Concrete Countertops Ideas for a Modern Kitchen

No two slabs are ever the same. That is the whole appeal of concrete countertops.

Unlike quartz or granite cut from factory sheets, concrete is cast, colored, and finished to fit your exact space. The design possibilities, from polished surfaces and acid staining to embedded glass and custom edge profiles, are genuinely open-ended.

This guide covers everything worth knowing before you commit: color and pigment options, surface finishes, thickness, sealer types, room-by-room applications, and the honest DIY vs. fabricator question.

Whether you are planning a kitchen island, a bathroom vanity, or an outdoor kitchen countertop, the concrete countertop ideas here will help you make a confident, informed decision.

What Are Concrete Countertops

Concrete countertops are custom-cast surfaces made from Portland cement, aggregate, water, and often integral pigments or fiber reinforcement. Unlike granite or quartz slabs cut from large factory sheets, each concrete countertop is built specifically for a space.

That is the whole point. No two are the same.

They can be cast in place directly on top of your cabinets, or precast off-site and installed as finished slabs. Both approaches produce very different results in terms of logistics, surface finish, and cost.

The global countertops market was valued at $139 billion in 2023 and is projected to reach $264 billion by 2033, according to Spherical Insights. Concrete sits within a small but growing niche of that market, appealing specifically to homeowners who want something that cannot be replicated by a factory slab.

Standard concrete countertops run 1.5 to 2 inches thick and weigh roughly 18.75 pounds per square foot, which is comparable to granite. Glass fiber reinforced concrete, or GFRC, changes that equation significantly. At 3/4 inch thick, GFRC weighs around 8 pounds per square foot while maintaining tensile strength through alkali-resistant glass fibers embedded in the mix, according to the Concrete Countertop Institute.

Cast in Place vs. Precast Concrete

Cast in place: Concrete is poured directly into forms built on top of your cabinetry. No transport needed, but the kitchen is out of use during curing.

Precast: The countertop is cast off-site in a shop environment, then transported and installed. Better quality control over the surface finish, but requires careful measurement and handling during installation.

Most residential fabricators prefer precast or GFRC because shop conditions allow for better surface work. Cast-in-place tends to be more common for large or unusually shaped pieces where transport would be a real problem.

Key Material Properties

Concrete is porous by nature. Without a proper sealer, it will stain from oil, wine, and acidic foods. That porosity is also why the sealer choice matters as much as the mix design itself.

Concrete Countertop Colors and Pigment Options

Color is where concrete countertops separate from every other surface material on the market. You are not choosing from a manufacturer’s catalog. You are choosing a method, and that method determines what is possible.

There are three ways to add color: integral pigments mixed into the concrete before casting, acid staining applied to the cured surface, and water-based dyes or stains applied post-cure. Each produces a completely different result.

Integral Pigments

Integral pigments are blended directly into the concrete mix. The color runs throughout the full body of the slab, which means chips and scratches will not expose a different color underneath.

According to the Concrete Countertop Institute, pigments can span the full color spectrum including pure white, deep black, red, yellow, blue, and every earth tone in between. Pigment prices range from roughly $2 to over $60 per pound depending on the color. Standard iron oxides are widely available; some specialty colors come from only a handful of distributors.

The main requirement: batch consistently. If you mix multiple batches for one job, the pigment dosage must be exactly the same each time or you will end up with visible color variation across the slab.

Acid Staining

Acid staining works through a chemical reaction. The acid solution etches the surface of cured concrete with metallic salts, producing mottled, stone-like patterns that cannot be exactly replicated from one project to the next.

• Limited to earthier tones: browns, tans, rusts, and warm grays
• UV stable, which makes it suitable for outdoor countertops
• Results are unpredictable and require a professional for consistent quality
• Color can fade with abrasion over time, even when sealed

The one-of-a-kind quality is what people actually love about acid stained surfaces. No two kitchens will ever have the same countertop. That said, if you need a specific color or exact consistency, acid staining is the wrong choice.

Water-Based Dyes and Stains

Dyes use smaller particles that penetrate deep into cured concrete, leaving a more translucent finish with rich, saturated color.

Water-based stains sit closer to the surface with larger particles, producing more opaque and vibrant coverage. They can mimic the mottled look of acid staining without the chemical reaction involved.

Both are applied after the concrete has fully cured and both give more color range than acid staining. Not all dyes are UV stable, so a UV-protective sealer is required for any surface that sees sunlight regularly.

