Types of Pavers | Concrete, Brick, Stone & Porcelain

Choosing pavers for a patio, walkway, or driveway involves more than finding a color or pattern you like. The same paving material can perform well in one location and cause problems in another, depending on the loads, climate, drainage, and installation method.

The four main material groups are concrete, clay brick, natural stone, and porcelain pavers. Each offers different advantages in appearance, durability, maintenance, and installation. Permeable paving is another option worth considering, although it describes a drainage-oriented pavement system rather than a separate material.

A good choice starts with how the space will be used. A pedestrian patio has different requirements from a driveway, while a pool deck needs particular attention to wet-surface traction and comfort.

This guide compares the major paver types used in U.S. residential projects, explains their limitations, and shows what to check before buying materials or hiring an installer.

Types of Pavers Compared

The table below provides a starting point for comparing materials. Actual performance depends on the product, site conditions, and supporting pavement system.

These materials cannot be compared on appearance alone. A large concrete patio slab, for example, may not be suitable for the same loads as a smaller interlocking concrete paver designed for vehicle traffic.

Similarly, a dense porcelain paver is not automatically approved for a driveway, and a stone marketed for exterior use may not withstand repeated freezing and thawing in a particular application.

What Are Pavers, and How Do They Work?

Pavers are individual units arranged to create a paved surface. Unlike poured concrete, which forms a continuous slab, a segmental pavement consists of separate pieces supported by an appropriate construction system.

That distinction can make localized repairs more practical. In some installations, individual units can be removed and reinstalled without demolishing the entire pavement.

However, the ability to lift and reuse pavers depends on how they were installed. Mortar-set or bonded systems may be considerably more difficult to repair than flexible segmental installations.

The Pavers Are Only Part of the System

A conventional interlocking concrete paver installation typically includes a prepared subgrade, compacted aggregate base, bedding sand, pavers, joint sand, and edge restraints.

These components work together. The base helps distribute loads, the joints contribute to interlock, and the edge restraints help prevent lateral movement.

Other paver materials may use different assemblies. Natural stone can be installed in flexible or mortar-based systems, while some outdoor porcelain products are designed for pedestal-supported applications.

Choosing a durable paver does not compensate for an unsuitable base or drainage system.

For this reason, material selection and installation planning should be treated as related but distinct decisions.

1. Concrete Pavers

Concrete pavers are manufactured from cementitious materials and aggregates, often with pigments or other ingredients added to achieve particular colors or performance characteristics.

They are widely used for residential patios, garden paths, driveways, and outdoor living spaces.

One of their main advantages is the variety of available designs. Concrete pavers can resemble brick or stone, provide contemporary geometric layouts, or create traditional interlocking patterns.

Why Choose Concrete Pavers?

Concrete is worth considering when you want flexibility in appearance and product selection.

Manufacturers offer different sizes, textures, edge profiles, and color combinations. That variety can make it easier to coordinate a patio with a walkway or driveway.

Factory production also provides relatively consistent dimensions, which can simplify layout and installation.

Another benefit is repairability. In a properly constructed flexible segmental pavement, contractors can often remove individual units to address localized settlement or access underground utilities.

The same units may be reusable if they remain undamaged.

What Are the Limitations?

Concrete pavers can stain, experience surface wear, or change in appearance over time.

The extent of these changes depends on the product, finish, environment, and maintenance.

White mineral deposits known as efflorescence can also appear. These deposits are associated with moisture transporting soluble salts through cementitious materials.

Although some concrete pavers have protective surface treatments, those treatments should not be assumed to eliminate every maintenance concern.

Concrete Pavers for Driveways

Concrete paving products are available for both pedestrian and vehicular applications, but the product and pavement structure must match the expected traffic.

ASTM C936 is an important U.S. specification for solid interlocking concrete paving units.

The Concrete Masonry and Hardscapes Association (CMHA) identifies different thicknesses and unit proportions for different traffic conditions in its technical guidance.

For example, its application guide discusses 2⅜-inch (60 mm) pavers for pedestrian applications and residential driveways, while heavier vehicular applications typically require thicker units.

These are application guidelines, not permission to select thickness without considering the complete pavement structure.

