Stat-Zap Matting

Stat-Zap Matting is an anti-static floor mat designed to protect sensitive equipment from electrostatic discharge (ESD) while offering superior comfort and durability. Featuring a carpet top and a conductive surface, this matting is ideal for environments where static control is crucial, such as data centers, laboratories, and manufacturing facilities.

Key Features of Stat-Zap Matting

• Anti-Static Protection: Designed to dissipate static electricity, this mat protects electronic equipment and devices from electrostatic discharge (ESD).
• Durable Carpet Top: The carpeted surface offers comfort underfoot while standing and provides a stylish yet functional appearance for professional settings.
• Slip-Resistant Backing: Features a slip-resistant backing that ensures the mat stays securely in place, even in high-traffic areas.
• ESD Safe: Certified for use in environments where static control is critical, making it an essential matting solution for electronics manufacturing, server rooms, and cleanrooms.
• Low Maintenance: Easy to clean and maintain, this matting can be vacuumed regularly to keep it looking fresh and functioning at its best.
• Versatile Applications: Perfect for use in offices, laboratories, and industrial settings where static-sensitive equipment is used.

Perfect for Static-Sensitive Environments

Stat-Zap Matting is the ideal solution for environments that demand static control and comfort. Its durable carpet top, anti-static properties, and slip-resistant design make it perfect for protecting equipment and ensuring safety in static-sensitive areas.

Anti-fatigue kitchen mats earn their keep in the first hour on your feet, not the tenth. Standing still on tile, stone, or concrete pushes pressure straight into your heels, knees, and lower back. This cushioned kitchen mat softens that load. It pairs a fabric top that reads like an area rug with a dense nitrile cushion built for indoor floors.

What a Cushioned Kitchen Mat Does Before Your Legs Feel It

A hard kitchen floor gives you nothing back. Every step lands and stops, and your legs absorb the whole thing. Stand at a sink or a prep counter for forty minutes and you feel it in your calves first, then your lower back.

A padded kitchen mat works by putting something compressible under you. This one uses a high-density, closed-cell nitrile-blended cushion, which helps eliminate pressure on the lower back and legs. That small amount of give is what keeps a long stretch of standing from turning into an ache.

The second job is traction. Kitchen floor mats sit in the one spot where water, oil, and dropped food all show up. A mat that slides, curls, or goes slick underfoot creates the exact hazard it was bought to prevent. This one is certified high-traction by the National Floor Safety Institute, which runs independent slip-resistance testing for commercial floor products.

The edges matter as much as the surface. They will not crack or curl, and they give a safe transition from the floor onto the mat. A curled corner is the most common way a comfort mat turns into a trip hazard.

Why a Fabric Top, and Why This One

Most anti-fatigue mats are black rubber or vinyl. They work, and they look like they belong in a warehouse. This one swaps that surface for needle-punched, solution-dyed PET fabric at 14 ounces per square yard. Solution-dyed means the color goes into the fiber itself rather than sitting on top of it, and the surface is fade-resistant as a result.

The part that matters most is how the two layers are joined. The fabric is molded to the nitrile-blended cushion, not glued to it, so it will not separate. That is the difference that shows up years in, when a glued mat starts lifting at a corner and this one does not.

Underneath sits high-density, closed-cell nitrile and PVC-blended foam. Closed-cell is the useful part of that description: the cells are sealed, so the cushion is not an absorbent layer. A spill stays where you can deal with it.

Overall thickness is 5/8 inch over a 48-mil backing. A Max version runs 7/8 inch over a 52-mil backing if you want more underfoot. Both come in the same three stock sizes.

Two more things worth knowing. The PET fabric surface is made from at least 90% recycled content reclaimed from plastic, which is unusual for a comfort mat and matters if you are specifying against sustainability targets. And the mat is made in the USA.

Where It Belongs, and Where It Does Not

This mat is made for dry indoor settings. Home kitchens are the obvious fit: the sink, the range, the prep counter, the island where someone stands and chops. It also works well at coffee bars, break rooms, hostess stands, retail counters, registration desks, copy stations, and standing desks. Retail floors are one of its most common homes.

It is not a wet-area mat, and this is the one thing to get right. A commercial cook line, a dish pit, or a bar well means standing water and grease all day. A fabric surface in that environment holds what lands on it and stays damp.

That is the failure mode with fabric-topped comfort mats, and it is almost always a placement mistake rather than a product problem. If the floor you are covering gets hosed down, drained, or mopped through a shift, you want a drainage or grease-rated mat instead. The wider range of kitchen mats covers those wet and greasy zones.

Put simply: if the floor is dry most of the day and the mat is going somewhere people can see it, this is the right call. If the floor is wet most of the day, it is the wrong one.

Three Things to Check Before You Spec It

First, be honest about how wet the floor gets. Not "does it ever get wet" — every kitchen floor gets wet. The question is whether water sits. A splash at the sink that gets wiped up is fine. A floor that is damp for hours is not. This is the single check that decides whether this mat is the right choice.

Second, size to the work zone, not to the room. Measure where your feet actually go. Stock sizes are 2' x 3' (23" x 32"), 3' x 5' (32" x 58"), and 3' x 12' (32" x 142"). The 3' x 12' is a true kitchen runner for a galley layout or a long counter. Custom sizes come in 3-foot (32-inch) widths at whole-foot lengths up to 60 feet.

Third, check thickness against your clearances. The 5/8-inch version clears most cabinet toe kicks and interior doors without trouble. The 7/8-inch Max gives more cushion but needs more room, so check any door that swings over the mat. Also remember that mat sizes are approximate — rubber shrinks and expands with temperature and time, and manufacturing variance runs 3% to 5%.

Why Mats Inc.

We stock this mat because customers kept asking the same question: something that helps my feet, but that I am not embarrassed to have in a kitchen people walk through. Most anti-fatigue matting answers the first half and ignores the second. Mats Inc. has been sourcing commercial matting since 1964, and we carry this construction specifically for the dry, visible spots where a black rubber mat would look wrong.

Specifications

Frequently Asked Questions

What is this kitchen mat actually made of?

Answered by Dustin Thompson, Owner & CEO

Two layers. The top is needle-punched, solution-dyed PET fabric at 14 ounces per square yard. Underneath is high-density, closed-cell nitrile and PVC-blended foam over a 48-mil backing. Overall thickness is 5/8 inch, or 7/8 inch on a 52-mil backing if you go with the Max version.