How Sealer Choice Affects Final Color

This is the part most people overlook. The same pigmented slab can look dramatically different depending on whether a solvent-based or water-based sealer is applied on top.

When reviewing color samples from a fabricator, always ask which sealer was used on the sample. What you see on the chip is only accurate if you use the same sealer on your finished countertop.

Concrete Countertop Edge Profiles

Edge profiles change the entire character of a concrete countertop. A square edge reads as modern and sharp. An ogee reads as traditional and decorative. The profile you pick should match the overall design direction of the space, not just look good on its own.

Concrete has an advantage over stone here. Because it is cast in a mold, the edge shape can be anything a fabricator is willing to form. Stone edges are cut after the fact. Concrete edges are designed before the pour.

Common Edge Types by Design Style

Square/straight edge: Clean 90-degree corners. Works well in modern interiors and spaces with a strong industrial design direction. No decorative detail, which is exactly the point.

Eased edge: Square edge with a slight bevel on the top corner to soften the sharpness. Probably the most common choice for everyday kitchens because it is safe, clean, and sits in the middle of every style range.

Waterfall edge: The countertop surface continues vertically down the cabinet face to the floor. Currently very popular in high-end kitchens and works particularly well with thick concrete slabs. The visible side profile becomes as much a design element as the surface itself.

Ogee and decorative profiles: Curved S-profile edges. More common in traditional design settings. They can look heavy with thick concrete, so they tend to work better at standard 1.5-inch thickness.

Edge Thickness and the Illusion of Mass

This is a trick worth knowing. A 1.5-inch slab can be cast with a drop-front apron of 4 to 9 inches to create the appearance of a massive, solid concrete slab. The interior stays at standard thickness.

Concrete Network notes one example of a countertop with a 2-inch overall thickness cast with a 9-inch drop-front apron, making it appear to be one solid piece while keeping the overall weight manageable. The visual impact is significant. The structural requirement is not.

Edge detail cost typically adds $1 to $6 per linear foot beyond the base price, according to HomeGuide. Custom or unusual shapes push that higher.

Concrete Countertop Finishes and Textures

The finish is how the surface feels and reflects light. It also determines how much maintenance the countertop will need over time. These two things are directly connected.

A high-polish surface is easier to clean but shows scratches more readily. A rough or matte surface hides wear but traps crumbs and requires more sealing attention. There is no finish that wins on every dimension.

Polished Concrete

Produced by grinding the cured surface through progressively finer grits until it reaches a semi-gloss or mirror finish. This is the most labor-intensive and time-consuming process, which is why polished concrete runs $90 to $150 per square foot, according to Fixr.

• Smooth, dense surface that resists staining better than raw concrete
• Works well with integral pigments because grinding reveals the full color depth
• Can expose aggregate near the surface for a terrazzo-like appearance

It pairs well with types of concrete finishes that suit both residential and commercial applications.

Trowel Finish

A hand-troweled finish is exactly what it sounds like. A fabricator uses a steel trowel to work the surface during curing, creating subtle ridges, lifts, and texture variations across the slab. No two troweled surfaces are identical.

Cost ranges from $70 to $100 per square foot for standard hand-troweled work. It has an artisan quality that reads as intentional and warm rather than industrial and cold.

This finish is popular in kitchens that want the character of concrete without the stark reflectivity of polished surfaces. It sits somewhere between rustic and refined.

Exposed Aggregate and Specialty Textures

Exposed aggregate: The top layer of concrete is removed through grinding or washing to reveal the stones, glass chips, or shells embedded in the mix. The texture reads as natural and tactile.

Sandblasted surface: Creates a rough, matte texture with good grip. Common for outdoor kitchen countertops and wet areas where a slip-resistant surface is practical.

Brushed texture: Wire-brushed before full cure to create directional line texture. More controlled than troweling, slightly rougher than polished.

Exposed aggregate with specialty inlays ranges from $80 to $150 per square foot, depending on the aggregate material used and what proportion of the surface is treated.

Embedded Objects and Decorative Inlays

This is the feature that separates concrete from every other countertop material. You can put things inside it.

Glass chips, seashells, river stones, crushed tile, metal strips, even fiber optic strands. All of these can be cast directly into the slab and exposed through grinding or polishing. The result is a surface that tells a specific design story rather than just covering a cabinet.