A driveway carrying passenger vehicles has different loading conditions from a commercial entrance regularly used by heavy trucks.

What to check: Ask whether the selected product meets the applicable standard, is approved for the intended traffic, and has documented durability suitable for the local climate.

The CMHA Application Guide for Interlocking Concrete Pavements provides further technical information about products, applications, and supporting systems.

2. Clay Brick Pavers

Clay brick pavers are produced from clay or similar naturally occurring materials and fired at high temperatures.

Their appearance is closely associated with traditional garden paths, historic streets, courtyards, and brick architecture.

Unlike concrete products that may use pigments to achieve a particular color, the appearance of conventional clay pavers comes largely from the raw material and firing process.

This gives fired-clay paving its characteristic colors and variations.

Advantages of Clay Brick

Clay pavers are useful when the visual character of brick is an important part of the design.

Red, brown, buff, gray, and other color variations are available, although the selection depends on the manufacturer.

Smaller modular units also work well in familiar laying patterns such as herringbone, running bond, and basketweave.

Color is often distributed throughout the body of the paver, rather than existing only as a decorative surface coating.

However, clay pavers are not immune to staining, deposits, or changes in appearance caused by use and environmental exposure.

Can You Use Ordinary Bricks as Pavers?

Not every brick is manufactured for paving.

A wall brick may resemble a paving brick, but appearance does not establish whether the unit can withstand abrasion, weather exposure, or traffic loads.

In the United States, two relevant specifications are:

ASTM C902: Pedestrian and light-traffic paving brick, including applications with low volumes of vehicle traffic, such as residential driveways.

ASTM C1272: Heavy vehicular paving brick for applications with high volumes of heavy vehicle traffic.

These standards address different loading conditions.

Neither classification eliminates the need to select an appropriate setting bed, base, drainage design, and installation method.

Clay Brick Trade-Offs

Compared with some concrete paving collections, clay brick may offer fewer large-format options and less freedom to imitate other materials.

Individual units can also have dimensional variations that need to be accommodated during installation.

Availability and price depend on the product and region.

For driveways, the laying pattern and pavement structure deserve attention because vehicle braking, turning, and acceleration introduce horizontal forces.

The Brick Industry Association discusses these issues in its Technical Note 14: Paving Systems Using Clay Pavers.

Clay brick is a practical choice when its appearance and the available paving products suit the project—not simply because an ordinary brick seems strong enough.

3. Natural Stone Pavers

Natural stone gives outdoor spaces a character that manufactured products cannot reproduce exactly.

Variations in mineral composition, color, veining, and texture make individual pieces distinctive.

But natural stone is a broad category. Different stones can have substantially different physical properties, even when they are marketed for similar applications.

Granite, bluestone, limestone, travertine, and other stones should be assessed individually rather than treated as interchangeable products.

Granite Pavers

Granite is used for outdoor paving where its appearance and physical properties suit the application.

It is available in various colors and finishes, including textured surfaces intended for pedestrian use.

Its suitability for a particular patio, walkway, or driveway depends on the specific stone, thickness, surface finish, and installation method.

A dense-looking stone should not automatically be assumed suitable for vehicle loads without supporting technical information.

Bluestone and Flagstone

Bluestone is a commercial name used for certain natural stones, and its geological composition can vary by source.

Flagstone describes relatively flat pieces of stone used for paving, often with irregular shapes. It is a format rather than one geological material.

These products are common in informal garden paths and naturalistic patio designs.

Irregular flagstone can produce an attractive layout, but fitting individual pieces may take more time than installing dimensionally consistent manufactured pavers.

Uneven edges, wide joints, and surface variations also need attention, especially on frequently used walkways.

Travertine and Limestone

Travertine and limestone are often selected for their earth tones and natural appearance.

Some products are used around swimming pools, on patios, and in outdoor entertaining areas.

However, their suitability varies significantly by source and climate.

A limestone that performs well as exterior wall cladding may not be appropriate for a walking surface exposed to repeated freezing and thawing.

The Natural Stone Institute notes that the number of limestone varieties with a successful history in exterior paving under freeze-thaw conditions is relatively limited.

For projects in colder regions, ask for performance documentation for the specific stone rather than relying on a broad description such as "outdoor limestone."