The detail that separates this from cheaper fabric-topped mats is the bond. The fabric is molded into the nitrile-blended cushion rather than glued on top of it, so the two layers will not separate. On a glued mat, the corner lifts, the top layer peels, and you are looking at a trip hazard. The mat is made in the USA.

How do I clean it, and what shortens its life?

Answered by Dustin Thompson, Owner & CEO

Cleaning is simple. Rinse it with a hose or a pressure washer, then lay it flat or hang it to dry. Put it back down only once it is dry — a damp mat on a hard floor traps moisture underneath and can leave a mark on some finishes.

What shortens its life is almost always placement rather than wear. This is a dry-area mat. Put it somewhere that stays wet and the fabric surface is working against what it was designed for. Keep it on a dry floor and clean it on a normal schedule, and the solution-dyed surface holds its color because the color is in the fiber, not printed on it.

Can I use this in a restaurant or commercial kitchen?

Answered by Dustin Thompson, Owner & CEO

In the front of house, yes. Host stands, register counters, coffee bars, back-office prep areas, and service corridors are all dry-floor zones where this mat performs and looks right.

On the cook line or in a dish pit, no. Those floors carry standing water and grease through an entire shift, and a fabric surface holds both. The manufacturer recommends this mat for dry indoor settings, and that recommendation is worth following. For wet zones you want a drainage-style or grease-resistant rubber mat that lets liquid pass through and gets scrubbed daily. Ask us and we will point you at the right construction for the zone.

What sizes can I get, and is there a runner length for a galley kitchen?

Answered by Jinna Hopson, Vice President of Marketing

Three stock sizes: 2' x 3' (23" x 32") for a sink or single station, 3' x 5' (32" x 58") for a prep counter or island, and 3' x 12' (32" x 142") as a kitchen runner. That last one is the answer for galley layouts and long counter runs where a small mat just leaves you stepping on and off it.

If none of those fit, custom sizes come in 3-foot (32-inch) widths at whole-foot lengths up to 60 feet. Measure where you actually stand rather than the room itself. And build in a little tolerance — the rubber shrinks and expands with temperature and time, so finished sizes run within about 3% to 5% of nominal.

Will it look like an area rug or like a shop mat?

Answered by Jinna Hopson, Vice President of Marketing

Like a rug, which is the whole point of it. The fabric surface has the texture and matte finish of a low-pile commercial carpet rather than the gloss of vinyl or the ribbing of rubber. Four colors are available: Coal Black, Cobalt Blue, Cocoa Brown, and Granite. All four are neutral enough to sit quietly next to cabinetry and countertops instead of announcing themselves.

Because the fabric is solution-dyed, the color runs through each fiber rather than sitting on the surface, and the surface is fade-resistant. That is what keeps it from going chalky in a kitchen with a lot of natural light.

Does this work in a home kitchen, or is it meant for businesses?

Answered by Jinna Hopson, Vice President of Marketing

Both, and home kitchens are one of the places it does its best work. Residential kitchen mats sold at big-box stores are usually thin foam with a printed surface. This is a commercial construction that happens to look residential.

Where it really earns its place at home is the spot you stand longest: the sink, or the counter where someone preps dinner every night. It is also the mat to choose when the kitchen is open to a living or dining area and you did not want something that looks like equipment. Just hold to the same rule a commercial buyer follows — dry floors only.

By Jinna Hopson, Vice President of Marketing, Mats Inc.

Anti-fatigue kitchen mats have to survive the floor they are standing on. In a working kitchen that means grease, dropped oil, hot water, and cleaning chemicals, every day. This one is built from nitrile rubber for exactly that. It is the mat you put where a softer, prettier mat would be ruined inside a season.

What an Anti-Fatigue Mat Does Before a Hard Floor Catches Up With You

Standing still on quarry tile or sealed concrete is harder on a body than walking. Your legs lock in one position and take the load with no relief. The ache starts in the calves, moves to the knees, and settles in the lower back by the end of a shift.

A cushioned kitchen mat interrupts that. This one uses a high-density nitrile-blended cushion, which helps eliminate pressure on the lower back and legs. The cushion is what you are actually buying; the rubber on top is what keeps the cushion alive on a hostile floor.

The other half of the job is grip, and this is where the mat separates itself. Under ASTM C1028-96 it holds a static coefficient of friction of 0.87 dry and 0.85 wet. That wet figure is the one that matters on a kitchen floor, and it is barely below the dry number.

It is also certified high-traction by the National Floor Safety Institute, which runs independent slip-resistance testing for commercial floor products. Sloped edges give a safe transition from the floor onto the mat, and those edges will not crack or curl.

Why Nitrile Rubber, and Why This One

Most comfort mats fail from the top down. Vinyl goes brittle, foam compresses flat, and anything absorbent turns into a sponge for whatever is on the floor. Nitrile rubber is the answer to all three, which is why this construction shows up in the roughest indoor rooms.

The surface is grease and oil proof, and the cushion underneath is grease and oil resistant. It is chemical resistant, so a floor that gets sanitized daily does not degrade it. It is also welding safe, which matters more in a fabrication shop than a kitchen but tells you what the surface tolerates.

Underneath sits high-density, closed-cell nitrile and PVC-blended foam. Closed-cell means the cells are sealed, so the cushion is not an absorbent layer. The manufacturer states the cushion provides years of useful service life.

The two layers are molded together, not glued, so they will not separate. That is the failure you see on cheaper dual-layer mats, where the top lifts at a corner and the whole thing becomes a trip hazard within a year.

Cushion performance is measured, not claimed. The 5/8-inch version compresses 47.8% at 20 psi and 61.6% at 40 psi. The 7/8-inch version compresses 51.0% at 20 psi and 66.0% at 40 psi. In plain terms, the thicker mat gives more under the same weight, which is what you want for longer stretches of standing.

Two more specifications worth knowing. The mat carries an ESD rating of electrically conductive, so it can go in static-sensitive rooms. And it passes flammability standard BS-4790, tested by the metal nut method.

Where It Belongs, and Where It Is Overkill

This is the mat for the wet and greasy side of a kitchen. Cook lines, fry stations, prep tables, dish pits, bar wells, and walk-in approaches all qualify. Anywhere the floor gets mopped, drained, or hosed through a shift, this construction holds up where a fabric or foam mat would not.

