We no longer produce printed catalogs. The breadth and depth of our product line, along with frequent updates, make it impractical to capture everything in a static format. Instead, our website serves as the most accurate, up-to-date, and comprehensive resource for all Brick It products, systems, and services. It’s faster, more informative, and better for the environment. Let’s save a tree by browsing online!
For most straightforward thin brick projects, we recommend ordering approximately 3–4% extra material to account for cuts, waste, and breakage. When purchasing cut brick specifically, it’s wise to increase that overage slightly due to the cutting process. For machine-molded bricks, plan for at least 5–6% overage, and for hand-molded or reclaimed/used products, 7–10% is recommended. The Brick Industry Association (BIA) suggests even higher allowances depending on brick type and project complexity. It's always better to order a bit more upfront than risk delays due to shortages.
Not all of Brick-It’s thin brick veneers are cut from full brick. We offer a large selection of manufactured thin brick that is made to standard thin veneer specifications. However, to expand our offerings and meet the demand for unique colors, textures, and specific matches, we also provide a brick-cutting service. Cutting full-size bricks into veneers allows us to offer options that may not be available in manufactured thin brick form. Please note that not every brick type can be successfully cut into thin veneer due to its composition or structure.
Both cut brick and manufactured thin brick are high-quality options, and each has its place depending on the project. Cut brick offers the benefit of matching existing full brick when a perfect color or texture match is needed. Manufactured thin brick, on the other hand, is purpose-made to specific dimensions and may be more cost-effective when readily available. At Brick It, we often say: “If it’s available in thin brick, don’t cut it.” Cutting is best reserved for cases where a specific match or unique brick is required.
While not all thin bricks we offer are cut from full bed brick, those that are are typically cut to a standard thickness of 5/8 or 3/4 inch. However, we can customize the thickness upon request to meet specific design or architectural requirements. This flexibility is especially useful for details such as rowlock bands, quoins, chimney accents, and other decorative elements that may call for a thicker profile.
Thin brick is not intended to replace full brick in structural applications, but rather to provide a practical alternative where full-depth masonry is not feasible or cost-effective. While the material cost of thin brick can sometimes be comparable or even slightly higher than that of full brick, the overall installed cost is typically lower. This is because thin brick requires no foundations, footings, or lintels, and its lighter weight simplifies installation. The savings are especially significant in renovation projects, where thin brick can be applied without excavation or disruption to existing landscaping or structures.
Thin brick is a real clay masonry unit designed to replicate the appearance of traditional full-size brick at a fraction of the thickness. Brick It thin brick is kiln-fired and manufactured to meet ASTM C1088 standards for thin veneer units. It is made for severe weather conditions and typically does not exceed a thickness of 1 ¾ inches.
Brick It offers thin brick in all standard industry sizes. The most popular is the Modular (MOD) size, with a face dimension of 2 1/4" x 7 5/8". Other sizes are also available to accommodate specific project requirements. When purchasing metal panel systems separately, it is important to confirm the brick height to ensure accurate panel compatibility.
Thin brick is a versatile cladding material used in residential, commercial, and industrial projects. It delivers the look of traditional brick without the added weight or structural requirements. Common applications include interior and exterior walls, fireplaces, backsplashes, facades, entryways, and storefronts. It can be installed over wood, metal, concrete, or drywall using adhesive or panel systems. Thin brick is also popular for restaurants, amusement parks, signage, chimneys, and ceiling accents.
No. All the bricks we offer are authentic kiln-fired clay units. We do not sell fake, faux, or imitation bricks made from plastic, foam, or other synthetic materials.
Our thin bricks are simply real bricks. Some choices have been cut from full-size units to achieve a thinner profile, maintaining the same durability, appearance, and longevity as traditional masonry.
Thin brick offers minimal insulation on its own. Its R-value (a measure of thermal resistance) is very low—typically around R-0.05 to R-0.1 for a standard ½-inch thick brick. For comparison:
While thin brick provides the appearance and durability of real masonry, it is not intended to act as an insulator. If energy efficiency or code compliance is a concern, you should incorporate dedicated insulation materials (such as rigid foam or continuous insulation systems) into your wall assembly.
For improved thermal performance, consider using our Continuous Insulation System (CI), which combines thin brick with integrated foam insulation and proper fastening methods.
For painting a brick wall, we generally recommend using a high-quality exterior acrylic latex paint. This type of paint is:
However, brick is a porous material, and painting it is often a permanent decision. That’s why we strongly recommend consulting with a painting professional before beginning your project.
