Ceramic Tile vs Luxury Vinyl Plank LVP: Which Is Better?

The choice between ceramic tile and luxury vinyl plank is not about which material is better in the abstract. It is about which one solves your specific problem, in your specific room, under your specific conditions.

Flooring that survives a busy kitchen can fail in a basement. Flooring that feels perfect in a bedroom can be a maintenance nightmare in a mudroom. The right answer depends on moisture levels, subfloor type, installation budget, and how long you plan to stay in the home.

This guide compares ceramic tile and LVP across every factor that matters: cost, durability, water resistance, installation difficulty, comfort, resale value, and room suitability. You will find real numbers, direct comparisons, and the specific conditions under which one material wins over the other.

What Is Ceramic Tile and How Does It Compare to Luxury Vinyl Plank

Ceramic tile is a hard flooring material made from natural clay, shaped, and fired at high temperatures between 1800°F and 2400°F (982°C to 1316°C). The firing process vitrifies the clay body, creating a dense, rigid surface that resists water, scratches, and heat.

Luxury vinyl plank is a synthetic multi-layer flooring product with a rigid or flexible core, a printed photographic layer that mimics wood or stone, and a clear wear layer on top. The wear layer thickness, measured in mils (thousandths of an inch), determines how long the floor resists scratches and scuffs.

These two materials sit at opposite ends of the flooring spectrum. Ceramic tile is mineral-based, permanent, cold, and hard. LVP is polymer-based, replaceable, warm, and forgiving. Neither is inherently superior. Each solves a different set of problems.

According to the Tile Council of North America, ceramic tile installations in the United States have grown steadily as manufacturing technology has improved dimensional consistency and surface durability. Luxury vinyl plank, meanwhile, has captured significant market share in residential remodeling due to its lower installation cost and faster turnaround time.

Ceramic Tile vs LVP: Which Flooring Material Lasts Longer

Ceramic tile lasts 50 years or more when installed correctly over a stable subfloor. The fired clay body does not degrade, fade, or wear down from foot traffic.

LVP lasts 20 to 30 years for premium products with wear layers of 20 mils or thicker. Budget LVP with wear layers of 6 to 12 mils typically shows visible wear within 10 to 15 years. The printed photographic layer can fade under prolonged direct sunlight. The core layer can dent under heavy furniture if the product uses a flexible WPC construction rather than a rigid SPC stone-polymer core.

The difference in longevity comes from the fundamental material chemistry. Ceramic tile is inorganic and dimensionally stable after firing. LVP is an organic polymer composite that reacts to temperature changes, UV exposure, and mechanical stress over time. A fired ceramic tile you install today will look identical in 30 years. An LVP plank installed today will show its age through wear layer clouding, edge curling, or core embrittlement.

For most homeowners planning to stay in a home for more than 15 years, ceramic tile provides better long-term value. For those planning to move within 10 years, LVP’s lower upfront cost often makes more financial sense.

How Much Do Ceramic Tile and LVP Cost: Complete Price Breakdown

Ceramic tile material costs range from $1 per square foot for basic white wall tile to $15 or more per square foot for large-format porcelain-look tile with rectified edges. Most residential installations use tile priced between $2 and $5 per square foot for the material alone.

Professional ceramic tile installation adds $5 to $12 per square foot. The labor cost covers subfloor preparation, mortar application, tile cutting and layout, grouting, and sealing. Complex patterns like herringbone or diagonal layouts increase labor costs by 20 to 30 percent. Large-format tiles (12×24 inches or larger) require more subfloor preparation and cost more to install than standard 12×12 tiles.

LVP material costs range from $2 to $7 per square foot for quality products. Premium LVP from brands like Shaw, Mohawk, and COREtec sits at the upper end of this range. Professional LVP installation adds $1.50 to $4 per square foot. Many LVP products use click-lock systems that DIY installers can handle, eliminating the labor cost entirely.

The total installed cost for a 500-square-foot room ranges from $3,500 to $8,000 for ceramic tile and from $1,750 to $5,500 for LVP. The $2 to $7 per square foot gap represents the primary financial decision point for most buyers.

Water Resistance: Which Flooring Handles Moisture Better

Ceramic tile with properly sealed grout is fully waterproof. The fired clay body has an absorption rate below 0.5 percent for porcelain-grade tile, meaning water cannot penetrate the tile itself. The vulnerability is at the grout lines. Unsealed cement-based grout absorbs water and can harbor mold in consistently wet environments.

