Countertop Framing: The Ultimate Guide Revealed!

Cabinetry provides the foundation for countertop framing, an essential step in kitchen and bathroom renovations. Precise measurements, like those taught by the National Association of Home Builders (NAHB), are crucial for successful countertop framing. The selection of wood, such as plywood or MDF, directly impacts the durability of the countertop framing. Proper tools, particularly a quality miter saw, are vital for achieving clean and accurate cuts during countertop framing. The following guide will outline the best practices for countertop framing, ensuring a professional and lasting result.

The Foundation of a Beautiful Countertop

A stunning countertop can transform a kitchen or bathroom, becoming a focal point that elevates the entire space. However, the beauty of any countertop is only skin deep if it lacks a solid foundation. This is where proper countertop framing comes into play.

Think of countertop framing as the unsung hero of your kitchen or bathroom renovation. It's the structural support system beneath the surface, ensuring your investment remains stable, durable, and visually appealing for years to come.

But what exactly is countertop framing, and why is it so vital?

What is Countertop Framing?

Countertop framing refers to the construction of a supportive framework, typically made of wood, that sits beneath the countertop material itself. It acts as a skeletal structure, providing crucial support and preventing common issues like sagging, cracking, and premature wear.

Why is Framing Crucial?

Countertop framing is absolutely essential for any countertop installation, regardless of the material you choose. Here's why:

• Provides Essential Support: Countertops, especially those made of heavy materials like granite or concrete, require substantial support to distribute their weight evenly. Framing provides this necessary support, preventing stress points that can lead to cracks or breakage.

• Prevents Sagging: Without proper framing, countertops can sag over time, particularly in areas where they span open spaces or have unsupported overhangs. This sagging not only looks unsightly but can also compromise the structural integrity of the countertop.

• Extends Countertop Lifespan: A well-constructed frame protects your countertop from unnecessary stress and strain, significantly extending its lifespan. By providing a stable and level surface, the frame minimizes the risk of damage and ensures your countertop remains in pristine condition for years to come.

• Enhances Aesthetics: Believe it or not, proper framing even contributes to the overall aesthetics of your countertop. A level and stable surface ensures a smooth, even appearance, showcasing the beauty of the countertop material to its full potential.

A Step-by-Step Guide Awaits

This guide will provide you with clear, step-by-step instructions on how to properly frame your countertop, ensuring a professional and long-lasting result. We'll cover everything from selecting the right materials and tools to assembling and installing the frame itself. Get ready to learn how to build a solid foundation for your beautiful new countertop!

Understanding Countertop Framing Fundamentals

As we've established, the visible beauty of a countertop is only truly realized when it rests upon a solid, well-engineered frame. But to truly appreciate the importance of this structural element, it’s essential to delve into the fundamental principles that govern its design and function.

Countertop Framing: Definition and Significance

Countertop framing, at its core, is the construction of a supportive framework beneath the countertop surface. This framework, most often crafted from wood, acts as the skeleton that bears the countertop's weight.

Think of it as the foundation of a house – unseen but utterly vital. Its significance lies in its ability to provide stability, prevent warping, and extend the lifespan of your investment.

The Critical Role of Support Structures

The primary function of countertop framing is to distribute weight evenly. Countertops, particularly those made from heavy materials like granite or concrete, exert a considerable load on the underlying cabinets or support structures.

Without adequate framing, this weight can concentrate in specific areas, leading to stress points. These stress points are where problems begin – cracks, breaks, and eventual failure.

A properly designed frame acts as a load-bearing grid, spreading the weight across a larger area and minimizing the risk of concentrated stress.

This is especially crucial for areas with unsupported overhangs or spans between cabinets. The frame bridges these gaps, providing continuous support where the countertop would otherwise be vulnerable to sagging.

Material Matters: Tailoring the Frame

One crucial aspect of understanding countertop framing is recognizing that one size does not fit all. The framing requirements vary significantly depending on the type of countertop material you choose.

Quartz and Granite Countertops

These engineered and natural stones are renowned for their beauty and durability, but they also boast significant weight. Framing for quartz and granite demands robust support, often requiring thicker framing members and closer spacing of support structures.

Consider adding plywood sheathing over the frame to further distribute the load and prevent point loads.

Butcher Block Countertops

Butcher block, with its inherent flexibility and susceptibility to moisture-related expansion and contraction, requires a framing approach that accommodates these characteristics.