Glass and Stone Inlays

Recycled glass chips are one of the most popular inlay choices. They catch light differently at different times of day and give the surface a quality that looks nothing like standard concrete.

• Colored glass: blues, greens, ambers available from suppliers like Vetrazzo and EnviroGLAS
• Mirror glass for high-contrast sparkle effects
• Pebbles and shells for organic, coastal-adjacent surfaces
• Crushed pottery or tile for eclectic, one-off designs

The recycled content angle also matters. According to Concrete Network, using recycled glass, salvaged pottery, or other reclaimed materials is one of the most cost-effective ways to add decoration while keeping material costs down.

Metal and Structural Inlays

Metal strips: Stainless steel or brass bands cast flush with the surface. They add a linear graphic element and can be used to define zones on a large island surface.

Wire mesh as visible texture: Occasionally left exposed or partially exposed for an industrial quality. More common in commercial applications but increasingly used in residential industrial-style spaces.

Drain boards: Integral concrete drain boards cast as part of the countertop slab, sloping toward the sink. Functional and visually clean. No separate accessory needed.

Fiber Optics and Specialty Lighting

Fiber optic strands can be cast into the concrete and connected to an LED light source below. When lit, the surface produces a night-sky or starfield effect. This is a specialty application with a significant cost premium, but the visual result is not achievable with any other countertop material.

It requires a concrete fabricator with specific experience in this type of installation. Not every shop offers it.

Concrete Countertop Ideas by Room

Concrete works in more places than kitchens. The material’s durability makes it practical for bathrooms, outdoor kitchens, laundry rooms, and bar areas. The customization options make it genuinely interesting in all of them.

The US countertops market was valued at $7.2 billion in 2024, with kitchens accounting for the single largest application share at 62.8%, according to Grand View Research. But bathroom and outdoor applications are growing, and concrete is particularly well-suited to both.

Kitchen Concrete Countertop Ideas

The kitchen is where concrete has the longest track record. Fu-Tung Cheng, whose 2002 book on concrete countertops helped popularize the material in residential design, built most of his early work in kitchen settings where the material’s heat resistance and custom sizing were obvious advantages.

A few kitchen applications worth considering:

• Thick waterfall islands as a focal point in open-plan kitchens
• Integrated drain boards and sink cutouts cast into a single continuous slab
• Two-material kitchens with concrete on the island and a different surface on the perimeter
• White or light gray concrete paired with dark wood cabinetry for high contrast

Concrete pairs well with industrial kitchen design, where the raw material quality fits the aesthetic directly. It also works in farmhouse-style kitchens, particularly in warmer gray or earthy tones with a troweled finish.

For kitchen color direction, the combination of gray concrete with white cabinetry is probably the most requested. Kitchen color schemes with white cabinets and gray concrete surfaces read as clean, current, and relatively timeless.

Bathroom Concrete Countertop Ideas

Bathroom vanities are where concrete gets particularly interesting because the scale is smaller. A 24-inch vanity top is a manageable cast piece with room for real design detail.

Integrated concrete sinks are cast as part of the countertop itself, with no visible seam or caulk line between the sink bowl and the surface. The result is a single-pour object that reads more like furniture than plumbing fixture. Companies like Trueform Concrete and Cheng Concrete have built significant portions of their portfolio around this application.

Average concrete bathroom countertop costs run $330 to $2,100 depending on size and finish, according to Fixr. That is a wide range, but a standard 24-inch floating vanity top with an integrated sink sits comfortably in the mid-range.

In minimalist bathroom design, a matte-sealed concrete vanity in natural gray with no decorative detail can be more effective than something more elaborate. The restraint is the point.

Outdoor Concrete Countertop Ideas

Outdoor concrete countertops need a different approach than interior work. UV exposure, temperature cycling, moisture, and freeze-thaw cycles all stress the surface in ways that interior installations never experience.

Sealer selection is different outdoors. Only UV-stable sealers should be used, and acid-stained finishes hold up better than dyes for exterior applications. Penetrating sealers work well outdoors because they do not form a surface film that can peel or flake from thermal expansion.

A sandblasted or exposed aggregate finish is practical for outdoor kitchen countertops because it provides natural grip in wet conditions. The rough texture also requires less frequent resealing than polished surfaces because there is no high-sheen film to maintain.