What Should You Check With Natural Stone?

Useful product information includes water absorption, flexural strength, abrasion resistance, dimensional tolerances, and documented suitability for the expected environmental exposure.

Surface finish is equally important. A polished finish may behave differently underfoot from a textured or naturally cleft surface.

The Natural Stone Institute's ASTM Standards guidance explains the role of material specifications and testing.

Natural Stone Trade-Offs

Stone can provide distinctive texture and variation, but installation may involve more cutting, sorting, or adjustment for dimensional differences.

Some products also require specialized cleaning or protection against staining.

Acid-sensitive stones such as limestone and travertine need particular care because unsuitable cleaning chemicals can damage their surfaces.

Natural stone should therefore be compared as a specific product with documented properties, not as a single universally durable material category.

4. Porcelain Pavers

Outdoor porcelain pavers are manufactured ceramic products designed for exterior use.

They are commonly associated with contemporary patios, terraces, and pool surrounds.

Many manufacturers offer products with stone-look, concrete-look, or wood-look finishes.

Porcelain is generally characterized by low water absorption, but surface characteristics and installation requirements vary by product.

Advantages of Porcelain Pavers

Porcelain can be attractive when you want a consistent manufactured appearance with relatively low water absorption.

The material is available in a range of contemporary finishes and often has uniform dimensions that suit precise layouts.

Suitable outdoor porcelain products can resist many ordinary stains and moisture-related problems.

However, stain resistance, slip resistance, and long-term performance must be evaluated using the actual product specifications.

A wood-look porcelain paver may resemble timber visually, but it does not necessarily have the same temperature, comfort, or traction characteristics.

Where Can Porcelain Pavers Be Installed?

Depending on their specifications, outdoor porcelain pavers may be used for patios, pedestrian terraces, garden walkways, pool decks, and certain elevated surfaces.

Installation methods vary.

Some products are designed for installation over a prepared granular base. Others may be installed using a mortar system or an approved pedestal arrangement.

These systems have different support, edge, drainage, and safety requirements.

A porcelain paver designed for pedestal installation is not automatically suitable for the same application when placed on sand.

Can Porcelain Pavers Be Used for Driveways?

Some porcelain systems are approved for limited vehicle traffic, but that approval applies to the specified product and installation.

For example, Landmark Ceramics identifies its Frontier20 porcelain pavers as suitable for light residential vehicular traffic when installed over an appropriate reinforced concrete base using a compatible mortar system.

The manufacturer's guidance describes a reinforced concrete base at least 4 inches thick for this application.

That example does not mean every 20 mm porcelain paver can be used in a driveway, or that the same product can support vehicles when installed over an ordinary pedestrian base.

For vehicular use, obtain confirmation of the complete approved assembly—not just the paver thickness.

Limitations of Porcelain

Porcelain can require specialized cutting equipment and careful edge protection.

Large units also depend on appropriate support. Improper installation may contribute to movement, cracking, or edge damage.

Elevated pedestal systems bring additional considerations, including support layout, perimeter restraint, wind exposure, and applicable structural requirements.

These details should be established using the manufacturer's documentation and, where necessary, qualified design.

5. Permeable Pavers and Stormwater Management

Permeable paving is different from choosing concrete, brick, stone, or porcelain based on appearance.

It describes a pavement system designed to admit and manage water.

For example, many permeable interlocking concrete pavements use solid concrete units separated by specially designed joints filled with permeable aggregate.

Rainwater passes through those joints into open-graded aggregate layers below.

Depending on the design and site conditions, the water may infiltrate the soil, be stored temporarily, or drain through an underdrain.

Permeable clay brick paving systems also exist.

How Is Permeable Paving Different?

A conventional pavement usually relies on surface grades and drainage features to direct runoff.

A permeable pavement is designed to let water enter the pavement structure.

That means the joint material, bedding layer, base, and drainage design are part of its stormwater function.

Simply leaving larger spaces between ordinary pavers does not create an engineered permeable system.

Where Can Permeable Pavers Be Used?

Potential applications include residential driveways, patios, walkways, and other locations where stormwater management is part of the project.

