liquids can seep underneath.

Finally, PETG represents the pinnacle of modern tape durability. Utilizing patented constructions similar to the rugged plastics found in beverage bottles, PETG allows for full edge-to-edge adhesive coverage, eliminating edge-snag failure points. It is incredibly resistant to deformation, possesses a crystalline structure that drives impact energy straight down into the floor, and protects the embedded color underneath a diamond-hard top layer. Even if the top surface suffers wear, the regulatory color remains visible on your floor, giving safety teams plenty of time to audit, cut out, and patch damaged sections. This allows us to achieve extreme durability within a remarkably thin profile. The primary disadvantage of PETG is its higher initial material cost, though it is ideal for targeting high-impact zones within a mixed media strategy.

When choosing a tape, you must also consider the adhesive backing, which falls into two categories: rubber and acrylic. Rubber adhesives are the standard choice for most facilities. They offer high initial tack, excellent stick to low-energy surfaces, and an elastic quality that absorbs impacts smoothly. Their disadvantages are lower chemical resistance and tighter constraints in volatile environments. Acrylic adhesives can be synthesized to withstand extreme temperature variables, making them ideal for ultra-cold freezers or high-heat locations. They offer superior UV and chemical resistance, but they form a rigid, unyielding bond that does not handle physical impacts as elastically as rubber.

The sheer flexibility of tape is evident in the specialized varieties available on the market. General-purpose tapes handle basic demarcation in up to 18 stock colors. Hazard tapes utilize stripes or dashes to call immediate attention to physical dangers. Anti-slip tapes integrate high-grit textures to actively prevent slips, trips, and falls. Reflective tapes boost visibility in low-light environments—similar to the conspicuity tape seen on highway semis—making them excellent for warehouse racking corners. Photoluminescent or glow-in-the-dark tapes drastically improve safety along emergency egress routes. Finally, shape tapes (like pre-cut L’s, T’s, and footprints) streamline 5S organizational setups, while specialized freezer tapes utilize unique acrylic adhesives to withstand cold storage applications down to sub-zero temperatures.

Regardless of the tape material you choose, achieving maximum performance relies heavily on proper floor preparation. Tape adhesive binds instantly to whatever it touches first; if your floor is coated in dust, the tape will simply stick to the dirt, create a clean strip underneath, and peel right off the concrete. The optimal surface preparation workflow requires a thorough sweep and mop. If stubborn oils remain, apply an industrial degreaser. Crucially, follow the degreaser with a clean water mop; degreasers lift contaminants to the surface, and leaving that chemical residue behind will ruin your adhesive bond. Once clean and completely dry, lay out your lines without overlapping the tape edges, and apply heavy lamination pressure to secure the bond. If your facility layout changes, use a scraper to lift a corner and pull the tape up at a clean 90-degree angle. High-quality industrial tapes are engineered to pull their adhesive up with them, leaving a clean floor that is immediately ready for reconfiguration.

When floor conditions make paint or tape impossible to sustain, we look to projected solutions. This cutting-edge approach utilizes purpose-built industrial projectors to cast bright signs and lines directly onto the floor. While installation downtime is rated as medium due to the need to run standard 110-volt electrical lines overhead, projected solutions score exceptionally high across durability, labor savings, and flexibility. They excel in harsh, wet, dusty, or inhospitable zones—such as concrete blending plants—where constant dust prevents paints or adhesives from bonding. They are also a perfect fit for facilities in a state of operational flux, allowing managers to simply adjust the projector lens as work cells move. We are even seeing landlords in the Pacific Northwest write strict 'no floor modifications' clauses into modern warehouse leases, banning both paint and floor adhesives. Projected systems solve this hurdle entirely.

Because projected markings never physically touch the floor, they never wear out. High-quality industrial units deliver a lifespan of 30,000 to 50,000 hours—giving you four to six years of continuous operation—with some specialized units running past 70,000 hours. They display incredibly vibrant colors and large-scale signage that cannot be replicated by traditional media. The primary disadvantages are a higher initial upfront cost and complete dependence on a power source, meaning you must calculate electrical loads if tying them into emergency backup systems. When sourcing projectors, avoid cheap units designed for the entertainment industry that rely on internal cooling fans or delicate moving parts; these will quickly fry when exposed to warehouse dust. Look for rugged, sealed, fanless industrial designs built with large metal heat sinks that allow for simple SOP dust-offs and plug-and-play maintenance.

To ensure an excellent projected fit, your scoping process must address four core questions: what height will the unit be mounted from, how large does the final image need to be, what is the ambient light level of the room, and what color is the floor substrate? Projecting a red line onto a dark blue floor can cause off-colors, so color matching is key. Keep in mind that industrial projectors operate like heavy-duty flashlights; they are not effective in direct sunlight, they require open overhead space to dissipate heat sink warmth, and they must project straight down at a 90-degree vertical angle to avoid image distortion.