It carries the same performance outside the kitchen. Assembly benches, packing stations, welding cells, labs, and any indoor floor where slag, oil, or chemicals are present are all standard placements. That is the same reasoning, applied to a different room.

Where it is more mat than you need is a quiet, dry, front-of-house spot. A hostess stand, a boutique counter, or a home kitchen island does not test any of this. Those spots want a fabric-topped comfort mat that looks like it belongs. The full range of kitchen mats covers both ends.

The real mistake with this mat is undersizing it. Buy one too small and people stand half on and half off it, which puts a foot on greasy tile and defeats the whole purpose. Cover the standing zone, not a token square of it.

Three Things to Check Before You Spec It

First, measure the working zone, not the room. Walk the station during a shift and mark where feet actually land. Stock sizes run 2' x 3' (23" x 32"), 3' x 5' (32" x 58"), 3' x 12' (32" x 142"), 4' x 6' (46" x 69"), and 4.8' x 8' (58" x 96"). A cook line usually needs a runner length rather than a mat.

Second, pick your thickness by how long people stand. The 5/8-inch version suits stations where staff move between tasks. The 7/8-inch version gives more compression and makes sense where someone holds one spot for hours. Check door swing and cart clearance before committing to the thicker one.

Third, decide whether you need the marked border. The mat comes with a solid black border or with OSHA-approved caution yellow borders on two sides. The yellow version makes the edge visible in a busy room, which is worth having where carts and foot traffic cross the same lane.

Why Mats Inc.

Buyers usually come to us after a comfort mat failed early, and it is almost always the same story: the mat was fine, but it was the wrong construction for that floor. We stock this nitrile mat because it is the one that survives a room with grease, chemicals, and constant washdown. Mats Inc. has been matching matting to real conditions since 1964, and this is what we reach for when the floor is the problem.

Specifications

Frequently Asked Questions

What makes this different from a foam kitchen mat?

Answered by Dustin Thompson, Owner & CEO

Two layers instead of one. The top is nitrile rubber, and underneath is a high-density, closed-cell nitrile and PVC-blended foam cushion. A foam mat is just the cushion with nothing protecting it, which is why it flattens and tears.

The two layers here are molded together rather than glued, so they will not separate. Overall thickness is either 5/8 inch or 7/8 inch. The nitrile surface is grease and oil proof and chemical resistant, so a floor that gets sanitized every night does not eat the mat.

How well does it grip when the floor is wet?

Answered by Dustin Thompson, Owner & CEO

Better than most, and there are numbers for it. Under ASTM C1028-96 the static coefficient of friction measures 0.87 dry and 0.85 wet. The small gap between those two is the useful part — a lot of surfaces test well dry and fall apart wet. The mat is also certified high-traction by the National Floor Safety Institute.

Grip only helps if the mat is where feet are, though. The sloped edges give a safe transition on and off, and they will not crack or curl. If you undersize the mat, staff end up with one foot on greasy tile and the traction rating stops mattering.

Can I use this on a cook line, in a dish pit, or near a welding station?

Answered by Dustin Thompson, Owner & CEO

Yes to all three. This construction is made for indoor commercial and industrial rooms where slag, grease and oil, or chemicals are present. The surface is grease and oil proof, the cushion is grease and oil resistant, and the mat is welding safe.

It also carries an ESD rating of electrically conductive, which lets it go into static-sensitive areas that would rule out most comfort matting. Clean it with a neutral pH detergent and a hose rinse, then lay it flat or hang it to dry. Do not put it back down until it is dry.

What sizes are available, and can I get a length for a full cook line?

Answered by Jinna Hopson, Vice President of Marketing

Five stock sizes: 2' x 3' (23" x 32"), 3' x 5' (32" x 58"), 3' x 12' (32" x 142"), 4' x 6' (46" x 69"), and 4.8' x 8' (58" x 96"). The 3' x 12' is the usual answer for a galley kitchen or a long counter run.

For a full line, custom sizes come in widths of 2' (23"), 3' (32"), 4' (46"), and 4.8' (58") at whole-foot lengths up to 100 feet. Anything over 60 feet will have up to two seams. Allow a little tolerance in your measurements, since rubber shrinks and expands with temperature and time and finished sizes run within about 3% to 5% of nominal.

What does it actually look like on the floor?

Answered by Jinna Hopson, Vice President of Marketing

Purposeful rather than decorative. It reads as working equipment, which is right for a back-of-house kitchen and wrong for a dining room. Two border treatments are available: a solid black border, or OSHA-approved caution yellow borders on two sides.

The yellow border is worth considering in any room where carts, deliveries, and staff share the same lane, because it makes the mat's edge easy to see. If the mat is going somewhere customers look, a fabric-topped comfort mat is the better-looking choice for that spot.

Can I get one with our logo or a safety message on it?

Answered by Jinna Hopson, Vice President of Marketing

Yes. This construction can be customized with a logo, design, or message, which turns a functional comfort mat into something that also carries your branding or a standing safety reminder.

Custom work is quoted rather than ordered off a size chart, so tell us the artwork, the finished size, and where the mat is going. If the spot is greasy or gets washed down, say so up front, because that decides which construction the printed version should be built on.

By Dustin Thompson, Owner & CEO, Mats Inc.

What Comfort Scrape Does Before Grit and Grease Leave the Station

Comfort Scrape is two mats doing one job: a scraper mat and an anti-fatigue mat in a single bi-level design. The raised standing surface cushions long shifts over a hard floor, while the lower level traps dirt, debris, and drips beneath shoe level — so what lands at the station stays at the station.

Without it, the messiest spot on the floor travels. Grit and grease ride out on shoe soles, spreading a slip hazard down every walkway and grinding into flooring far from where the work happens. Meanwhile the person standing in that spot all shift absorbs the hard floor through their feet, knees, and back. One mat can interrupt both problems.

Why a Bi-Level Scraper Over Nitrile, and Why This One

The bi-level construction is the heart of it. Shoes ride on the upper surface while the recessed wells below collect what falls — dirt, metal shavings, food debris, drips — holding it out of the standing path and off the soles that would otherwise track it through the building.