Many paint manufacturers offer products specifically formulated for masonry, and your local paint retailer can be a valuable resource. Depending on your specific application, you should ask about:
Always test your chosen paint on a small area first to ensure it delivers the finish and performance you expect.
In most cases, brick veneer does not require regular maintenance. Thin brick and full bricks are durable and low-maintenance materials. However, if cleaning becomes necessary, we recommend using products specifically formulated for masonry and following the manufacturer’s instructions closely.
Glazed bricks are extruded bricks that have a glaze applied in a separate step, often at a different facility. During firing, the glaze becomes part of the brick surface, creating a smooth, durable, and uniform finish. Glazed bricks come in a wide range of colors and may include speckled or decorative effects.
Handmade bricks offer old-world charm and craftsmanship. Each brick is individually formed in wooden molds, giving it a unique texture and character. No two bricks are exactly alike, making them ideal for historically inspired or custom projects.
Tumbled bricks are extruded and fired bricks that are intentionally distressed to give them a weathered or aged appearance. This can be done through mechanical tumbling or by applying a textured pattern to the surface before or after firing.
Extruded bricks are made by pushing the brick material through a die under very high pressure, creating a long strip that is then sliced into individual bricks. These bricks typically have sharp, uniform edges and may be textured in various ways for visual interest. Bricks with holes in the center are often extruded.
If you like soft, irregular shapes and a sand texture, then molded brick is a great choice. Molded bricks are made by filling a box mold with brick material, vibrating it, and then releasing it. This process gives each brick a distinctive and more traditional appearance.
Our product supports sustainable building practices and may contribute to LEED® certification under the U.S. Green Building Council (USGBC). It qualifies for several credits under LEED-NC v2.2 and LEED 2009, including:
Materials and Resources (MR):
MR Credit 3 – Resource Reuse: Incorporates salvaged, refurbished, or reused materials.
MR Credit 4 – Recycled Content: Contains both pre-consumer and post-consumer recycled content.
MR Credit 5 – Regional Materials: May qualify as a local material depending on the project’s proximity to the manufacturing location.
Indoor Environmental Quality (EQ):
EQ Credit 4.1 – Low-Emitting Materials: Adhesives & Sealants: Compatible low-VOC adhesive options available.
Innovation in Design (ID):
ID Credit 1 – Innovation in Design: System design and efficiency may contribute to innovation credits through performance or methodology.
Additionally, our product is recyclable or biodegradable after use, contributing to waste reduction strategies.
For more information on LEED credits and guidelines, please visit www.usgbc.org.
Yes, we have a large brick library and also offer brick cutting services that allow us to convert many full bricks into thin veneer. While not all bricks are available in thin format, cutting full-size bricks can significantly increase the chances of a successful match.
To begin the matching process, please provide:
Once we receive this information, our team can assess your match request and recommend the best available options.
Thin brick veneer is non-structural and not designed to support loads. We generally do not recommend fastening directly into the veneer. Instead, anchor fixtures to the underlying wall structure before applying the veneer.
Best Practices:
For masonry or concrete substrates, wall deflection is typically not a concern, since the substrate and veneer have similar stiffness. However, when installing thin brick over wood or steel stud framing, deflection must be carefully controlled due to the difference in stiffness between the veneer and the frame.
Yes. Both the International Residential Code (IRC) and the International Building Code (IBC) require exterior walls to include:
A water-resistive barrier (WRB)
A means of drainage behind the veneer, with limited exceptions
General Requirements:
WRB must be installed over sheathing or studs in framed wall assemblies
Assemblies tested to ASTM E331 for wind-driven rain resistance may also be exempt
Material Standards:
Acceptable WRB: One layer of No. 15 asphalt felt (ASTM D226, Type I) or other approved material
Over wood-based sheathing:
Use two layers of vapor-permeable WRB (equivalent to Grade D paper), or
A single high-performance WRB (60-minute Grade D equivalent) separated from the veneer by a drainage space or non-absorbent layer
Means of Drainage:
While code does not prescribe exact materials, products such as drainage mats are commonly used and preferred
Brick It’s MCS and CI systems incorporate designed drainage solutions that meet these requirements
WRBs are not required for interior applications, but may still be helpful in preventing moisture damage during installation.
For full compliance, consult your local building codes or refer to the IBC/IRC.