Epoxy grout eliminates this vulnerability. It is non-porous and completely waterproof. Epoxy grout adds $1 to $2 per square foot to the installation cost but is the correct specification for shower floors, steam rooms, and commercial kitchen floors.

LVP with a WPC (wood plastic composite) or SPC (stone plastic composite) core is also waterproof in the sense that water does not damage the plank itself. However, water can seep through the seams between planks and become trapped between the LVP and the subfloor. This trapped moisture encourages mold growth on the subfloor and can cause adhesive failure in glue-down LVP installations.

For bathrooms, laundry rooms, and kitchens, ceramic tile with epoxy grout provides the most reliable long-term water protection. For basements with occasional moisture, LVP with an SPC core and a vapor barrier underlayment performs well and costs less.

Installation Complexity: DIY vs Professional Comparison

Ceramic tile installation is unforgiving. The subfloor must be flat to within 1/8 inch over 10 feet. Any deflection in the subfloor transmits through to the tile and causes cracks in the grout or the tile itself. Cutting tile requires a wet saw. Layout mistakes are permanent once the thin-set mortar cures.

Most ceramic tile installations require professional labor. The learning curve for a DIY installer is steep. The cost of a failed DIY tile job that must be demolished and redone often exceeds the cost of hiring a professional from the start.

LVP installation is accessible to a skilled DIY homeowner. Click-lock floating floors require no adhesive. Planks can be cut with a utility knife. The subfloor tolerance is more forgiving. A 500-square-foot room can be completed in a weekend by one person with basic tools.

The trade-off is that LVP installation mistakes are also visible. Gapping at end joints, misaligned planks, and inadequate expansion space around the perimeter all cause callbacks. If you install LVP yourself, follow the manufacturer’s acclimation requirements exactly: most products need 48 hours in the installation environment before laying.

Comfort and Sound: Which Flooring Feels Better Underfoot

Ceramic tile is hard, cold, and acoustically reflective. These are objective material properties, not subjective preferences. A glazed ceramic surface registers 6 to 7 on the Mohs hardness scale. It conducts heat away from bare feet faster than any other common flooring material except stone.

Radiant heating under ceramic tile transforms the experience. Hydronic or electric radiant systems warm the tile from below, turning the thermal conductivity from a disadvantage into an advantage. Tile holds and radiates heat efficiently once warmed. The cost of adding radiant heating ranges from $6 to $15 per square foot installed.

LVP is softer and warmer to the touch than tile. The foam or cork underlayment beneath floating LVP provides a slight cushion that reduces foot fatigue for people who stand for long periods. LVP also absorbs sound better than tile. In multi-story homes, LVP on upper floors transmits less impact noise to rooms below.

For kitchens where you stand for hours cooking, LVP or tile with anti-fatigue mats are the practical choices. For bathrooms with radiant heat, tile becomes the most comfortable option available.

Resale Value: Which Flooring Adds More to Your Home

Ceramic tile in kitchens, bathrooms, and entryways is a recognized value driver in real estate appraisals. Buyers perceive tile as permanent, premium, and low-maintenance. The National Association of Realtors remodeling impact survey consistently ranks kitchen and bathroom upgrades with quality tile among the top projects for recovering cost at resale.

LVP has gained acceptance among buyers and appraisers but does not command the same premium perception. In lower and mid-range homes, new LVP throughout the main living areas is seen as a neutral to positive feature. In higher-end homes, LVP in main living areas can signal cost-cutting to buyers who expect hardwood or tile.

The material you choose should match the expectations of buyers in your specific market and price point. In a $200,000 home, LVP throughout looks current and intentional. In an $800,000 home, LVP in the kitchen where tile is standard may raise questions during inspection.

Ceramic Tile vs LVP: Environmental Impact and Sustainability

Ceramic tile is made from abundant natural materials: clay, sand, and feldspar. The firing process is energy-intensive, consuming natural gas or electricity at high temperatures. Once fired, the tile is chemically inert. It does not off-gas volatile organic compounds. At the end of its life, ceramic tile can be crushed and used as aggregate in construction fill.

LVP is a polyvinyl chloride product. PVC production involves chlorine and petroleum feedstocks. Some LVP products emit volatile organic compounds during the first weeks after installation, though low-VOC and FloorScore-certified products address this concern. LVP is not biodegradable and is difficult to recycle at end of life. Most discarded LVP goes to landfill.