Suitability depends on site-specific conditions, including:

Soil infiltration characteristics

Expected runoff volume

Groundwater conditions

Distance from sensitive structures

Available drainage outlets

Local stormwater requirements

Maintenance access

Permeable pavement is not automatically appropriate near a foundation or on every poorly draining site.

Do Permeable Pavers Need Maintenance?

Yes.

Sediment can accumulate in the joints and reduce the rate at which water enters the pavement.

Maintenance may include appropriate removal of accumulated sediment and restoration of joint materials according to the system design.

Ordinary bedding sand or conventional polymeric joint sand should not be substituted for the specified open-graded aggregate in a permeable interlocking concrete pavement.

The CMHA maintenance guidance distinguishes permeable systems from conventional sand-set paving for this reason.

A detailed discussion of infiltration, storage layers, underdrains, and system design belongs in a separate permeable pavers guide.

What About Rubber, Plastic, and Composite Pavers?

Some manufacturers offer rubber, recycled-plastic, or composite paving products for specialized outdoor applications.

These should not automatically be compared with conventional concrete or clay paving units on the assumption that they have equivalent load capacity or installation requirements.

Their suitability depends on the specific product.

A resilient surface intended for a recreational area, for example, may be evaluated for different performance characteristics from a residential driveway paver.

Check the manufacturer's technical documentation and the intended application before treating these products as alternatives to conventional hardscape materials.

Choosing Pavers for Patios, Walkways, and Driveways

Once you understand the materials, the next step is to narrow the selection according to how the surface will be used.

Pavers for a Backyard Patio

Concrete, clay brick, natural stone, and exterior-rated porcelain can all be considered for a residential patio.

The decision often comes down to appearance, maintenance preferences, product availability, and the required installation method.

Concrete provides a wide range of manufactured designs. Clay brick brings a traditional character, while natural stone offers variation from piece to piece. Porcelain can support contemporary layouts with consistent dimensions.

Think about how the patio will be furnished and used.

A dining area benefits from a stable, reasonably even surface that allows chairs to move comfortably. A more informal garden retreat may accommodate irregular stone layouts.

Drainage, thresholds, and transitions to the house must be considered regardless of the chosen material.

Pavers for Walkways and Garden Paths

A garden path and a main entrance walkway can have different priorities.

Irregular flagstone may fit naturally into a landscape, but wide joints and uneven surfaces can make movement difficult for some users.

For frequently used paths, surface stability, joint design, transitions, and traction deserve particular attention.

Where accessible-route requirements apply, the pavement must meet the relevant standards for firm, stable, slip-resistant surfaces and other design characteristics.

The U.S. Access Board provides guidance on accessible floor and ground surfaces, but applicable legal requirements depend on the project.

Pavers for Driveways

Driveways require a more deliberate evaluation of loading.

Concrete and clay products are available for vehicular applications, but the appropriate thickness, dimensions, base, laying pattern, and edge restraint system matter.

Ask whether the pavement is intended for ordinary passenger vehicles or will also accommodate delivery trucks, recreational vehicles, or other heavier loads.

Vehicle turning and braking can place additional horizontal stresses on a segmental pavement.

For porcelain and natural stone, obtain product-specific approval for the proposed vehicular installation.

A material described as suitable for patios should not be used in a driveway without that confirmation.

Pavers for Pool Decks

Pool surrounds introduce frequent wetting, barefoot traffic, cleaning, and exposure to pool-related chemicals.

Surface texture, wet traction, comfort, and maintenance are important selection criteria.

Concrete, selected natural stone products, and exterior porcelain may all be suitable.

Do not assume that a material is slip-resistant simply because it has a rough appearance.

Likewise, claims that one paving material always stays cooler underfoot are too broad. Color, solar exposure, surface characteristics, and environmental conditions affect surface temperature.

Request samples and evaluate the actual finish under conditions relevant to the project.

Pavers for Balconies and Roof Decks

Elevated surfaces require a different level of planning.

The supporting structure, waterproofing, drainage, edge protection, and any pedestal system must be coordinated.

Some concrete and porcelain products are used in specialized elevated paving assemblies.

However, suitability for a ground-level patio does not establish suitability for a roof deck.

The complete system must be appropriate for the relevant structural, wind, safety, and drainage conditions.