The material is built for the environments that need scraping most. High-density, closed-cell nitrile rubber foam gives the cushion its anti-fatigue quality and shrugs off the mess: grease and oil proof, chemical resistant, and welding safe. A lifetime anti-microbial treatment protects the mat itself against odors and degradation between cleanings.

Safety is certified rather than assumed — the surface is certified high-traction by the National Floor Safety Institute, and beveled edges give feet and cart wheels a safe transition from floor to mat. When the wells fill up, the lightweight, flexible design lifts easily, and the mat can be commercially laundered to strip out oil, grease, and soil completely.

Where It Belongs, and What It Is Not

Comfort Scrape belongs at working stations where grease, oil, or chemicals meet foot traffic: prep and dish areas, machine and fabrication stations, parts-washing benches, and packing posts where debris gathers underfoot. It earns a special place at the boundary between a messy zone and the rest of the floor — the last stop before shoes carry the mess onward.

What it is not: an entrance doormat, and not a flow-through drainage mat. This design contains what falls rather than draining it through, so wash-down zones with steady standing water are better matched to the drainage-style options in our anti-fatigue mats and runners lineup. Comfort Scrape is for the station where debris, not water volume, is the daily enemy.

Three Things to Check Before You Spec It

First, look at what actually ends up underfoot. If the station generates grit, shavings, food debris, or greasy drips, the bi-level wells earn their place by capturing it. If the real problem is water by the gallon, a flow-through drainage mat is the honest answer — trapping isn't the same job as draining.

Second, plan the emptying and cleaning rhythm before the mat arrives. The wells do their job by filling, so build a routine around lifting the mat, clearing what it caught, and giving it a real wash — it's launderable, so oil, grease, and ground-in soil come all the way out rather than accumulating for good.

Third, place it across the step-off path. The scraping only helps if shoes cross the mat before leaving the zone, so position it where people actually pivot and exit — with the beveled edges facing the traffic so every transition on and off stays a safe one.

Why Mats Inc.

Tracked grit is one of the quietest problems we've watched wear down facilities since 1964 — it dulls floors, spreads slip hazards, and doubles the housekeeping load one shoe sole at a time. We carry this mat because it stops that at the source, we verify every claim on this page against published product data, and we back it with a 1-year limited Mats Inc. warranty.

Frequently Asked Questions

How does the bi-level design actually work?

Answered by Dustin Thompson, Owner & CEO

Think of it as a standing deck over a catch basin. Shoes stay on the raised upper surface, and everything that falls — grit, shavings, food debris, greasy drips — settles into the recessed wells below, out of the standing path. That's what prevents tracking: the mess never sits where soles can pick it up. The cushion underneath is high-density, closed-cell nitrile rubber foam, so the mat is doing genuine anti-fatigue work the entire time it's scraping.

Will grease, chemicals, or welding work wear it out?

Answered by Dustin Thompson, Owner & CEO

This construction is specified for exactly those exposures: the nitrile rubber is grease and oil proof, chemical resistant, and welding safe, and the closed-cell foam resists soaking up what the shift drops on it. A lifetime anti-microbial treatment protects the mat against odors and material breakdown between cleanings. The practical habit that keeps any grease-rated mat at its best is not letting buildup sit indefinitely — and since this one launders, a real reset is always available.

Is it safe where people move quickly on and off it?

Answered by Dustin Thompson, Owner & CEO

Yes — the surface is certified high-traction by the National Floor Safety Institute, independent testing rather than a marketing claim, and the beveled edges slope to the floor so a hurried step doesn't catch a raised lip. Placement does the rest: set the mat so the natural pivot-and-exit path crosses it fully, keeping fast feet on the certified surface instead of on a greasy strip of bare floor beside it.

Isn't a scraper mat something for the front door?

Answered by Jinna Hopson, Vice President of Marketing

That's the natural instinct — most of us picture scraping happening at an entrance. This one scrapes where the mess is made instead. A dish station, a machine post, or a prep line generates its own debris all day, and an entrance mat forty feet away does nothing about it. Comfort Scrape puts the capture right at the source, while cushioning the person standing there — a combination an entrance mat was never designed to offer.

Will it really keep the floors around the station cleaner?

Answered by Jinna Hopson, Vice President of Marketing

That's the change facilities notice first. When debris drops into the wells instead of lying in the standing path, it stops riding out on shoe soles — so the hallway past the kitchen stays presentable, the showroom floor beside the shop keeps its finish, and housekeeping stops chasing the same trail of grit every day. The mat quietly shrinks the messy zone down to its own footprint, and the rest of the building shows it.

How much of the station should it cover?

Answered by Jinna Hopson, Vice President of Marketing

Cover the standing zone and the step-off path together. Watch the station during a real shift: where feet plant for the work, and which direction people leave. The mat should span both, because a mat that ends one stride short of the exit path lets shoes step from debris straight onto clean floor. Size to the work zone with margin on the exit side, and our team can help match available sizes to the station's footprint.

By Dustin Thompson, Owner & CEO, Mats Inc.

What Anti-Static Anti-Fatigue Matting Does Before Static Reaches Your Components

Standing at a bench all shift is hard on your body, and the static charge your body builds along the way is hard on your work. One casual touch can discharge through a circuit board and quietly ruin it — no spark you'd feel, just a component that fails testing later, or worse, fails in the field. Anti-static anti-fatigue matting works both problems at once.

Comfort King Anti-Static Anti-Fatigue Matting is a cushioned standing mat that also gives static a safe way out. The foam underfoot keeps legs and backs fresher through long hours on hard floors, while the mat's static-dissipative construction routes built-up charge to a grounding cord instead of letting it jump into sensitive electronics.

That matters anywhere people stand and handle boards, chips, drives, or test equipment. Static damage rarely announces itself. It shows up later as intermittent faults, failed QC runs, and lost data — the kind of trouble that eats hours of diagnosis before anyone suspects the floor.

Why Energized Sponge Foam, and Why This One

Plenty of ESD mats are hard vinyl sheets that protect components but do nothing for feet. This mat takes the opposite approach. It's built from a highly energized sponge foam that's static-dissipative all the way through, not a comfort layer with a coating on top. The softness, the resilience, and the static control all come from the same material.