If environmental impact is a deciding factor, ceramic tile has the advantage in material composition and end-of-life disposal. LVP’s lighter weight reduces transportation emissions compared to tile, which partially offsets the difference. Neither product is carbon-neutral, but tile’s mineral composition and recyclability make it the more sustainable choice over a full lifecycle.

Where Each Flooring Type Wins: Room-by-Room Guide

Use the table below to match your room type to the recommended flooring material based on moisture exposure, traffic level, and comfort needs.

Common Mistakes When Choosing Between Ceramic Tile and LVP

The most expensive flooring mistake is choosing based on appearance alone. The visual sample you see in a showroom tells you nothing about how the floor performs in your specific room under your specific conditions.

The second most common mistake is underestimating subfloor preparation costs. Ceramic tile requires a rigid, flat subfloor with minimal deflection. If your subfloor needs leveling or reinforcement, the prep work can exceed the tile installation cost. LVP is more forgiving but still telegraphs subfloor imperfections through the surface over time.

The third mistake is choosing the wrong wear layer for LVP. A 6-mil wear layer is appropriate for a guest bedroom used twice a year. It will fail within 3 to 5 years in a kitchen with dogs and children. For active households, a 20-mil or thicker wear layer is the minimum viable specification.

A penetrating grout sealer applied annually keeps ceramic tile grout lines from becoming the weak point in an otherwise waterproof floor. Skipping this maintenance step is common and leads to grout staining and mold.

Ceramic Tile vs Porcelain Tile: Understanding the Sub-Category Difference

Ceramic tile and porcelain tile are both clay-based fired products, but they differ in water absorption rate, density, and durability. Porcelain tile has an absorption rate below 0.5 percent, making it fully frost-proof and suitable for outdoor use in freezing climates. Standard ceramic tile absorbs between 0.5 and 3 percent water and is limited to indoor applications.

The comparison between ceramic tile and LVP changes if you are actually choosing between porcelain tile and LVP. Porcelain is harder, denser, and more expensive than standard ceramic tile. It requires a diamond wet saw blade rated for porcelain because standard tile blades glaze over on the dense porcelain body.

If your flooring decision involves heavy foot traffic, large dogs, or commercial use, step up from ceramic to porcelain tile rather than comparing ceramic to LVP. Porcelain tile starts around $3 per square foot for material and goes up from there.

For a deeper comparison of these two tile types, read our complete guide comparing ceramic tile and porcelain tile differences covering absorption rates, durability, and installation requirements.

Ceramic Tile vs Laminate Flooring: Another Alternative Worth Considering

Laminate flooring sits between LVP and ceramic tile in the flooring hierarchy. It costs less than LVP, with material prices starting under $1 per square foot. It offers a more realistic wood look than most LVP products because the photographic layer is higher resolution and the embossing registration is more precise.

Laminate fails catastrophically when exposed to water. Unlike LVP, which can survive a spill or flood if dried quickly, laminate absorbs water through the seams and swells irreversibly. This single vulnerability eliminates laminate from bathrooms, kitchens, laundry rooms, and basements.

For dry living areas where budget is the primary concern, laminate beats both ceramic tile and LVP on upfront cost. If you need to floor a rental property living room for the lowest possible price, laminate is the answer. Our ceramic tile versus laminate comparison guide covers the trade-offs in detail with pricing, durability, and room suitability data.

Ceramic Tile Maintenance Requirements: What to Expect Long-Term

Ceramic tile itself requires almost no maintenance. The fired glaze surface resists stains, scratches, and wear indefinitely. The maintenance burden falls entirely on the grout lines.

Cement-based grout must be sealed every 12 to 24 months with a penetrating grout sealer. This takes about 30 minutes per 100 square feet and costs under $20 in materials per application. Skipping this step allows water, soap scum, and food particles to penetrate the grout, causing staining and eventual mold growth.

Epoxy grout requires no sealing and resists staining permanently. The trade-off is higher material cost and more difficult installation. Epoxy grout sets faster than cement grout and cannot be cleaned with water alone during installation. Many tile installers charge a premium for epoxy grout work.

LVP maintenance consists of sweeping or vacuuming to remove grit that can scratch the wear layer, and occasional damp mopping with a manufacturer-approved cleaner. Do not use steam mops on LVP. The heat and moisture can delaminate the layers and void the warranty.