Sufficient support is crucial to prevent sagging, but it's equally important to allow for movement. This can be achieved by using wider framing members with slotted screw holes to allow for wood movement.

Laminate Countertops

Laminate countertops, being relatively lightweight, might seem to require less robust framing. However, framing remains essential to provide a stable and level surface for the laminate to adhere to. A common practice involves constructing a particle board substrate, reinforced by a wooden frame underneath, to ensure rigidity and prevent flexing.

In essence, understanding the specific properties of your chosen countertop material is paramount to designing and constructing a framing system that provides optimal support, longevity, and aesthetic appeal. Neglecting this fundamental principle can lead to costly repairs and a diminished countertop lifespan.

Choosing the Right Materials for a Robust Frame

One crucial aspect of understanding countertop framing is selecting the appropriate materials. While a well-designed frame is essential, its effectiveness hinges on the quality and suitability of the materials used in its construction. Wood reigns supreme in countertop framing due to its workability and cost-effectiveness. However, choosing between solid wood and plywood, and understanding their respective properties, is critical for a durable and long-lasting result.

Wood: The Staple Framing Material

Wood offers a balance of strength, affordability, and ease of use that makes it a popular choice for countertop framing. Both solid wood and plywood are viable options, but their characteristics dictate which is best suited for specific applications.

Solid Wood: Strength and Stability

Solid wood, typically in the form of dimensional lumber, provides exceptional strength and rigidity. It's a great choice for supporting heavy countertops like granite or concrete, especially over larger spans.

However, solid wood is more prone to warping and expansion/contraction due to changes in humidity. This can lead to cracking or separation of the frame over time. It is also generally more expensive than plywood.

Plywood: Cost-Effective and Stable

Plywood, an engineered wood product made from multiple layers of wood veneer glued together, offers superior dimensional stability compared to solid wood. This means it's less likely to warp or twist, making it an excellent choice for areas prone to moisture fluctuations.

Plywood is also generally more affordable than solid wood.

However, plywood's edges are more vulnerable to damage and moisture penetration. Furthermore, while it offers good overall strength, it may not be as rigid as solid wood for supporting extremely heavy countertops over large unsupported spans.

Moisture Resistance: A Key Consideration

Moisture is the enemy of any wooden structure, and countertop frames are no exception, especially in kitchens and bathrooms. Water damage can lead to rot, mold growth, and ultimately, structural failure.

When choosing materials, prioritize moisture-resistant options.

For example, using pressure-treated lumber for areas directly exposed to moisture can provide an extra layer of protection. For plywood, look for varieties rated for exterior use or those treated with moisture-resistant coatings.

Consider sealing the wood with a waterproof sealant or paint to further protect it from moisture penetration. Regular maintenance, like wiping up spills promptly, will also extend the life of your frame.

Fasteners: Holding it All Together

The right fasteners are essential for creating a strong and durable countertop frame. Selecting appropriate screws and nails will ensure the frame remains securely assembled over time.

Screws

Screws provide superior holding power compared to nails and are generally preferred for countertop framing. Choose screws that are long enough to penetrate deeply into the framing members but not so long that they protrude through the other side. Deck screws or construction screws are excellent choices due to their strength and corrosion resistance.

Nails

While screws are generally preferred, nails can be used in conjunction with adhesive for added strength. Ring-shank nails offer better holding power than smooth-shank nails. When using a nail gun, ensure the pressure is properly adjusted to avoid overdriving the nails and damaging the wood.

Construction Adhesive: The Secret Weapon

Construction adhesive plays a vital role in creating a rock-solid countertop frame. It fills gaps between framing members, providing a stronger and more rigid connection. Apply a generous bead of construction adhesive to all mating surfaces before joining them with screws or nails. This creates a bond that is far stronger than fasteners alone, preventing squeaks and movement over time. Look for a high-quality construction adhesive specifically designed for wood bonding and that is also water-resistant.

Once the material is selected, and before even a single piece is cut, gathering the right tools is the next crucial step. Like any woodworking project, success in countertop framing hinges on having the right tools readily available. Accuracy, safety, and efficiency are all directly impacted by the quality and suitability of your equipment.

Essential Tools and Equipment: Your Countertop Framing Arsenal

A well-equipped workspace is a safe and efficient workspace. This section details the essential tools required for building a robust and reliable countertop frame, emphasizing accuracy, safety, and proper usage.