The numbers back that up. The foam runs 3/8" thick with a durometer of 50±5 — soft enough that your weight keeps shifting naturally, firm enough that you're never fighting for balance. Electrical resistivity measures approximately 10⁵ ohms per square, squarely in the static-dissipative range, so charge bleeds off in a controlled way rather than all at once.

The compound is engineered to last three times longer than conventional sponge foam, so the cushion doesn't pack down into a flat pad after one hard season. At roughly 0.72 pounds per square foot, the mat stays planted through a workday yet lifts easily for floor cleaning, and beveled edges ease the step up so feet and cart wheels don't catch.

A pebbled surface texture gives shoes something to hold in dry conditions, and the format flexes with the job. It comes as individual standing mats and as 60-foot rolls, so you can cushion a single test station or run a continuous anti-fatigue mat roll down an entire assembly line.

Where It Belongs, and What It Is Not

This is a dry-area mat, and it's happiest where electronics work happens: assembly benches, electronic testing stations in laboratories, repair counters, and offices where standing workers share space with sensitive equipment. It earns a spot at standing desks too, anywhere a stray discharge could cost you hardware or the data sitting on it.

It is not a wet-area mat. Wash-down water, oils, and food-service grease belong on drainage matting built for those conditions, and this foam isn't that. It's also static-dissipative rather than conductive — it bleeds charge off gradually and safely, which is exactly the behavior you want around circuit boards. If your floor problem is fatigue without the static risk, our full range of anti-fatigue mats and runners covers dry and wet work areas alike.

Three Things to Check Before You Spec It

First, plan the grounding. A static-dissipative mat only does its job when charge has somewhere to go. Every stock-size mat ships with one grounding cord included. Full rolls and custom cuts don't — cords for those are ordered separately, and the working rule is one grounding cord for every 10 feet of matting. Specify where you want the cord connections placed when ordering rolls or custom cuts.

Second, size it to the workstation, not just the person. Stock mats run from 2' x 3' up through 4' x 12', and rolls come in 2', 3', 4', and 6' widths at 60 feet long, with custom cuts available in those same widths. One detail worth knowing before you order: 6-foot custom cuts are not beveled on the cut ends.

Third, confirm the environment stays dry year-round. A bench that catches occasional wash-down spray or condensation calls for a wet-area product instead. While you're at it, settle the color question — black disappears into most industrial floors, while steel gray reads lighter and shows debris sooner, which some supervisors prefer because the mat gets swept before grit grinds in.

Why Mats Inc.

We've been matching floors to the work done on them since 1964, and static-sensitive work is where guesswork shows up as failed boards and lost data. Every spec on this page is verified against the manufacturer's published data, we'll help you plan grounding-cord counts and placement before the order goes in, and the mat is backed by a 1-year limited warranty from Mats Inc.

Frequently Asked Questions

How does this mat actually dissipate static?

Answered by Dustin Thompson, Owner & CEO

The dissipation is built into the foam itself, not applied as a surface layer. As you shift and walk in place at a bench, the charge your body generates migrates through the energized foam and out the attached grounding cord to ground. With resistivity around 10⁵ ohms per square, that transfer happens gradually — a controlled bleed rather than a sudden discharge, which is what keeps nearby components safe. The practical upshot: a technician can work a full shift at a test station without carrying a charge to the first board they pick up.

How long will the cushioning hold up under daily use?

Answered by Dustin Thompson, Owner & CEO

The foam compound is engineered to last three times longer than conventional sponge foam, and the 50±5 durometer is the figure to watch — it's the balance point where the mat rebounds under every weight shift instead of gradually crushing flat. At about 0.72 pounds per square foot it holds position through a workday of foot traffic. Like everything we sell, it's backed by a 1-year limited warranty from Mats Inc.

What do I need to know about grounding cords before I order?

Answered by Dustin Thompson, Owner & CEO

Every stock-size mat includes one grounding cord, so a single bench install is ready out of the box. Full 60-foot rolls and custom cuts are different: cords are purchased separately there, and the recommendation is one grounding cord for every 10 feet of matting. If you're lining a full assembly row, count your footage, order cords to match, and tell us where along the run you want the connections placed — placement is specified at order time for rolls and custom cuts.

What sizes does it come in, and can I get a custom length?

Answered by Jinna Hopson, Vice President of Marketing

Stock mats come in 2' x 3', 3' x 5', 3' x 12', 4' x 6', and 4' x 12', which covers everything from a single soldering station to a shared workbench. For longer runs there are 60-foot rolls in 2', 3', 4', and 6' widths, and custom cuts are available in those same widths — handy when a bench row measures an awkward 17 feet and you'd rather have one clean piece than a patchwork. One note for planning: 6-foot custom cuts aren't beveled on the cut ends.

What does it look like on the floor?

Answered by Jinna Hopson, Vice President of Marketing

You've got two colors: black, which settles quietly into most shop and lab floors, and steel gray, which reads lighter and gives a cleaner, more finished look in customer-visible spaces like repair counters. The surface carries a subtle pebbled texture, and at 3/8" with beveled edges the profile stays low and tidy — it looks like part of the workstation, not an afterthought laid over the floor.

Is this the right mat for my space?

Answered by Jinna Hopson, Vice President of Marketing

If your people stand in a dry area around anything static-sensitive — electronics assembly, testing stations in a lab, an IT repair counter, a standing desk beside expensive equipment — this is the mat built for that exact overlap of comfort and protection. If your floors see water, oil, or kitchen grease, look to a wet-area drainage mat instead. And if you love the cushioning but don't need static control, we carry plenty of dry-area anti-fatigue options without the grounding hardware.

By Dustin Thompson, Owner & CEO, Mats Inc.

Non-slip kitchen floor mats have one job, and this runner does it about as well as rubber can. It is a thin, solid nitrile sheet built to hold grip on a floor that has water, grease, or cleaning chemicals on it. It is a traction and floor protection mat, not a cushioned comfort mat, and knowing that up front saves you a return.

What a Non-Slip Kitchen Runner Does Before the Floor Gets Slick

Kitchen floors get dangerous in the walking lanes, not at the stations. Someone carries a hot pan from the range to the pass, crosses a wet patch by the dish area, and their footing is the only thing between them and the tile. That lane is where a traction runner belongs.

The measured grip on this one is unusually high. Under ASTM C1028-96 it holds a static coefficient of friction of 0.97 dry and 0.93 wet. A lot of surfaces look fine on a dry test and collapse when water is introduced. This one gives up very little.