LVP Wear Layer: The Specification That Determines Everything

The LVP wear layer is a clear urethane coating measured in mils. One mil equals 0.001 inches. This layer is the only thing between foot traffic and the printed photographic layer underneath. When the wear layer wears through, the floor is finished.

A 6-mil wear layer is standard on budget LVP and lasts approximately 5 to 8 years in residential use. A 12-mil wear layer is mid-grade and lasts 10 to 15 years. A 20-mil wear layer is commercial-grade and lasts 15 to 25 years in residential settings. A 28 to 30-mil wear layer is heavy commercial and will outlast most residential ownership periods.

The wear layer specification matters more than the brand name. A 20-mil no-name LVP will outlast a 8-mil product from a premium brand. When comparing LVP products, sort by wear layer thickness first, then evaluate brand, warranty, and aesthetics.

For homes with dogs over 30 pounds, specify a minimum 20-mil wear layer. Dog claws concentrate pressure into a very small contact area and can tear through thin wear layers within months. A commercial-grade LVP with a 20+ mil wear layer is the only vinyl flooring that holds up to large dogs in high-traffic areas.

What Is the Difference in Feel Underfoot Between Ceramic Tile and LVP

Ceramic tile feels hard and cold on bare feet. This is not a design flaw. It is the direct result of the material’s density and thermal conductivity. Glazed ceramic tile has almost zero give underfoot.

LVP feels warmer and slightly cushioned because the foam or cork underlayment compresses under weight. The SPC or WPC core also flexes slightly. This difference in feel is the reason LVP is preferred in bedrooms and living rooms where people walk barefoot.

A radiant floor heating system under ceramic tile changes this equation entirely. Warmed tile provides a thermal comfort that LVP cannot match because LVP acts as an insulator. It blocks heat transfer from a radiant system rather than conducting it.

Which Flooring Is Better for Homes with Pets

Ceramic tile wins for homes with pets when considering long-term durability. Dog claws do not scratch fired ceramic glaze. Cat claws gain no purchase on a glazed tile surface. Accidents clean up completely with no residual odor because tile and epoxy grout are non-absorbent.

LVP can work for pet homes if the wear layer is thick enough. A 20-mil or thicker wear layer resists most dog claw scratches. However, the clicking sound of dog nails on LVP is louder than on tile and can be irritating in open-plan living spaces.

For homes with large dogs, choose ceramic tile or porcelain tile with epoxy grout for pet accident resistance. The permanent waterproof seal prevents urine from penetrating the grout and leaving odors that are impossible to remove from cement-based grout.

Can Ceramic Tile Be Installed Over Existing Vinyl Flooring

Ceramic tile cannot be installed directly over existing vinyl sheet or vinyl tile flooring. The vinyl layer is too flexible and dimensionally unstable. Tile installed over vinyl will crack as the vinyl moves.

The correct procedure is to remove the vinyl flooring entirely, inspect and prepare the subfloor, install cement board underlayment, and then set the tile. Skipping any of these steps voids the tile manufacturer’s warranty and virtually guarantees failure within the first year.

LVP can sometimes be installed over existing vinyl sheet flooring if the vinyl is fully adhered, flat, and in good condition. The LVP floats above the vinyl and does not bond to it. This is one of LVP’s major advantages in renovation scenarios where minimizing demolition saves time and money.

How Much Does It Cost to Replace LVP with Ceramic Tile Later

Replacing LVP with ceramic tile costs more than installing tile on a bare subfloor because you must first remove and dispose of the LVP. Removal adds $1 to $3 per square foot to the project cost. The subfloor must then be inspected and likely prepared as if it were new construction.

The total cost to replace 500 square feet of LVP with ceramic tile ranges from $4,000 to $10,000 depending on tile selection, subfloor condition, and local labor rates. This is one reason the initial flooring choice matters. Installing LVP as a temporary floor with plans to upgrade to tile later is more expensive than installing tile first.

What Subfloor Preparation Does Each Flooring Type Require

Ceramic tile requires a subfloor with deflection below L/360, meaning the floor cannot flex more than the span length divided by 360 under load. For a 10-foot span, maximum deflection is 0.33 inches. This typically requires 3/4-inch plywood or OSB subfloor topped with 1/2-inch cement board or an uncoupling membrane like Schluter Ditra.