Outdoor concrete countertops fit naturally into modern outdoor spaces, particularly when the outdoor kitchen is designed as a true extension of the interior rather than a separate zone. Matching the indoor concrete finish to the outdoor surface creates a visual flow through sliding glass doors or open walls.

Concrete Countertop Thickness Options

Thickness is one of the first decisions that affects everything else: weight, cabinet support, fabrication method, and cost.

The standard range is 1.5 to 2 inches for most residential work. At 1.5 inches, a standard concrete slab weighs roughly 18.75 pounds per square foot, comparable to granite, according to Concrete Network. Most standard kitchen cabinetry handles that without reinforcement.

Standard Thickness and When It Works

1.5 to 2 inches covers the vast majority of kitchen and bathroom installations.

At this range, standard cabinetry handles the load without modification. Edge profiles and mold options are widely available at this thickness, which keeps fabrication costs predictable. Going thicker than 2 inches usually does not add structural value; it adds weight and cost.

Global Surface Solutions in Kelowna, British Columbia has fabricated seamless GFRC slabs over 36 feet long by working within standard thickness parameters rather than increasing slab depth.

GFRC and the Case for Going Thinner

GFRC countertops can be cast as thin as 3/4 inch while maintaining tensile strength through alkali-resistant glass fibers.

At 3/4 inch, GFRC weighs 8 pounds per square foot compared to 18.75 for standard precast, a reduction of more than 57%, according to the Concrete Countertop Institute. That weight difference matters for floating bathroom vanities and wall-mounted surfaces where cabinet support is limited.

GFRC also allows larger seamless slabs. Less weight means fewer handling constraints during transport and installation.

Thick Slabs and the Drop-Front Edge Trick

Want a 4-inch or 6-inch visual slab without the weight of a full 4-inch pour? The drop-front edge technique builds only the visible front edge to the desired depth.

The interior and rear of the slab stays at standard thickness. The front apron is formed deeper, creating the illusion of a massive monolithic slab. Concrete Network documents one example with a 2-inch overall slab built with a 9-inch drop-front apron, appearing as one solid piece while remaining manageable to install.

Concrete Countertop Sealers and Surface Protection

The sealer is not a finishing detail. It is the reason a concrete countertop performs well or fails within a few years.

Concrete is porous. Without proper surface protection, oil from cooking, wine, lemon juice, and even plain water will stain or etch the surface. The sealer type determines how much protection you get, how the surface looks, and how often maintenance is required.

Penetrating Sealers

Penetrating sealers soak into the concrete and react with the material to reduce porosity. They leave no surface film, which means no risk of chipping, peeling, or plastic-looking buildup.

• Densifiers (sodium silicate, lithium silicate): fill pores chemically
• Repellants (silane, siloxane, fluoropolymer): increase surface tension to bead liquids
• Best for highly polished surfaces (400+ grit) where topical sealers will not adhere

The main limitation: penetrating sealers offer limited acid resistance. Vinegar, citrus, and wine can still etch the surface if not wiped up quickly, according to Concrete Decor research.

Epoxy Coatings

Epoxy sealer is the highest-stain-protection option available for concrete countertops. Two-part epoxies cure to an extremely hard, optically clear, high-gloss surface.

Key trade-off: epoxy scratches easily, yellows with UV exposure over time, and cannot be used outdoors. Most fabricators top epoxy with a urethane coat to improve scratch resistance, though this adds cost and application time, according to Concrete Decor.

Epoxy is heat resistant to approximately 400°F, according to Concrete Countertop Solutions. That covers most kitchen use, but sustained heat from a slow cooker in one spot over several hours can still cause hairline cracking.

Urethane and Polyurethane Sealers

Urethane sealers sit between penetrating sealers and epoxy in terms of protection and aesthetics.

Water-based polyurethanes like Buddy Rhodes Reactive Polyurethane offer good scratch and stain resistance without the plastic-heavy look of epoxy. They can be applied in matte or gloss finishes and most water-based versions are UV stable, making them suitable for outdoor countertops unlike epoxy.

Polyurethane sealers from Concrete Countertop Solutions last 5 to 10 years depending on surface wear, requiring less frequent reapplication than acrylic options.

Wax Finishes and Maintenance Coats

Wax is not a standalone sealer. Full stop.

Applied over a penetrating or topical sealer, beeswax or carnauba wax adds a sacrificial layer that takes daily wear before the underlying sealer is reached. Monthly waxing is the standard recommendation for heavy-use kitchen surfaces, according to Angi. The downside: once wax penetrates porous concrete, it is nearly impossible to fully remove, which complicates localized sealer repairs later.