It is also certified high-traction by the National Floor Safety Institute, which runs independent slip-resistance testing for commercial floor products. That certification is a third-party check on the numbers rather than a manufacturer's own claim.

The second job is protecting what is underneath. A rubber runner takes the dropped pans, the dragged crates, and the cart wheels that would otherwise chip tile or gouge a sealed floor. On a quarry tile line, that is the difference between resealing on schedule and repairing early.

Why Solid Nitrile Rubber, and Why This One

This mat is one material all the way through: solid nitrile rubber, 1/8 inch thick. There is no cushion layer, no fabric, and no backing to come apart. Nothing is bonded to anything, so there is no seam or glue line that can fail.

That construction is what lets it survive a kitchen. It is grease and oil proof and chemical resistant, so nightly sanitizing does not degrade it. It will not crack or curl, and the manufacturer states it provides years of service life.

The heat tolerance is where it separates from ordinary rubber matting. Melt point is over 500 degrees Fahrenheit, and it has been tested at temperatures up to 1800 degrees Fahrenheit for welding and slag resistance. In a kitchen that means a dropped ember or a hot pan is a non-event.

It also carries an ESD rating of electrically conductive and passes flammability standard BS 4790, tested by the metal nut method. Those are specifications you rarely need in a kitchen and absolutely need in a plant, which is why the same mat covers both rooms. The mat is made in the USA and is rated for indoor use.

The 1/8-inch profile matters more than it sounds. A thin mat lies flat, so carts and hand trucks roll across it instead of catching an edge, and it does not eat door clearance. That thinness is the trade-off for having no cushion.

Where It Belongs, and What It Will Not Do

Put it in the walking lanes and the transition zones. The path between the range and the pass, the strip in front of a dish machine, the run along a bar back, the approach to a walk-in, the stretch of floor by an ice machine. Anywhere feet move across a floor that gets wet.

It works the same way outside a kitchen. Production aisles, wash bays, machine approaches, and any indoor commercial or industrial floor that needs more slip resistance or protection than the floor itself provides.

Here is what it will not do: relieve fatigue. There is no cushion in it, so standing on this all shift feels much like standing on the floor. If someone holds one spot for hours, they need a cushioned anti-fatigue mat instead. The full range of kitchen mats covers both needs, and most working kitchens end up using each in different places.

The common mistake is buying one mat for both jobs. A comfort mat in a walking lane gets destroyed by cart traffic; a traction runner at a prep station leaves people sore. Split the floor by what happens on it and buy accordingly.

Three Things to Check Before You Spec It

First, map the lane, not the room. Walk the path people actually take and note where it crosses wet floor. Seven sizes are available, from 2' x 3' (23" x 32") up to 4' x 12' (46" x 143"), including 3' x 9', 3' x 12', 4' x 6', and 4' x 9'. Long lanes usually need two runners end to end rather than one oversized mat.

Second, decide between a 3-foot and a 4-foot width. Three feet covers a single-file lane where people pass one at a time. Four feet is the right call where two staff pass each other carrying things, or where a cart and a person share the lane at the same time.

Third, confirm the standing zones are covered separately. This runner handles the walking. If the same kitchen has a fry station or a prep table where someone stays put, that spot needs a cushioned mat. Specifying both at once is cheaper on your time than discovering the gap after install.

Why Mats Inc.

We stock this runner because it answers a question comfort matting cannot: how do you make a wet lane safe without putting something in the way of a cart. A thin, solid rubber sheet with a 0.93 wet traction rating does that, and nothing about it needs babying. Mats Inc. has been sorting floors into standing zones and moving zones since 1964, and this is what goes in the moving ones.

Specifications

Frequently Asked Questions

Is this an anti-fatigue mat?

Answered by Dustin Thompson, Owner & CEO

No, and it is worth being direct about that. This is solid nitrile rubber at 1/8 inch thick, one material the whole way through. There is no foam cushion, so it does not compress under you and it will not relieve leg or back fatigue.

What that construction buys you instead is grip, floor protection, and a mat that survives conditions a cushioned mat cannot. If your problem is people standing in one spot getting sore, you want a cushioned comfort mat. If your problem is a slick floor in a walking lane, this is the right product.

How much grip does it actually have, and what can it take?

Answered by Dustin Thompson, Owner & CEO

The tested figures are 0.97 dry and 0.93 wet under ASTM C1028-96. The wet number is what matters in a kitchen, and losing only four hundredths between dry and wet is the useful part. It is also certified high-traction by the National Floor Safety Institute.

On the abuse side, it is grease and oil proof, chemical resistant, and welding safe. Melt point is over 500 degrees Fahrenheit, and it has been tested at temperatures up to 1800 degrees for welding and slag resistance. It also passes flammability standard BS 4790 and carries an ESD rating of electrically conductive.

Where should it go in a working kitchen?

Answered by Dustin Thompson, Owner & CEO

In the lanes people walk, especially the wet ones. The run between the range and the pass, the strip in front of the dish machine, the path to the walk-in, the floor by an ice machine, and the space behind a bar are all standard placements. It is rated for indoor use.

The 1/8-inch profile is a real advantage in those spots. It lies flat enough that carts and hand trucks roll straight over it rather than catching an edge, and it does not interfere with door swing. Cleaning is a deck brush scrub with a neutral pH detergent, then a hose or pressure washer rinse. Lay it flat or hang it to dry, and do not put it back down wet.

What sizes come in a runner length?

Answered by Jinna Hopson, Vice President of Marketing

Seven sizes, and four of them are true runner proportions: 3' x 9' (32" x 108") at 20.9 lbs., 3' x 12' (32" x 143") at 27.9 lbs., 4' x 9' (46" x 108") at 28 lbs., and 4' x 12' (46" x 143") at 37.4 lbs. The shorter options are 2' x 3' (4.7 lbs.), 3' x 5' (11.6 lbs.), and 4' x 6' (18.7 lbs.).

Those weights are worth knowing before cleaning day, since someone has to lift the mat to hose it down. For a lane longer than twelve feet, run two mats end to end rather than looking for one long piece. Measure the lane first and allow a little tolerance, since rubber shrinks and expands with temperature and time and finished sizes run within about 3% to 5% of nominal.