LVP requires a flat subfloor but is more forgiving of minor deflection. Most manufacturers specify flatness within 3/16 inch over 10 feet. Low spots can be filled with a cementitious patching compound. High spots must be ground down. The subfloor does not need the rigidity that tile demands.

If your subfloor is concrete, both materials require a moisture test before installation. Concrete slabs can transmit groundwater vapor that damages both tile installations and LVP. A calcium chloride test or relative humidity probe test provides the data needed to specify the correct vapor barrier.

Can You Use Ceramic Tile and LVP in the Same Home

Yes, and this is often the optimal strategy. Use ceramic tile in wet areas (bathrooms, laundry, mudroom) and LVP in dry living areas (bedrooms, living room, home office). The transition between the two materials is handled with a T-molding or reducer strip at the doorway.

Mixing materials allows you to apply the correct flooring to each room type without paying for tile where LVP performs adequately, or accepting LVP’s compromises where tile is clearly the better choice. A home with tile in bathrooms and LVP in bedrooms represents a thoughtful, room-appropriate flooring strategy rather than a compromise.

Ceramic Tile vs LVP: The Final Decision Framework

Choose ceramic tile if your room has standing water, heavy foot traffic, large pets, or direct sunlight. Choose ceramic tile if you plan to stay in the home more than 15 years and care about long-term value over upfront cost.

Choose LVP if your room is dry, you need the floor installed quickly, you want a warmer surface underfoot, or you plan to sell within 7 years. Choose LVP if your subfloor cannot economically be brought to tile-ready flatness and rigidity standards.

Neither material is the correct choice for every room in every home. The correct decision matches the material to the specific room conditions, your budget timeline, and how long you expect to live with the choice.

Is Ceramic Tile Worth the Extra Cost Over LVP for a Rental Property

Ceramic tile is not worth the extra cost for most rental properties. Tenants do not pay more rent for ceramic tile versus clean, modern LVP. The higher upfront cost of tile is not recovered through rental income in the typical 2 to 5-year tenant turnover cycle.

LVP is the standard choice for rental property flooring because it installs quickly between tenants, costs less to replace if damaged, and looks acceptable in listing photos. Use a mid-grade LVP with at least a 12-mil wear layer in rental units.

Tile makes sense in rental properties only in specific circumstances: bathroom floors and shower surrounds, high-end rentals where premium finishes command higher rent, or properties you plan to hold for 15 or more years where the replacement cycle favors tile’s longevity.

Does LVP Fade or Discolor in Direct Sunlight

LVP can fade or discolor under prolonged direct sunlight exposure. The printed photographic layer uses UV-sensitive inks that degrade over time when exposed to strong sunlight through windows. South-facing rooms with large windows are the highest risk.

Premium LVP products include UV-stabilized wear layers that slow fading. However, no LVP is completely UV-proof. The industry recommendation is to use window film or UV-blocking window treatments in rooms with LVP flooring and strong direct sun.

Ceramic tile does not fade. The color in glazed ceramic tile is created by metal oxides fired into the glass surface at temperatures above 1800°F. UV radiation has no effect on these pigments. In sunrooms and south-facing spaces with large glass areas, ceramic tile is the safer choice.

What Happens When LVP Gets Wet from a Flood or Leak

LVP planks themselves are waterproof and do not absorb water. The problem is that water flows between the seams and becomes trapped between the LVP and the subfloor. This trapped water cannot evaporate and creates conditions for mold growth on the subfloor within 48 to 72 hours.

If you catch a flood or leak immediately, floating LVP can be disassembled, the subfloor dried, and the same planks reinstalled. This is one advantage of click-lock floating LVP over glue-down installations. Glue-down LVP is usually destroyed during removal.

If water sits under LVP for more than 72 hours, the subfloor may need remediation or replacement. The LVP itself may be salvageable if dried thoroughly. Ceramic tile over a waterproof membrane survives a flood with no damage to either the tile or the subfloor, requiring only drying and possibly grout cleaning.

Which Flooring Is Better for Homes on a Concrete Slab

Homes on a concrete slab present specific challenges. Concrete is cold, hard, and can transmit moisture from the ground. Both ceramic tile and LVP can work on concrete, but the preparation requirements differ.