For temporary hazards or evolving emergencies, a comprehensive ecosystem should also include traditional hardware like barricade tapes, safety cones, and plastic chains to quickly isolate dangerous areas and keep workers safe. Integrating these tools alongside your permanent markings ensures a comprehensive safety protocol.

This brings us back to the core value of 5S lean principles. While OSHA mandates clear aisle and walkway markings, a truly world-class facility uses these lines to optimize operational workflow. A structured floor marking system guides employees, manages inventory placement, and accelerates product throughput safely and efficiently.

To execute a successful marking initiative, follow this continuous improvement cycle: Plan, Choose, Prepare, Educate, and Audit. Start by mapping out a complete blueprint of your site’s zones, lines, and symbols. Next, choose the right medium, keeping an open mind toward a mixed media solution. You do not need to use the exact same tape everywhere; deploy rugged PETG tapes in high-traffic forklift channels, standard polyester tapes in assembly cells, and projected lines in dusty loading docks or washdown zones. Next, prepare your surfaces meticulously to maximize adhesive performance. Once installed, prioritize employee education so everyone explicitly understands what each color and shape represents. A strong safety culture thrives when workers help build it and understand the reasoning behind the lines. Finally, establish a routine audit cadence to inspect your layout, catch early signs of wear, and complete prompt touch-ups before a system failure occurs.

In summary, always analyze your exact environmental variables—including temperature, traffic types, moisture, and chemical exposure—before choosing your media. Evaluate the true total cost of ownership across all five slices of the pie, then plan, implement, and educate. Sustaining your system over time is paramount; abandoning a safety project halfway through sends a negative message to your workforce and compromises compliance. Sourcing your layout from a single partner who provides paint, industrial tape, and projected options within a unified ecosystem will streamline your inventory, save valuable energy, and keep your workforce safe so every employee returns home safely to their family at the end of the shift.

Thank you very much for your time. Will, let's open up the floor to the questions that came through our chat log.

Our first question is from Brian: 'When is it time to relabel?' It is time to relabel your floor layout when your scheduled audits show significant physical damage, or when your operational workflow needs to change. For example, just this morning I assisted a customer whose production cell shifted from a strict 5S layout—where we used pre-cut tape L's and T's—into a dedicated wayfinding lane. We removed the shapes and replaced them with solid continuous tape lines. Your relabeling timeline is driven entirely by material wear and shifting facility processes.

Next, Andrew asks about the specific differences between OSHA and ANSI standards. As a reminder, we will be sharing the full webinar recording and slide deck after this session for your deep-dive review. If you have highly specific compliance questions, please feel free to reach out to me directly via the email address currently displayed on your screen.

Another excellent question asks: 'How do temperature and humidity impact the application and durability of these products?' Humidity and moisture affect traditional tapes and paints far more severely than projected solutions. High humidity or embedded floor moisture makes it incredibly difficult for standard adhesives or epoxies to bond securely to the concrete substrate. If you suspect your floor has trapped moisture, you can perform a plastic sheet test: duct tape a two-foot by two-foot square of clear plastic tightly to the floor for 24 hours and check if any condensation bubbles form underneath. If moisture or oils are a persistent issue, you should step away from adhesives and look at projected lines.

When dealing with cold environments, such as food and beverage walk-in freezers, traditional rubber-based tapes will fail. In those freeze zones, you must look at rigid polyester tapes paired with specialized acrylic adhesives synthesized to maintain a stable grip at sub-zero temperatures. Alternatively, you can complement the room with projected solutions. Our industrial projectors are rated to operate smoothly down to -22°F. Because they feature rugged metal enclosures rather than thin plastic housings, they won't suffer from brittle cracking, frozen internal fans, or iced-up components. Combining specialized cold-storage tapes with overhead industrial projectors creates a reliable mixed-media safety layout that ensures full environmental compliance across your entire facility.

Next, a participant notes: 'I started at my facility only a couple of weeks ago. How would you recommend I go about making recommendations to my managers about possible floor changes or touch-ups?' When preparing proposals for management, look closely at your current process flow and make sure you are planning for future growth rather than just the immediate present. As I travel, I find that almost every manager focuses strictly on the immediate moment; very few facilities maintain active floor plans looking out 6 to 12 months down the road. If you are suggesting touch-ups with paint, remember that it requires blocking off sections of the plant for curing, and paint pigment colors can vary slightly between batches. Tape touch-ups are much easier, as you can simply slice out a damaged section and patch it with a fresh strip. However, if your facility is experiencing frequent layout changes and high wear already, you should use that data to pitch temporary or movable projected solutions until your process flows stabilize. Frame your argument around cost awareness and long-term planning, reminding management that a single preventable workplace injury will instantly blow out any perceived savings from delaying a safety layout project.