DIY Concrete Countertops vs. Hiring a Fabricator

DIY concrete countertops can save a significant amount of money. The materials alone run $8 to $15 per square foot, meaning a 30-square-foot kitchen counter comes in around $240 to $450 in materials, according to CostHelper.

Professional fabrication runs $50 to $175 per square foot all in, with labor and installation making up roughly 90% of the total cost, according to HomeGuide. That gap is real. So is the skill requirement.

Where DIY Makes Sense

DIY concrete countertops are worth attempting in specific situations.

• Small projects: bathroom vanities, laundry room surfaces, outdoor bars
• Rustic or handmade aesthetic where visible imperfection is acceptable
• Budget is the primary constraint and time is available

Concrete Countertop Solutions estimates a full DIY moderate-sized kitchen can be completed for under $1,000 using their Z Liqui-Crete system. That figure covers materials; it does not account for tools, mold-building materials, sealers, or the time investment.

Where DIY Fails

The main failure points in DIY work:

• Wrong water-to-cement ratio causing cracking or weak spots
• Air pockets and pinholes from inadequate vibration during the pour
• Inconsistent pigment batching leading to color variation across slabs
• Improperly built forms producing uneven surfaces or edge blowouts

Kodiak Pro research shows cheaper hardware-store mixes often require 1.5-inch thickness and need steel reinforcement, while pro-grade GFRC mixes cast at 1 inch deliver higher performance at a lower per-square-foot material cost once finishing time is factored in.

What a Fabricator Brings

A skilled fabricator controls variables that are very tricky to manage at home: shop curing conditions, consistent color batching, reinforcement placement, and polishing equipment.

Professional timeline: from templating to finished, installed countertop is typically 3 to 6 weeks, according to D and G Flooring research. That includes mix curing, which requires the full 28-day window for complete concrete hardness before some finishing techniques can be applied.

Trueform Concrete sends a representative to take physical templates at the installation site before any casting begins, capturing every cabinet irregularity and wall curvature. That precision is difficult to replicate without experience.

Concrete Countertop Maintenance and Long-Term Care

Concrete countertops require more active maintenance than quartz or granite. That is not a deal-breaker; it is just the reality of owning a porous, artisan-crafted surface.

The good news: most maintenance is simple and inexpensive. The bad news: skipping it causes real, visible damage that is often tricky to fix without refinishing the whole surface.

Resealing Schedule

How often you reseal depends entirely on the sealer type and how hard the surface is used.

Acrylic sealers: reseal every 1 to 2 years, sometimes sooner with heavy use.

Polyurethane sealers: last 5 to 10 years with normal use before reapplication is needed.

Epoxy: generally good for the life of the concrete but may need recoating to cover surface scratches over time.

Angi recommends resealing at minimum once a year for kitchen surfaces, with monthly waxing over the sealer for high-use areas. That is the maintenance reality of a polished concrete kitchen.

Handling Stains and Spills

Wipe spills immediately. That advice sounds obvious, but with concrete it is more literal than with other materials.

Acidic spills including lemon juice, vinegar, wine, and coffee can etch a penetrating-sealed surface within minutes. Even olive oil can seep into the concrete and leave a hard-to-remove dark mark if left to sit, according to Angi.

• Use pH-neutral cleaners only (dish soap, Lysol, Clorox wipes work fine)
• Avoid abrasive pads and cleaners (Magic Eraser, Brillo, bleach)
• Never cut directly on the surface (damages the sealer, not the concrete)

Hairline Cracks: Causes and Repair

Hairline cracks are possible in any concrete countertop and are considered normal by industry standards.

Jeff Girard of the Concrete Countertop Institute notes that hairline cracks form from tensile stress exceeding the concrete’s resistance, most often from long-term drying shrinkage, sustained heat in one spot (slow cookers are a common culprit), or inadequate support under the slab. They do not affect structural integrity.

Repair involves cleaning the crack thoroughly, then working a low-viscosity epoxy or color-matched slurry into the opening. The results are never invisible. As Buddy Rhodes Studio puts it, most people find the aged, patinated character of a hairline crack more appealing than an obvious repair attempt.

Products to Avoid

This list matters more than most people realize.