The Measuring Imperative

Accurate measurements are the bedrock of any successful countertop framing project. Inaccurate measurements can lead to gaps, uneven overhangs, and a host of other problems that compromise the integrity and aesthetics of your countertop.

A high-quality measuring tape is therefore indispensable.

Look for a tape measure with a clear, easy-to-read scale and a sturdy locking mechanism. Retractable metal tape measures are generally preferable. Consider a length of at least 25 feet to accommodate most countertop dimensions.

The level is equally critical, guaranteeing a perfectly horizontal and plumb frame. Countertops must be level for stability, proper drainage (in bathrooms and kitchens), and aesthetic appeal.

A spirit level, typically 24 to 48 inches in length, is suitable for most countertop applications. Digital levels offer even greater precision, but a traditional bubble level, properly calibrated, will suffice.

Cutting and Fastening Precision

Precise cuts are essential for creating a seamless and professional-looking countertop frame. Two power saws are commonly used for this purpose: the miter saw and the table saw.

A miter saw is ideal for making accurate crosscuts and angle cuts, particularly when framing corners. Choose a miter saw with a blade diameter appropriate for the thickness of your framing material.

A table saw excels at making long, straight cuts and ripping lumber to the desired width. While not always necessary for smaller projects, a table saw is invaluable for larger countertop installations or when working with thicker framing materials.

The drill is indispensable for pre-drilling pilot holes and driving screws. Pre-drilling prevents wood from splitting, ensuring a stronger and more durable connection.

A cordless drill with adjustable torque settings is ideal for countertop framing. A variety of drill bits and screwdriver bits will also be required.

Locating Studs for Secure Attachment

Securing the countertop frame to the wall studs is vital for stability, especially for wall-mounted countertops. A stud finder helps you quickly and accurately locate these studs behind the drywall.

Electronic stud finders are the most common type, using sensors to detect changes in density behind the wall. Magnetic stud finders are a simpler, less expensive option, but they may not be as accurate.

Safety First: Protecting Yourself

Countertop framing involves power tools and sharp objects, making safety a paramount concern. Always wear safety glasses to protect your eyes from flying debris.

Woodworking can generate dust that irritates the eyes.

Work gloves are also essential for protecting your hands from splinters, cuts, and abrasions. Choose gloves that provide a good grip and allow for dexterity.

Hearing protection, such as earplugs or earmuffs, is recommended when operating power tools for extended periods. Dust masks are a good idea as well to protect yourself from particles created when sanding or cutting wood.

Step-by-Step Guide to Countertop Framing: A Practical Approach

With the right tools in hand, the next phase involves translating planning into reality. This section provides a detailed, step-by-step guide to constructing a robust countertop frame. From initial measurements to securing the final support structures, this practical approach ensures a professional-quality result.

Step 1: Accurate Measurements and Planning

Precision begins with accurate measurements. It's the foundation upon which the entire project rests.

Inaccurate measurements will inevitably lead to costly mistakes and rework.

Measuring the Space

Begin by precisely measuring the length and width of the space where the countertop will be installed. Measure multiple times, checking for consistency.

Pay close attention to any irregularities in the walls or cabinets. Account for these imperfections in your measurements.

Calculating the Overhang

The overhang is the portion of the countertop that extends beyond the cabinets or supporting structure. The ideal overhang is generally between 1 and 1.5 inches.

This provides comfortable knee space and prevents spills from directly contacting the cabinets. Determine the desired overhang and add this dimension to your overall frame dimensions.

Planning the Frame Layout

Sketch a detailed plan of the frame layout, including the placement of all support structures. Consider the type of countertop material you'll be using. Heavier materials like granite and concrete will require more robust support than lighter materials like laminate.

Your plan should clearly indicate the dimensions of each frame component and the location of all fasteners. A well-thought-out plan is your roadmap to success.

Step 2: Cutting the Frame Components

With measurements finalized and a solid plan in place, the next stage involves precisely cutting the wood components that will form the countertop frame. Accuracy is paramount to ensure a snug fit and professional-looking finish.

Using a Miter Saw or Table Saw

A miter saw or table saw are the best choices for making accurate cuts. A miter saw excels at making precise angle cuts, while a table saw is ideal for ripping lumber to the desired width.