What does it look like, and will it suit a visible area?

Answered by Jinna Hopson, Vice President of Marketing

Understated, and more finished-looking than most people expect from a safety mat. The surface carries a raised tread molded across the whole face in a fine repeating pattern, so it reads as texture rather than as machinery. At 1/8 inch it sits low and flat against the floor instead of standing proud of it.

That low profile is what lets it work in semi-visible spots like a bar back, a service corridor, or a cafeteria floor, where a thick mat would look like an obstacle. For a front-of-house floor that customers stand on and look at, a fabric-topped comfort mat is still the better-looking answer.

Would this work in a home kitchen?

Answered by Jinna Hopson, Vice President of Marketing

It can, but it is usually more mat than a home needs and less comfort than a home wants. Most people shopping for a kitchen mat at home are after cushion underfoot at the sink or the stove, and this one does not provide that.

Where it genuinely fits at home is a slick tile floor that has become a problem, or a spot that takes real abuse, such as a mudroom-to-kitchen transition or the floor by a utility sink. If comfort is the goal, tell us where you stand longest and we will point you at a cushioned option instead.

By Dustin Thompson, Owner & CEO, Mats Inc.

Happy Feet Anti-Fatigue Mats

Happy Feet Anti-Fatigue Mats offer exceptional durability and safety, ideal for both wet and dry environments. These heavy-duty mats combine a dense foam cushion with a nitrile rubber surface for outstanding anti-fatigue benefits.

• Comfort and Support: Features a 1/2" dense foam cushion for superior anti-fatigue qualities, enhancing worker comfort and productivity.
• Enhanced Safety: Certified by the National Floor Safety Institute for high traction, these mats prevent slips and falls.
• Powerful Build: The nitrile rubber surface is penetration-proof with borders that resist cracking and curling.
• Multi-Use Design: Welding-safe and static dissipative, these mats are suitable for various industrial applications.
• Surface Varieties: Choose the Textured Surface for dry to damp areas or the Grip Surface for wet areas needing maximum traction.
• Color Options: Available in solid black or with OSHA-approved yellow striped borders to enhance safety and visibility.
• Eco-Friendly: Contains 15% recycled rubber content, supporting environmental sustainability.
• Stability: Equipped with grippers on the back to minimize mat movement, ensuring stable and secure placement.

Resistant to chemicals, animal fats, and petroleum products, Happy Feet Mats are an excellent choice for harsh industrial environments.

Discovery ESD Carpet Tile is a static dissipative modular tile built to drain electrostatic charge out of a room instead of letting it build up in the people walking through it. A continuous conductive monofilament runs through the yarn, tying the whole floor to a ground path. It's a 24 by 24 inch tufted tile that meets ANSI/ESD S20.20 and reads as ordinary commercial carpet.

What ESD Carpet Tile Does Before a Charge Reaches Your Equipment

Walking generates static. Every footstep separates and rejoins two surfaces, and ordinary carpet is good at holding the charge that comes off that. The person carrying it usually feels nothing at all. The charge is simply there, riding along, waiting for the first grounded thing they touch.

In a room full of sensitive electronics, that first grounded thing is often a circuit board, a connector, or a rack. Static dissipative flooring interrupts the sequence earlier. Conductive fiber gives the charge a controlled path to ground continuously as the person walks, so it drains away instead of accumulating to the point where it can jump.

The numbers here are measured, not estimated. Tested to ESD STM 97.2 with conductive footwear, this floor holds body voltage under 20 volts. Tested to AATCC 134-06 without conductive footwear, it stays under 0.4 kV. That gap between the two is worth sitting with, because it tells you the flooring is half of a system.

What makes electrostatic damage expensive is that it's usually invisible. A component takes a hit, keeps working, and fails weeks later in the field. This tile meets the recommended guidelines in DoD HDBK 236A, Section 40.1.2 for Class 1 sensitive devices, which is the category where that latent failure risk is highest.

Why Conductive Monofilament Construction, and Why This Tile

There are two ways to make carpet dissipative. One is a topical antistatic treatment sprayed onto finished carpet, which works until it wears off or gets cleaned away. The other is building conductive material into the fiber itself. This tile does the second — a continuous conductive monofilament runs through the yarn as a permanent structural element.

Permanent is the operative word. There's no treatment to reapply, no performance curve that decays over the maintenance cycle, and no moment three years in where the floor quietly stops doing its job while everyone assumes it still is.

Electrical resistance measures 1.0 x 10⁶ to 1.0 x 10⁹ ohms under ANSI/ESD S7.1. Under ANSI/ESD S20.20-2014, the flooring and footwear system together stays inside the required limits of under 1 x 10⁹ ohms and under 100 volts peak when used with approved footwear.

Underneath the static story is a genuinely heavy-duty commercial carpet tile. It's tufted in a textured loop at 1/10 gauge, 10 stitches per inch, with a density of 7,642 and 24 oz. per square yard of tufted yarn weight. Average pile height is 0.114 inch. Its TARR texture and appearance retention rating is above 3.0, which is the heavy-duty classification.

The fiber is premium branded solution-dyed nylon, meaning color is locked into the polymer rather than applied to the surface, and it carries a mill-applied soil protection treatment. Recycled content runs 61%. The primary backing is non-woven synthetic; the secondary backing is 100% PVC-free, phthalate-free, recyclable, and made from recycled material.

Certifications stack up in a way that matters on institutional specs. Flammability passes ASTM E-648 Flooring Radiant Panel at Class 1, smoke density passes ASTM E-662 NBS at less than 450, indoor air quality carries Green Label Plus certification, and the tile is Cradle to Cradle Certified at the Silver level.

Where It Belongs, and Where It Doesn't

The environments this tile was built for are specific: E911 dispatch centers, air traffic control facilities, electronics manufacturing, test and R&D labs, and broadcast studios and recording suites. What those share is around-the-clock staffing, sensitive equipment, and a compliance requirement someone has to sign off on.

The compliance list follows from that. It's FAA-STD-019f compliant for aviation facilities, Motorola R56 compliant for communications sites, and ATIS-0600321.2010 compliant for telecom. If your spec cites any of those by name, this tile answers it directly. It sits with the rest of our commercial carpet tiles, though it solves a problem none of the others touch.