LVP on concrete requires a moisture barrier underlayment and the slab must be flat within the manufacturer’s tolerance. SPC-core LVP is preferred for concrete because the rigid core resists telegraphing minor slab imperfections through to the surface.

Ceramic tile on concrete requires an uncoupling membrane like Schluter Ditra uncoupling membrane to isolate the tile from slab movement and provide vapor management. Tile installed directly on concrete without a membrane will eventually crack as the slab moves.

For concrete slab homes, LVP is the faster and less expensive installation. Ceramic tile with a proper uncoupling membrane is the more durable long-term solution. The decision comes down to budget and how long you plan to stay.

How Does Radiant Heating Affect the Ceramic Tile vs LVP Decision

Radiant heating strongly favors ceramic tile. Tile is an excellent thermal conductor with high thermal mass. It heats up evenly and holds heat after the system cycles off. This creates the most comfortable radiant-heated floor experience available.

LVP is a thermal insulator that blocks heat transfer. Most LVP manufacturers limit the surface temperature to 80°F to 85°F to prevent warping, delamination, or off-gassing. This temperature limit means LVP over radiant heat never feels more than slightly warm. Tile can safely operate at surface temperatures up to 85°F to 90°F, providing noticeably more warmth.

If you are installing radiant heating, pair it with ceramic or porcelain tile. The combination of tile and radiant heat is one of the best flooring systems available for both comfort and durability.

Can You Use Steam Mops on Ceramic Tile and LVP

Steam mops can be used on ceramic tile. The tile and grout are unaffected by steam temperatures. However, steam can strip grout sealer over time. If you steam-clean tile floors regularly, reapply grout sealer every 6 to 12 months rather than the standard 12 to 24 months.

Steam mops cannot be used on LVP. The heat and moisture from steam mops delaminate the layers, cause edge curling, and void the manufacturer’s warranty. LVP cleaning is limited to sweeping, vacuuming with a hard floor attachment, and damp mopping with a manufacturer-approved cleaner. A pH-neutral vinyl floor cleaner is the correct product for regular LVP maintenance.

Does Ceramic Tile Crack Easily When Heavy Objects Are Dropped on It

Ceramic tile is hard but brittle. A heavy object dropped from counter height can crack or chip a ceramic tile. Cast iron pans, full pots, and heavy tools are common culprits. The tile’s glaze layer is harder than the clay body beneath it, so impact damage often appears as a chip that exposes the lighter-colored bisque underneath.

LVP absorbs impact without cracking because the PVC core flexes and rebounds. A dropped cast iron pan may dent an LVP floor but will not shatter it. This impact resilience is one of LVP’s strongest advantages in kitchens.

If you choose ceramic tile for a kitchen, buy an extra box of tile at installation and store it. Individual cracked tiles can be replaced by a professional, but dye lot variations mean tiles from a different production run will not match. Keeping attic stock from the original installation batch ensures a matching replacement is available.

Which Flooring Option Offers Better Protection Against Mold and Allergens

Ceramic tile with epoxy grout provides the best protection against mold and allergens. The non-porous surface does not trap dust mites, pet dander, or pollen. Mold cannot grow on the tile or in epoxy grout because there is no organic material for mold to feed on and no moisture absorption.

LVP with a tight-click locking system and no pad attached to the plank is also a good allergen barrier. However, if moisture becomes trapped under the LVP, mold grows on the subfloor or underlayment and releases spores through the seams. This hidden mold problem is difficult to detect until odors develop.

For allergy sufferers, ceramic tile with epoxy grout is the better choice. The material is completely inorganic and cannot support biological growth. Any dust or allergens on the surface are removed by regular cleaning with no residual accumulation in the flooring itself.

Ceramic tile and luxury vinyl plank represent two fundamentally different approaches to flooring. Tile is a permanent mineral surface. LVP is a replaceable polymer surface. Tile costs more upfront and lasts longer. LVP costs less and installs faster. The correct choice matches the material to the room conditions and your timeline.

Use tile where water, heat, and heavy traffic demand a permanent solution. Use LVP where budget, speed, and comfort are the priorities. A home that mixes both materials strategically is often better served than a home that commits to one material everywhere.

For further reading on specific tile comparisons, see our detailed guide on ceramic tile versus porcelain tile differences including absorption rates and durability. If you are weighing other flooring alternatives, our comparison of ceramic tile and laminate flooring breaks down cost, water resistance, and room suitability for dry-area installations.

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