Always use a sharp blade to prevent splintering and ensure clean cuts.

Ensuring Square Cuts

Accuracy depends on ensuring square cuts. Use a speed square or combination square to verify that all cuts are perfectly square. Inaccurate cuts will compound over the entire frame, leading to an uneven and unprofessional result.

Take your time and double-check each cut before proceeding. A little extra care at this stage will save you a lot of headaches down the road.

Step 3: Assembling the Frame

With all frame components precisely cut, it's time to assemble the frame. This step involves joining the pieces together using screws, nails, and construction adhesive to create a strong and stable structure.

Joining Frame Components

Apply a bead of construction adhesive to the mating surfaces of each frame component. Then, using screws or nails, securely fasten the pieces together.

Screws generally provide a stronger and more durable connection than nails. Pre-drilling pilot holes will prevent the wood from splitting, especially when working with hardwoods.

Creating a Strong and Stable Connection

Ensure that all joints are flush and that the frame is square. Use clamps to hold the pieces together while the adhesive dries. A strong and stable connection is essential for supporting the weight of the countertop.

Check for squareness using a carpenter's square and adjust as needed. Let the adhesive cure completely before proceeding to the next step.

Step 4: Installing the Frame

The assembled frame needs to be securely attached to the cabinets or other existing support structures.

Attaching the Frame

Carefully position the frame on top of the cabinets. Using screws, attach the frame to the cabinet carcasses. Ensure that the screws are long enough to penetrate the cabinet frame securely but not so long that they poke through the other side.

Use a stud finder to locate wall studs and screw the frame into the studs for added stability, especially along the back edge of the countertop.

Verifying Levelness

Once the frame is attached, use a level to verify that it is perfectly level. Place the level along both the length and width of the frame.

If the frame is not level, use shims to adjust the height as needed. Shim between the frame and the cabinets until the bubble on the level is centered. Secure the shims with construction adhesive or small finish nails.

Step 5: Adding Support Structures

For heavier countertops, it's essential to reinforce the frame with additional support structures. This will prevent sagging and ensure the longevity of your countertop.

Reinforcing the Frame

Add vertical supports (cleats) along the inside of the frame, spaced every 12-16 inches. These cleats will provide additional support for the countertop.

For very heavy countertops, consider adding a layer of plywood sheathing on top of the frame. This will distribute the weight more evenly and further prevent sagging.

Special Considerations

• Islands: Island countertops require extra support due to their exposed nature. Use heavier framing materials and more frequent support structures.
• Kitchens: In kitchens, pay close attention to areas around sinks and dishwashers, as these areas are prone to moisture exposure. Use moisture-resistant framing materials and seal all joints carefully.

Important Considerations and Best Practices: A Polished Finish

Beyond the technical steps of cutting and assembling, achieving a truly professional countertop framing job hinges on a keen understanding of building regulations, substrate compatibility, and finishing techniques. These often-overlooked details are what separate a functional frame from one that is both aesthetically pleasing and structurally sound for years to come.

Navigating Local Building Codes

Ignoring local building codes is a recipe for potential disaster. These regulations exist to ensure safety and structural integrity.

Always research and adhere to all applicable codes regarding countertop installation in your area. These codes may specify requirements for:

• Framing materials
• Fastener types and spacing
• Load-bearing capacity

Failure to comply can lead to costly rework, failed inspections, or, worse, safety hazards. Contact your local building department to obtain the necessary information and permits before starting your project. It’s always better to be safe (and compliant) than sorry.

Working with Existing Substrates

In many cases, you'll be installing a countertop frame on top of existing cabinets or support structures.

Understanding the condition and characteristics of these substrates is vital.

Addressing Common Issues:

• Uneven Surfaces: Existing cabinets may not be perfectly level. Use shims to correct any unevenness before attaching the frame. A level countertop starts with a level base.
• Damaged Cabinets: Inspect cabinets for water damage, rot, or structural weakness. Repair or reinforce any compromised areas before proceeding. Neglecting this step can lead to a weak and unstable countertop.
• Incompatible Materials: Be mindful of the materials used in the existing substrate. Ensure compatibility with the frame materials and adhesives you've chosen. Certain materials may not bond well or could react adversely.

Achieving a Professional Finish

The final appearance of your countertop is directly related to how well you prepare the frame.