Key Performance Factors to Compare

Two pavers made from the same material can perform differently. Once you've narrowed the material category, focus on the properties that matter for your location.

Freeze-Thaw and Deicing Exposure

In cold climates, repeated freezing and thawing can contribute to deterioration when moisture is present.

The specific paver's durability matters, but so does the supporting pavement system and its ability to manage water.

For concrete and clay units, ask for the applicable product standard and relevant durability documentation.

For natural stone, evaluate test results and comparable exterior performance. A history of successful wall-cladding use is not sufficient evidence for exterior paving.

For porcelain, confirm that the product and its installation method are approved for the expected exposure.

Deicing chemicals should also be considered where they are likely to be used.

Slip Resistance and Accessibility

Surface texture influences walking conditions, particularly when wet.

However, product marketing terms such as "anti-slip" should not replace an appropriate assessment of the finish and intended use.

The U.S. Access Board requires accessible floor and ground surfaces to be firm, stable, and slip-resistant where its standards apply.

It does not establish one universal minimum coefficient of friction for these surfaces.

Testing information should therefore be interpreted according to the particular test method and application.

Joint openings, surface level differences, and slopes also affect accessibility.

Drainage and Soil Conditions

Water management is fundamental to pavement performance.

A suitable drainage strategy helps reduce standing water and limits unwanted moisture accumulation.

Soil conditions also influence the supporting base.

Poorly compacted or unsuitable subgrade conditions can contribute to settlement, even when the paver itself remains undamaged.

The required base and drainage system should be designed for the site and paving product rather than selected from a generic installation diagram.

Cleaning, Staining, and Appearance

Outdoor pavers are exposed to soil, leaves, moisture, oils, and other contaminants.

Porcelain generally has low water absorption, while some natural stones need more specialized maintenance.

Concrete and clay have their own cleaning and sealing considerations.

Sealing may help with certain types of staining, but it is not universally required.

Some sealers also change the color or appearance of the surface.

Before selecting a product, ask what routine cleaning involves and whether any protective treatment is recommended.

Which Pavers Fit Your Project Priorities?

Use the following questions to narrow the products worth investigating.

These are starting points rather than universal recommendations. The actual product and installation design determine whether a material is appropriate.

How Paver Materials Affect Project Cost

The purchase price of the pavers is only part of the project cost.

A manufactured concrete paver may cost less per square foot than a particular natural stone product, but installed costs depend on much more than material type.

An irregular stone layout may require additional fitting and cutting. Porcelain can involve specialized tools or a particular support system.

Even a relatively inexpensive paver can become part of an expensive project when excavation, drainage, or site preparation is complicated.

A complete estimate should consider material delivery, excavation, removal of existing surfaces, subgrade preparation, base and bedding materials, edge restraints, joint materials, cutting, installation labor, and cleanup.

Special features such as steps, borders, drainage structures, or elevated support systems can add further costs.

A Simple Material Quantity Example

Suppose you're planning a rectangular patio measuring 12 feet by 16 feet.

The nominal paved area is:

12 × 16 = 192 square feet

That figure does not automatically represent the number of square feet you should order.

The final quantity depends on the paver dimensions, layout, borders, cutting, breakage allowance, and packaging.

A rectangular running-bond layout and an irregular flagstone design may have different material waste requirements.

Confirm the ordering quantity after selecting the actual product and finalizing the layout.

Comparing Contractor Quotes

Ask contractors to identify the proposed paving product and the construction system supporting it.

One estimate might include more excavation, a different base, or additional drainage work.

Those differences can explain why quotes for visually similar surfaces vary considerably.

Compare equivalent scopes before focusing on the final price.

What to Check Before Ordering Pavers

A supplier should be able to provide enough information for you to compare the proposed product with its intended use.

Use this checklist before placing an order:

For natural stone, ask about the specific stone source and its documented properties. For porcelain, confirm the approved installation assembly. For concrete or clay, check the applicable paving classification.

Questions for Your Installer

Before approving the work, ask how the contractor will prepare the site, manage drainage, install edge restraints, and maintain appropriate surface levels.

Discuss the chosen joint material and what happens if the installation needs repair later.