According to the International Residential Code (IRC) and International Building Code (IBC), exterior thin brick veneer over stud walls must maintain minimum clearances for durability and moisture protection:
Yes, sample boards are often sufficient for initial evaluation. However, for larger projects, we recommend building a field panel (also called a mock-up or field sample) to finalize product selection and set quality expectations. This freestanding panel, typically about 15 sq. ft., serves as the on-site reference standard for brick bond, mortar, workmanship, and appearance.
Use our [Material Calculator] to estimate the materials needed for constructing your panel. It's usually the responsibility of the general contractor and mason to maintain the field panel until final project approval.
Product samples can be ordered directly from each brick’s product page on our website. Mortar color samples are available under the “Mortar” tab. For custom requests, feel free to [contact us].
Thin brick systems are known for their durability and low maintenance. When properly installed, they typically require little upkeep. Still, it’s recommended to inspect the veneer at least once a year. Focus on key areas such as sealant joints, mortar condition, alignment of the wall, and any signs of movement or cracking. Early detection of issues allows for simple repairs before more serious problems arise. Regular cleaning with low-pressure water and non-acidic solutions can help maintain appearance, if needed.
Brick waste and chippage allowances are guided by ASTM standards, which typically permit 5–10% of a shipment to include chipped or broken bricks.
When estimating brick quantities:
Calculate the net number of bricks required.
Add at least 5% extra to account for breakage and waste during transport and installation.
Standard Allowance: +5–10%
Higher Waste Rate? Use more if your project involves complex cuts, tough site conditions, or rough handling.
Source: Brick Industry Association
We no longer produce printed catalogs. The breadth and depth of our product line, along with frequent updates, make it impractical to capture everything in a static format. Instead, our website serves as the most accurate, up-to-date, and comprehensive resource for all Brick It products, systems, and services. It’s faster, more informative, and better for the environment. Let’s save a tree by browsing online!
For most straightforward thin brick projects, we recommend ordering approximately 3–4% extra material to account for cuts, waste, and breakage. When purchasing cut brick specifically, it’s wise to increase that overage slightly due to the cutting process. For machine-molded bricks, plan for at least 5–6% overage, and for hand-molded or reclaimed/used products, 7–10% is recommended. The Brick Industry Association (BIA) suggests even higher allowances depending on brick type and project complexity. It's always better to order a bit more upfront than risk delays due to shortages.
Thin brick offers minimal insulation on its own. Its R-value (a measure of thermal resistance) is very low—typically around R-0.05 to R-0.1 for a standard ½-inch thick brick. For comparison:
While thin brick provides the appearance and durability of real masonry, it is not intended to act as an insulator. If energy efficiency or code compliance is a concern, you should incorporate dedicated insulation materials (such as rigid foam or continuous insulation systems) into your wall assembly.
For improved thermal performance, consider using our Continuous Insulation System (CI), which combines thin brick with integrated foam insulation and proper fastening methods.
For painting a brick wall, we generally recommend using a high-quality exterior acrylic latex paint. This type of paint is:
However, brick is a porous material, and painting it is often a permanent decision. That’s why we strongly recommend consulting with a painting professional before beginning your project.
Many paint manufacturers offer products specifically formulated for masonry, and your local paint retailer can be a valuable resource. Depending on your specific application, you should ask about:
Always test your chosen paint on a small area first to ensure it delivers the finish and performance you expect.
In most cases, brick veneer does not require regular maintenance. Thin brick and full bricks are durable and low-maintenance materials. However, if cleaning becomes necessary, we recommend using products specifically formulated for masonry and following the manufacturer’s instructions closely.
Glazed bricks are extruded bricks that have a glaze applied in a separate step, often at a different facility. During firing, the glaze becomes part of the brick surface, creating a smooth, durable, and uniform finish. Glazed bricks come in a wide range of colors and may include speckled or decorative effects.
Handmade bricks offer old-world charm and craftsmanship. Each brick is individually formed in wooden molds, giving it a unique texture and character. No two bricks are exactly alike, making them ideal for historically inspired or custom projects.
Tumbled bricks are extruded and fired bricks that are intentionally distressed to give them a weathered or aged appearance. This can be done through mechanical tumbling or by applying a textured pattern to the surface before or after firing.
Extruded bricks are made by pushing the brick material through a die under very high pressure, creating a long strip that is then sliced into individual bricks. These bricks typically have sharp, uniform edges and may be textured in various ways for visual interest. Bricks with holes in the center are often extruded.
If you like soft, irregular shapes and a sand texture, then molded brick is a great choice. Molded bricks are made by filling a box mold with brick material, vibrating it, and then releasing it. This process gives each brick a distinctive and more traditional appearance.