Following up on that, another attendee asks for clarification on price points: 'Is one medium inherently cheaper than the others, or is there a justification for spending more on premium systems?' You can easily purchase a cheap roll of basic vinyl tape online for $10 to $15. If you place that vinyl line in an isolated corner where it is never touched, it might look perfectly fine and last for ten years. But if you place that exact same vinyl tape across a primary forklift crosswalk, it may tear up within a single day, or even within the first few minutes if the tires twist directly over it. That rapid failure rate is exactly where a premium projected solution justifies its higher initial cost. If you look back at our five-piece cost matrix, the financial payback of a projected sign becomes clear when measured against the recurring labor costs of replacing broken tape or the catastrophic cost of a pedestrian accident. Projected systems allow you to project massive 12-foot safety signs and bright crosswalks over high-traffic zones without any threat of mechanical wear. Furthermore, modern industrial projectors can be daisy-chained to advanced motion and proximity sensors. If a pedestrian steps near a forklift lane, the system can instantly flash an active warning sign on the floor, making safety a dynamic, impossible-to-miss priority.

Another participant asks: 'You mentioned the Pacific Northwest lease clauses driving projected solutions. Is it fair to say that's driven by Amazon, and will that trend influence the rest of the supply chain space?' Yes, 100%. What we see in some of those larger environments with those larger customers definitely penetrates down, not only as EHS managers move around, but as sales folks move around. We consistently see safety trends travel from the West Coast to the East Coast. These enterprise organizations develop highly effective, common-sense safety parameters, and it is fascinating to watch those concepts cascade across the global supply chain. Ultimately, everyone is trying to keep their workforce safe while reducing non-value-added paperwork and incident reporting. The clearer you can make your floor messages, the fewer liabilities your facility will face.

We also have a question regarding price variations among projectors found online: 'Why are some units I find on the internet significantly cheaper than industrial-grade systems?' The price variance comes down to industrial engineering and construction quality. Premium industrial projectors are built without delicate moving parts or internal cooling fans that can jam with warehouse dust; instead, they rely on massive, solid metal heat sinks to dissipate warmth. They are also designed with repairable architecture; if an industrial LED eventually burns out, you can swap out just that specific diode. Cheaper consumer-grade or entertainment projectors rely on cheap plastic housings and small internal fans. The moment a fan clogs with industrial dust, the entire unit overheats and fries its internal circuitry, turning a $1,000 investment into useless scrap. Industrial systems also provide precise lens optics and variable wattages tailored to your exact mounting heights and ambient light conditions, ensuring you get a crisp, visible line rather than a generic, washed-out blur. While an all-projected facility may not be financially practical, targeting your highest-wear zones with rugged industrial projectors alongside standard floor tapes delivers a balanced, cost-effective mixed media layout.

Ike asks a structural question: 'How are projected solutions physically positioned to avoid being blocked or covered by high-clearance facility traffic?' Your assumption is correct: the physical projector units are securely mounted high overhead in the ceiling trusses, completely clear of passing forklifts and mast extensions. They are adjusted using robust mounting rods and spanitors to project straight down at a clean 90-degree angle, maintaining absolute clarity without interfering with daily floor operations.

To answer Richard K's question: yes, Brady fully supports and supplies both industrial paint templates and advanced projected solutions through our online catalog. You can find our entire product line detailed in our Floor and Area Marking Brochure, which will be sent directly to your inbox along with today's webinar recording.

Our final question asks: 'How can floor markings best be used to improve pedestrian safety in shared vehicle and industrial truck zones?' Historically, facilities relied strictly on standard painted lines to mark crosswalks. Today, our goal is to explicitly define the physical points where personnel and industrial trucks interact. When auditing a shared space, you must answer one fundamental question: who has the right-of-way in your facility? Do pedestrians step aside for forklifts, or do powered industrial trucks halt for pedestrians? Answering this dictates your line placement and tape selection. In standard layouts, high-impact PETG tapes ensure your crosswalk borders focus impact energy directly downward, keeping the lines crisp and preventing long strips from tearing up if a vehicle snags an edge.

However, heavy-traffic intersection zones are where projected media delivers the ultimate safety advantage. Because the lines are cast from high above, vehicle tires can't wear them down. By integrating modern proximity radar and motion sensors into your overhead projector network, the layout becomes intelligent. If a forklift approaches a blind corner, the system can automatically project a flashing stop sign in front of the vehicle while projecting an active, high-visibility crosswalk for pedestrians. Blending smart projection technology with durable floor tapes allows you to deliver a complete, adaptive safety ecosystem that alerts the right people at the right millisecond, ensuring your entire team goes home safely at the end of the night.

With no further questions in the log, that concludes today's session. Thank you all for your time and attendance. A follow-up email containing this recording, our Floor and Area Marking Brochure, and a link to our Brady North America YouTube channel will be arriving shortly. Thank you again, and have a wonderful, safe day.