Proper Surface Preparation:

• Sanding: Sand all frame surfaces to create a smooth, even texture. This is particularly important if you plan to paint or stain the frame. Start with a coarser grit sandpaper and gradually move to a finer grit for a flawless finish.
• Filling Imperfections: Use wood filler to fill any gaps, cracks, or imperfections in the frame. Sand the filler smooth once it has dried. A smooth surface is crucial for a professional-looking finish.
• Cleaning: Thoroughly clean the frame to remove any dust, debris, or residue before applying any finish. A clean surface ensures proper adhesion of paints, stains, or sealants.

Adding Finishing Touches: Edge Treatments

Edge treatments are the details that elevate a countertop frame from functional to fabulous.

They add visual appeal and can also improve the countertop's durability and safety.

Options to Consider:

• Rounded Edges: Soften sharp corners with a router or sandpaper to create a more comfortable and visually appealing edge. This is especially important in kitchens and bathrooms where people may frequently come into contact with the countertop.
• Decorative Molding: Add decorative molding to the frame's edge for a more elegant and refined look. Choose a molding style that complements your overall design aesthetic.
• Metal Edging: Install metal edging for a sleek, modern aesthetic and added protection against chipping and wear. Metal edging is particularly suitable for countertops that see heavy use.

By paying close attention to these important considerations and best practices, you can ensure that your countertop framing project results in a beautiful, durable, and long-lasting installation.

Adhering to building codes, ensuring a stable base via existing substrate evaluation, and applying finishing touches lays the foundation for a professional result. Now, let’s delve into the nuances of countertop framing in various settings and with different materials, understanding how to tailor our approach for optimal outcomes.

Countertop Framing for Specific Applications: Tailored Solutions

Countertop framing isn’t a one-size-fits-all endeavor. The ideal approach hinges on the specific environment (kitchen vs. bathroom) and the chosen countertop material. Understanding these nuances ensures structural integrity and longevity, delivering a countertop that stands the test of time.

Kitchen vs. Bathroom Framing: Addressing Different Needs

Kitchens and bathrooms present distinct challenges when it comes to countertop framing.

Kitchens are high-traffic areas, often subject to spills, heavy cookware, and frequent use. Framing must be robust enough to withstand these demands. Bathrooms, on the other hand, prioritize moisture resistance.

In kitchens, expect to contend with a wider range of appliance weights. Reinforce framing around dishwashers and cooktops. Consider the potential for plumbing leaks.

In bathrooms, the primary concern is water. Use moisture-resistant materials, such as pressure-treated lumber or marine-grade plywood, for the frame. Proper sealing and ventilation are paramount.

Consider increasing the number of support structures. This is especially true around sinks, where water exposure is common.

Framing Islands and Peninsulas: Structural Support and Design

Islands and peninsulas introduce unique framing considerations. Unlike countertops attached to walls, these structures require self-sufficiency. They need robust support systems to handle weight and prevent wobbling.

Islands

Islands often incorporate seating, storage, and appliances. Consequently, their frames must be incredibly strong. A solid base cabinet is usually required as a starting point.

Consider adding internal supports, such as vertical studs or reinforced corner brackets, to distribute weight evenly. Overhangs exceeding 12 inches will need additional bracing. Steel brackets or corbels provide excellent support.

Pay close attention to the floor beneath the island. Ensure it can bear the combined weight of the structure, countertop, and any items stored within.

Peninsulas

Peninsulas, attached to a wall on one end, require a different approach. While the wall provides some support, the exposed end needs significant reinforcement.

Cantilevered supports or strategically placed legs offer stability. Ensure the attachment to the wall is secure, using appropriate fasteners and techniques.

Consider the design aesthetic. The support structure should complement the overall look of the kitchen, not detract from it.

Addressing the Needs of Diverse Countertop Materials

The type of countertop material significantly influences framing requirements. Different materials possess varying weights, thicknesses, and structural properties.

Quartz and Granite Countertops

Quartz and granite are heavy materials requiring robust framing. Ensure the frame can handle the substantial weight of these countertops.

Install supports every 16 inches or less. Pay close attention to seams. They will need extra reinforcement to prevent cracking.

Laminate Countertops

Laminate countertops are lightweight. They still require a solid, level frame for support.

Plywood or particleboard substrates are common. Ensure the substrate is properly attached to the frame.