The contractor should also explain any product-specific requirements that affect installation, such as specialized cutting, mortar systems, or elevated support details.

If the work involves a driveway, pool deck, or roof terrace, confirm that the proposed assembly is appropriate for that application.

Common Mistakes When Choosing Pavers

Choosing by appearance alone. A visually appealing material may have the wrong finish, thickness, or performance characteristics for the project.

Treating all pavers as interchangeable. A pedestrian patio slab and a vehicular-rated interlocking unit are not equivalent simply because both are made of concrete.

Overlooking drainage and base preparation. Settlement and standing water can result from problems beneath the visible paving.

Assuming every outdoor stone tolerates freezing. Natural stone performance varies by source, composition, and exposure.

Confusing permeable joints with permeable pavement. Stormwater performance depends on the designed system, including the underlying layers.

Comparing only material prices. Labor, excavation, drainage, and installation requirements can change the total project cost substantially.

Ordering before the layout is settled. Patterns, borders, and cutting affect quantities and material waste.

These problems are easier to address during planning than after materials have been delivered.

Frequently Asked Questions About Paver Types

What Are the Main Types of Pavers?

The main material groups are concrete, clay brick, natural stone, and porcelain. Permeable paving describes a system designed to manage water rather than a separate material category.

Are Concrete or Brick Pavers Better for a Patio?

Both can be suitable. Concrete offers a broad selection of manufactured shapes and finishes, while clay brick provides a traditional fired-clay appearance.

The decision depends on the actual products, availability, cost, maintenance expectations, and desired design.

Which Pavers Can Be Used for a Driveway?

Concrete and clay paving units are available for vehicular applications. Certain natural stone and porcelain systems may also be suitable.

Check the product rating, expected traffic, and complete supporting assembly before selecting a driveway material.

Which Pavers Work in Cold Climates?

Suitable products are available in several material categories, but freeze-thaw resistance must be supported by appropriate product information and installation requirements.

The general material name is not enough to confirm suitability.

Are Porcelain Pavers Strong Enough for Cars?

Some porcelain systems are approved for light vehicular use when installed according to specific manufacturer requirements.

That approval does not apply to all porcelain products or every installation method.

Do All Pavers Allow Rainwater to Drain Through?

No. Conventional paver installations commonly manage runoff through surface drainage.

Engineered permeable pavements are designed to admit water through their surface openings and manage it in the underlying layers.

Do Pavers Need to Be Sealed?

Not always. Sealing requirements depend on the material, finish, product recommendations, and environmental exposure.

Some products benefit from compatible treatments, while others do not require conventional penetrating sealers.

Final Paver Selection Checklist

Before committing to a product, make sure you can answer five questions:

Where will it be used? Define the expected traffic, loads, and surface conditions.

Is the product suitable? Check the manufacturer's approved applications and relevant performance information.

What installation does it require? Confirm base, bedding, drainage, joints, and edge details.

How will it age and be maintained? Understand cleaning, staining, weather exposure, and repair requirements.

What is the complete project cost? Compare materials and installation together rather than relying on unit prices.

Concrete, clay brick, natural stone, and porcelain can all produce attractive, functional outdoor spaces when the products and pavement systems are appropriate.

Start with the intended use, compare the actual products, and evaluate the complete installation—not just the visible pavers.

Technical References

The technical information in this guide was checked against:

Concrete Masonry and Hardscapes Association (CMHA): Application Guide for Interlocking Concrete Pavements, PAV-TEC-010-22, and Maintenance Guide for Permeable Interlocking Concrete Pavements, PAV-TEC-023.

Brick Industry Association (BIA): Technical Note 14 — Paving Systems Using Clay Pavers, May 2017.

ASTM International: ASTM C936, ASTM C902, and ASTM C1272, for their respective paving product applications.

Natural Stone Institute: ASTM testing guidance, natural stone technical resources, and information on exterior limestone applications.

Landmark Ceramics: Frontier20 Installation Guide, including system-specific vehicular installation guidance.

U.S. Access Board: Guide to the ADA Accessibility Standards — Floor and Ground Surfaces.

Installation instructions, applicable standards, and local requirements should be verified for the actual project.

Technical sources reviewed: October 3, 2026.