Our product supports sustainable building practices and may contribute to LEED® certification under the U.S. Green Building Council (USGBC). It qualifies for several credits under LEED-NC v2.2 and LEED 2009, including:
Materials and Resources (MR):
MR Credit 3 – Resource Reuse: Incorporates salvaged, refurbished, or reused materials.
MR Credit 4 – Recycled Content: Contains both pre-consumer and post-consumer recycled content.
MR Credit 5 – Regional Materials: May qualify as a local material depending on the project’s proximity to the manufacturing location.
Indoor Environmental Quality (EQ):
EQ Credit 4.1 – Low-Emitting Materials: Adhesives & Sealants: Compatible low-VOC adhesive options available.
Innovation in Design (ID):
ID Credit 1 – Innovation in Design: System design and efficiency may contribute to innovation credits through performance or methodology.
Additionally, our product is recyclable or biodegradable after use, contributing to waste reduction strategies.
For more information on LEED credits and guidelines, please visit www.usgbc.org.
Thin brick veneer is non-structural and not designed to support loads. We generally do not recommend fastening directly into the veneer. Instead, anchor fixtures to the underlying wall structure before applying the veneer.
Best Practices:
For masonry or concrete substrates, wall deflection is typically not a concern, since the substrate and veneer have similar stiffness. However, when installing thin brick over wood or steel stud framing, deflection must be carefully controlled due to the difference in stiffness between the veneer and the frame.
Yes. Both the International Residential Code (IRC) and the International Building Code (IBC) require exterior walls to include:
A water-resistive barrier (WRB)
A means of drainage behind the veneer, with limited exceptions
General Requirements:
WRB must be installed over sheathing or studs in framed wall assemblies
Assemblies tested to ASTM E331 for wind-driven rain resistance may also be exempt
Material Standards:
Acceptable WRB: One layer of No. 15 asphalt felt (ASTM D226, Type I) or other approved material
Over wood-based sheathing:
Use two layers of vapor-permeable WRB (equivalent to Grade D paper), or
A single high-performance WRB (60-minute Grade D equivalent) separated from the veneer by a drainage space or non-absorbent layer
Means of Drainage:
While code does not prescribe exact materials, products such as drainage mats are commonly used and preferred
Brick It’s MCS and CI systems incorporate designed drainage solutions that meet these requirements
WRBs are not required for interior applications, but may still be helpful in preventing moisture damage during installation.
For full compliance, consult your local building codes or refer to the IBC/IRC.
Yes, sample boards are often sufficient for initial evaluation. However, for larger projects, we recommend building a field panel (also called a mock-up or field sample) to finalize product selection and set quality expectations. This freestanding panel, typically about 15 sq. ft., serves as the on-site reference standard for brick bond, mortar, workmanship, and appearance.
Use our [Material Calculator] to estimate the materials needed for constructing your panel. It's usually the responsibility of the general contractor and mason to maintain the field panel until final project approval.
Product samples can be ordered directly from each brick’s product page on our website. Mortar color samples are available under the “Mortar” tab. For custom requests, feel free to [contact us].
Brick waste and chippage allowances are guided by ASTM standards, which typically permit 5–10% of a shipment to include chipped or broken bricks.
When estimating brick quantities:
Calculate the net number of bricks required.
Add at least 5% extra to account for breakage and waste during transport and installation.
Standard Allowance: +5–10%
Higher Waste Rate? Use more if your project involves complex cuts, tough site conditions, or rough handling.
Source: Brick Industry Association
Thin brick veneer is non-structural and not designed to support loads. We generally do not recommend fastening directly into the veneer. Instead, anchor fixtures to the underlying wall structure before applying the veneer.
Best Practices:
For masonry or concrete substrates, wall deflection is typically not a concern, since the substrate and veneer have similar stiffness. However, when installing thin brick over wood or steel stud framing, deflection must be carefully controlled due to the difference in stiffness between the veneer and the frame.