It installs over standard subfloors or over access flooring, which matters because so many of these rooms are built on raised floor systems. Both installation methods are documented, and the access flooring approach is different enough that you want the right instructions in hand before the crew starts.

Here's what it is not. It isn't a padded or cushion-backed tile — there's no foam, felt, or underlay, and it isn't built for impact absorption or plush underfoot softness. It also isn't a loose-lay or peel-and-stick product. It requires conductive adhesive and a proper ground connection, because a dissipative floor with nowhere to send the charge is just carpet.

And it isn't the right answer if you only want general antistatic comfort in an ordinary office — somewhere to stop the doorknob shock. This is engineered compliance flooring with the documentation and installation requirements that come with that. For a standard office floor, a conventional commercial tile costs less to install and does everything you actually need.

Three Things to Check Before You Spec It

First, confirm whether your requirement is antistatic or true ESD. Those are different performance classes and people use the words interchangeably, which causes real problems at inspection. Find the standard your specification actually cites. If it names ANSI/ESD S20.20, FAA-STD-019f, Motorola R56, or ATIS-0600321, you need dissipative flooring with documentation, not an antistatic treatment.

Second, plan the grounding before you plan the floor. This system needs one ground connection per 1,000 square feet, installed with conductive adhesive and tied in with a ground strip or connector kit. That's an electrical scope item as much as a flooring one. Get it into the drawings early rather than discovering it the week of installation.

Third, budget for footwear. The flooring and the footwear are one system, and the test data says so plainly — under 20 volts with conductive footwear, under 400 volts without. Both numbers are good, but only the first meets the tightest requirements. If your facility can't enforce a footwear protocol, know that going in so nobody is surprised by a field measurement later.

Why Mats Inc.

We've been specifying commercial flooring since 1964, and ESD work is where the difference between a distributor and a specifier actually shows. This tile arrives with a full submittal package — product specifications, separate installation instructions for standard and access flooring, and maintenance documentation — because the people buying it have to hand that to an inspector. It's available with no order minimums, so a single control room is as workable as a full facility. We'll walk the grounding plan with you before anything ships.

Frequently Asked Questions

What makes this carpet static dissipative, and will it wear off?

It won't, and that's the main thing to understand about it. There are two approaches to dissipative carpet. One sprays an antistatic treatment onto finished carpet, which is inexpensive and degrades — it wears with traffic and washes out with cleaning. The other builds conductive material directly into the yarn as a permanent part of the structure. This tile takes the second approach, using a continuous conductive monofilament running through the fiber.

Because the conductivity is structural rather than applied, the electrical performance you measure on day one is what you measure years later. Resistance sits between 1.0 x 10⁶ and 1.0 x 10⁹ ohms under ANSI/ESD S7.1. There's nothing to reapply and no maintenance step that quietly undoes it. — Dustin Thompson, Owner & CEO, Mats Inc.

Is it durable enough for a facility running around the clock?

Yes, and the specification numbers say so independently of the static performance. The TARR texture and appearance retention rating is above 3.0, which is the heavy-duty classification. Density measures 7,642 with 24 oz. per square yard of tufted yarn weight in a textured loop at 1/10 gauge, so there's real fiber in the pile resisting crush under continuous occupancy.

Flammability passes ASTM E-648 Flooring Radiant Panel at Class 1 and smoke density passes ASTM E-662 NBS at under 450 — both of which get asked about in facilities that run continuously. And because it's a modular tile, a damaged square in a rack aisle lifts and gets replaced without taking the room out of service, which in a 24-hour facility is often the deciding factor. — Dustin Thompson, Owner & CEO, Mats Inc.

What does installation involve, and can it go over access flooring?

It can, and that's common in these rooms. Documented installation methods exist for both standard subfloors and raised access flooring, and the two are different enough that the crew needs the correct instructions in hand before starting rather than improvising at the panel seams.

The part people underestimate is grounding. This installs with conductive adhesive, not loose-lay and not peel-and-stick, and it needs one ground connection per 1,000 square feet tied in with a ground strip or connector kit. That's an electrical scope item. Get it into the drawings during design, because a dissipative floor with no path to ground doesn't perform, and that gets discovered at commissioning when it's expensive to fix. — Dustin Thompson, Owner & CEO, Mats Inc.

What size are the tiles, and how much does a carton cover?

Tiles are 24 by 24 inches — the standard commercial module, which makes takeoffs simple since each tile covers exactly four square feet. Cartons hold 12 tiles at 5.33 square yards, so one carton covers about 48 square feet.

To estimate, measure each room's length and width in feet, multiply, add your rooms together, then add roughly ten percent for cuts around cabinets, racks, and floor penetrations plus attic stock for later replacement. Divide by 48 and round up for cartons. One thing worth knowing: there are no order minimums, so a single dispatch room or test bench area is a perfectly normal order. Send us the dimensions and we'll run it with you. — Jinna Hopson, Vice President of Marketing, Mats Inc.

What does it look like, and what colors are available?

It's a tweed textural solid — a fine multi-tone flecked loop that reads as sophisticated commercial carpet rather than as technical equipment. Seven standard colorways span cool blues, warm neutrals, and greys, from a saturated blue through mid-tone blends to deep browns and a soft grey.

The fiber is 100% solution dyed, which matters more than it sounds. Color is locked into the polymer before the fiber is formed rather than applied to the outside, so it holds up under both intense lighting and the aggressive cleaning schedules these facilities usually run. The floor in year five still matches the sample you approved. — Jinna Hopson, Vice President of Marketing, Mats Inc.

Does specifying ESD flooring mean the space has to look industrial?

Not even slightly, and this is the thing worth pushing back on when someone assumes compliance means ugly. A lot of ESD flooring historically did look like equipment. This doesn't. The tweed texture and the seven-colorway palette put it comfortably in the same visual conversation as any premium commercial carpet tile.

That matters more than it used to, because these rooms aren't hidden anymore. Broadcast studios appear on camera. Dispatch centers host tours and press. Manufacturing floors get walked by customers and auditors. You can meet ANSI/ESD S20.20 and still have a space that looks considered — and if you're coordinating to a brand palette or an existing interior scheme, send it over and we'll talk through which colorway sits best. — Jinna Hopson, Vice President of Marketing, Mats Inc.

Written by Dustin Thompson, Owner & CEO, Mats Inc.