• Bleach and strong acid cleaners: degrade topical sealer films
• Ammonia-based cleaners: attack acrylic and polyurethane sealer coatings
• Magic Eraser and abrasive scrubbers: remove sealer microscopically over time
• Wax removers: once wax is in the surface, standard removers cannot fully clear it

If a cleaning product strips or clouds the sealer, the fix is sanding the affected area and spot-reapplying the same sealer, according to Concrete Countertop Solutions. Catching it early keeps the repair localized. Ignoring it means eventually refinishing a larger section of the surface.

FAQ on Concrete Countertops Ideas

Are concrete countertops a good idea?

Yes, for the right homeowner. Concrete offers full design freedom, custom sizing, and a surface no factory can replicate.

The trade-off is maintenance. Sealing, waxing, and careful cleaning are part of owning one. If you want low-effort, polished quartz is easier to live with.

How much do concrete countertops cost?

Professional installation runs $50 to $175 per square foot, with most kitchens landing between $1,500 and $6,000 total.

Labor makes up roughly 90% of that cost. The raw concrete mix itself is inexpensive. You are paying for skilled fabrication, finishing, and installation.

Do concrete countertops crack?

Hairline cracks are possible and considered normal by industry standards. They result from natural concrete shrinkage, not poor quality.

Proper fiber reinforcement and a good mix design reduce the risk significantly. Most hairline cracks are non-structural and can be repaired with a color-matched filler.

What colors can concrete countertops be?

Virtually any color is achievable through integral pigments, acid staining, or water-based dyes.

Integral pigments offer the widest range, from pure white to deep charcoal. Acid staining produces earthy, mottled tones. Dyes open up brighter, more saturated options applied after curing.

How do you seal concrete countertops?

Options include penetrating sealers, epoxy coatings, and polyurethane topcoats. Each offers different levels of protection and different surface appearances.

Epoxy gives the strongest stain resistance. Penetrating sealers preserve the most natural look. A food-safe sealer is required for any kitchen surface used for food prep.

Can you use concrete countertops outdoors?

Yes, but the sealer selection changes. Epoxy yellows with UV exposure, so it is not suitable outdoors.

UV-stable penetrating sealers or polyurethane topcoats work best for outdoor concrete countertops. A sandblasted or exposed aggregate finish also provides practical grip in wet conditions.

How thick should concrete countertops be?

Standard thickness is 1.5 to 2 inches for most residential kitchens and bathrooms. That range handles daily use without requiring cabinet reinforcement.

GFRC countertops can go as thin as 3/4 inch. For a visual thick-slab look, a drop-front edge achieves the appearance without the weight.

Can you DIY concrete countertops?

Yes, with realistic expectations. DIY materials run $8 to $15 per square foot, making it far cheaper than hiring a fabricator.

Start with a small project like a bathroom vanity or laundry room surface before attempting a full kitchen. Complex layouts with integrated sinks are best left to professionals.

How do you maintain concrete countertops?

Use pH-neutral cleaners, wipe spills immediately, and never cut directly on the surface. Reseal based on the sealer type used.

Polyurethane sealers last 5 to 10 years. Acrylic sealers need reapplication every 1 to 2 years. Monthly waxing over the sealer protects high-use kitchen surfaces between full reseals.

How do concrete countertops compare to quartz?

Quartz is non-porous, requires no sealing, and is more consistent in appearance. Concrete requires sealing and maintenance but offers custom sizing, embedded inlays, and a finish quartz cannot match.

Cost is similar. The choice comes down to how much maintenance you are willing to do for a truly one-of-a-kind surface.

Conclusion

This conclusion is for an article presenting concrete countertops ideas across every dimension that matters: color, finish, thickness, sealer, and room application.

What makes concrete worth the investment is the combination of cast-in-place customization and genuine durability. No quarried slab gives you integral pigment, exposed aggregate, and an integrated drain board in one pour.

The maintenance commitment is real. But with the right food-safe sealer and a basic care routine, a well-made slab lasts decades.

Whether you are drawn to polished gray for an industrial kitchen or a warm acid-stained surface for a rustic industrial space, the material adapts.

Start with the finish. Everything else follows from there.

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Andreea Dima

Andreea Dima is a certified interior designer and founder of AweDeco, with over 13 years of professional experience transforming residential and commercial spaces across Romania. Andreea has completed over 100 design projects since 2012. All content on AweDeco is based on her hands-on design practice and professional expertise.

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