Yes. Both the International Residential Code (IRC) and the International Building Code (IBC) require exterior walls to include:
A water-resistive barrier (WRB)
A means of drainage behind the veneer, with limited exceptions
General Requirements:
WRB must be installed over sheathing or studs in framed wall assemblies
Assemblies tested to ASTM E331 for wind-driven rain resistance may also be exempt
Material Standards:
Acceptable WRB: One layer of No. 15 asphalt felt (ASTM D226, Type I) or other approved material
Over wood-based sheathing:
Use two layers of vapor-permeable WRB (equivalent to Grade D paper), or
A single high-performance WRB (60-minute Grade D equivalent) separated from the veneer by a drainage space or non-absorbent layer
Means of Drainage:
While code does not prescribe exact materials, products such as drainage mats are commonly used and preferred
Brick It’s MCS and CI systems incorporate designed drainage solutions that meet these requirements
WRBs are not required for interior applications, but may still be helpful in preventing moisture damage during installation.
For full compliance, consult your local building codes or refer to the IBC/IRC.
According to the International Residential Code (IRC) and International Building Code (IBC), exterior thin brick veneer over stud walls must maintain minimum clearances for durability and moisture protection:
Yes, sample boards are often sufficient for initial evaluation. However, for larger projects, we recommend building a field panel (also called a mock-up or field sample) to finalize product selection and set quality expectations. This freestanding panel, typically about 15 sq. ft., serves as the on-site reference standard for brick bond, mortar, workmanship, and appearance.
Use our [Material Calculator] to estimate the materials needed for constructing your panel. It's usually the responsibility of the general contractor and mason to maintain the field panel until final project approval.
Product samples can be ordered directly from each brick’s product page on our website. Mortar color samples are available under the “Mortar” tab. For custom requests, feel free to [contact us].
Brick waste and chippage allowances are guided by ASTM standards, which typically permit 5–10% of a shipment to include chipped or broken bricks.
When estimating brick quantities:
Calculate the net number of bricks required.
Add at least 5% extra to account for breakage and waste during transport and installation.
Standard Allowance: +5–10%
Higher Waste Rate? Use more if your project involves complex cuts, tough site conditions, or rough handling.
Source: Brick Industry Association
Thin brick veneer is non-structural and not designed to support loads. We generally do not recommend fastening directly into the veneer. Instead, anchor fixtures to the underlying wall structure before applying the veneer.
Best Practices:
For masonry or concrete substrates, wall deflection is typically not a concern, since the substrate and veneer have similar stiffness. However, when installing thin brick over wood or steel stud framing, deflection must be carefully controlled due to the difference in stiffness between the veneer and the frame.
Yes. Both the International Residential Code (IRC) and the International Building Code (IBC) require exterior walls to include:
A water-resistive barrier (WRB)
A means of drainage behind the veneer, with limited exceptions
General Requirements:
WRB must be installed over sheathing or studs in framed wall assemblies
Assemblies tested to ASTM E331 for wind-driven rain resistance may also be exempt
Material Standards:
Acceptable WRB: One layer of No. 15 asphalt felt (ASTM D226, Type I) or other approved material
Over wood-based sheathing:
Use two layers of vapor-permeable WRB (equivalent to Grade D paper), or
A single high-performance WRB (60-minute Grade D equivalent) separated from the veneer by a drainage space or non-absorbent layer
Means of Drainage:
While code does not prescribe exact materials, products such as drainage mats are commonly used and preferred
Brick It’s MCS and CI systems incorporate designed drainage solutions that meet these requirements
WRBs are not required for interior applications, but may still be helpful in preventing moisture damage during installation.
For full compliance, consult your local building codes or refer to the IBC/IRC.
According to the International Residential Code (IRC) and International Building Code (IBC), exterior thin brick veneer over stud walls must maintain minimum clearances for durability and moisture protection:
Yes, sample boards are often sufficient for initial evaluation. However, for larger projects, we recommend building a field panel (also called a mock-up or field sample) to finalize product selection and set quality expectations. This freestanding panel, typically about 15 sq. ft., serves as the on-site reference standard for brick bond, mortar, workmanship, and appearance.
Use our [Material Calculator] to estimate the materials needed for constructing your panel. It's usually the responsibility of the general contractor and mason to maintain the field panel until final project approval.
Product samples can be ordered directly from each brick’s product page on our website. Mortar color samples are available under the “Mortar” tab. For custom requests, feel free to [contact us].
Brick waste and chippage allowances are guided by ASTM standards, which typically permit 5–10% of a shipment to include chipped or broken bricks.
When estimating brick quantities:
Calculate the net number of bricks required.
Add at least 5% extra to account for breakage and waste during transport and installation.
Standard Allowance: +5–10%
Higher Waste Rate? Use more if your project involves complex cuts, tough site conditions, or rough handling.
Source: Brick Industry Association
If you need help with your order or consult our design experts for advice, do not hesitate to contact us. We're happy to help!