Butcher Block Countertops

Butcher block countertops can be heavy, especially in thicker cuts. Support them with a robust frame.

Consider wood movement due to changes in humidity. Allow for expansion and contraction by using appropriate fasteners and construction techniques.

Concrete Countertops

Concrete countertops are among the heaviest. These necessitate exceptional framing and support.

Reinforce the frame with steel or additional layers of plywood. Ensure the cabinets can handle the immense weight. Consult with a structural engineer if necessary, particularly for large or complex concrete countertops.

Countertop framing for specific applications demands a tailored approach, taking into account environmental factors and material characteristics. Now, let's shift our focus to a crucial decision point: whether to embark on the countertop framing journey yourself or enlist the expertise of a professional.

DIY vs. Hiring a Professional: Making the Right Choice

Deciding whether to frame your countertop yourself or hire a professional contractor is a pivotal decision that impacts not only your budget but also the quality and longevity of your countertop. This choice requires a careful assessment of your skills, available time, and the complexity of the project. Let's dissect the key considerations to help you make an informed decision.

Assessing Your Skills and Comfort Level

Before even considering the cost implications, honestly evaluate your carpentry skills. Are you comfortable using power tools like miter saws and drills? Do you have experience with precise measurements and ensuring level surfaces? Can you confidently interpret building codes and understand structural requirements?

If you are a seasoned DIY enthusiast with a well-equipped workshop and a good understanding of construction principles, then a DIY countertop framing project might be within your capabilities. However, if you are a novice with limited experience, it's prudent to err on the side of caution and consider professional help.

When to Call in the Pros

There are specific situations where hiring a contractor is not just advisable, but absolutely necessary.

Complex Installations

Countertops involving intricate designs, custom shapes, or challenging angles often demand a level of expertise that only a professional can provide. These projects require advanced cutting techniques, precise joinery, and a deep understanding of structural integrity.

Plumbing and Electrical Considerations

If your countertop installation involves plumbing or electrical work, such as installing a new sink or cooktop, it's imperative to hire licensed professionals. These tasks are governed by strict building codes and require specialized knowledge to ensure safety and compliance. Improperly installed plumbing or electrical systems can lead to serious hazards, including leaks, fires, and electric shocks.

Time Constraints

Countertop framing, while seemingly straightforward, can be surprisingly time-consuming. From initial planning and material sourcing to cutting, assembling, and installing the frame, the entire process can take several days, or even weeks, depending on the size and complexity of the project.

If you have a demanding work schedule or other commitments, hiring a professional can save you valuable time and prevent unnecessary stress. Contractors can efficiently complete the project within a reasonable timeframe, allowing you to enjoy your new countertop sooner.

The Cost Factor: DIY vs. Professional Installation

Ultimately, cost is a significant factor in the DIY vs. professional equation. Let's break down the typical expenses associated with each option.

DIY Costs

• Materials: Lumber, plywood, fasteners (screws, nails), construction adhesive, sandpaper, finishing materials.
• Tools: If you don't already own them, you'll need to purchase or rent tools such as a miter saw, drill, level, measuring tape, stud finder, and safety equipment.
• Time: Your time is valuable. Factor in the hours spent on planning, sourcing materials, execution, and potential rework.
• Potential Mistakes: Be prepared for potential errors, which could lead to wasted materials and additional expenses.

Professional Installation Costs

• Labor: The contractor's fee, which typically includes design, material selection assistance, demolition of existing countertops (if applicable), framing, installation, and cleanup.
• Materials: The cost of materials is often included in the contractor's quote, but it's essential to clarify this upfront.
• Permits: Depending on local regulations, you may need to obtain permits for countertop installation, which the contractor can usually handle.

Cost Comparison: While DIY countertop framing can initially appear cheaper, it's important to factor in the cost of tools, potential mistakes, and the value of your time. Professional installation, while more expensive upfront, offers the assurance of quality workmanship, adherence to building codes, and a warranty on the work performed.

A simple countertop replacement might cost $500-$1000 in materials for a DIYer, while a professional installation could range from $1500-$3000 (or more) depending on the complexity. The key is to get multiple quotes from reputable contractors and compare them carefully with the estimated cost of doing it yourself.

Hopefully, you're now feeling confident enough to tackle your own countertop framing project! Remember to take your time, double-check your measurements, and enjoy the process. Good luck with your countertop framing!