What Are the Metal.Plates for Crowns.Called.In Woodworking

Woodworking is a craft that involves the shaping and cutting of wood to create functional and decorative objects. While many tools and techniques are used in this art form, one component that plays a crucial role in woodworking is metal plates.

Metal plates, also known as crowns, are essential tools that ensure stability, strength, and longevity in various woodworking projects. In this article, we will delve into the world of metal plates for crowns in woodworking, exploring their purpose, types, manufacturing process, and practical applications.

Before we can fully grasp the significance of metal plates for crowns in woodworking, it is essential to understand what exactly crowns are. In woodworking terminology, a crown refers to a joint or connection that brings two pieces of wood together at an angle. These joints act as structural supports and facilitate the seamless construction of furniture, cabinets, doors, and many other wooden objects. However, without additional reinforcement, these joints can be prone to cracking or coming apart over time.

This is where metal plates come into the picture. Metal plates are specifically designed components that provide reinforcement for these crowns in woodworking projects. They are strategically placed at the point where two pieces of wood meet to add strength and prevent joint failure. By distributing stress evenly across the joint surface area and increasing its overall durability, metal plates ensure that the final product not only looks elegant but also stands the test of time.

In the following sections of this article, we will explore why metal plates are used for crowns in woodworking by examining different types of metal plates commonly employed in this craft. We will also discuss which metals are most frequently chosen for constructing these plates and how they are manufactured.

Moreover, we will delve into practical applications through examples of woodworking projects that utilize metal plates for crowns. Finally, we will provide tips and recommendations for working with metal plates effectively.

By delving into these aspects of metal plate usage in woodworking projects’ crowns, this article aims to enhance your understanding of the craft and empower you to master various woodworking techniques. Whether you are a seasoned woodworker or just starting, the knowledge gained will enable you to create sturdy and visually appealing wooden objects that will bring joy and functionality into people’s lives.

So, let’s embark on this journey to discover the versatility and functionality of metal plates in woodworking crowns.

Exploring the Basics

In woodworking, crowns refer to curved or arched structures that are used for various purposes. Crowns can be found in a variety of woodworking projects, such as furniture, cabinets, and decorative pieces. These curved structures add aesthetic appeal and structural integrity to the final product.

There are different types of crowns used in woodworking, depending on the specific application. Some common types include crown molding, which is used to trim the top edges of walls or cabinets; crown blocks, which are decorative pieces attached to the corners of furniture; and crown overlays, which are thin strips of wood that enhance the appearance of flat surfaces.

The use of crowns in woodworking has several benefits. Firstly, they add visual interest and elegance to a piece by creating smooth and flowing lines. This can enhance the overall design and make it stand out.

Secondly, crowns also serve a functional purpose by providing additional support and strength to a structure. For example, crown molding adds stability to cabinets or shelves by reinforcing their joints. In furniture making, crown blocks can strengthen the corners and prevent them from cracking or splitting over time.

Overall, crowns play a crucial role in woodworking projects by combining both aesthetic and structural elements. By understanding the basics of what crowns are and how they are used in woodworking, craftsmen can incorporate them into their designs effectively. The next section will delve deeper into why metal plates are commonly used for crowns in woodworking projects.

Unveiling the Purpose

In woodworking, metal plates are often used for crowns to provide structural reinforcement and enhance the overall strength and stability of wooden structures. These metal plates, also known as hardware or connectors, play a crucial role in joining two or more pieces of wood together securely. They are designed to distribute the load evenly across the connected pieces and prevent any potential weak points or failures.

The main purpose of using metal plates for crowns in woodworking is to increase the durability and longevity of the wooden structure. Whether it’s a furniture piece, a cabinet, or a larger construction project like a timber frame house, metal plates help to ensure that the joints remain tight and strong over time.

By connecting different parts of a structure with these plates, woodworkers can prevent warping, splitting, or other forms of damage caused by natural fluctuations in moisture content or external forces.

Metal plates for crowns also offer flexibility in design and assembly. They can be used to create various joint configurations such as butt joints, miter joints, lap joints, and more. This versatility allows woodworkers to experiment with different styles and techniques while ensuring stability and integrity in their creations.

Additionally, metal plates can add aesthetic appeal to woodworking projects. They come in different shapes, sizes, and finishes that can complement the overall design theme. Some craftsmen even use decorative metal plates with intricate patterns or designs to add an extra touch of elegance to their creations.

Overall, the use of metal plates for crowns in woodworking serves as an essential technique that guarantees both functionality and visual appeal. By carefully selecting and installing these connectors, woodworkers can elevate their projects to new levels of quality and craftsmanship while ensuring long-lasting strength and durability.

Getting Technical

Different Types of Metal Plates Used in Woodworking Crowns

In woodworking, metal plates play a vital role in the construction and reinforcement of crowns. These metal plates vary in size, shape, and material composition depending on their intended application. Understanding the different types of metal plates used in woodworking crowns can help woodworkers select the appropriate plate for their project and ensure its effectiveness.

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Flat Metal Plates

One common type of metal plate used in woodworking crowns is the flat metal plate. As the name suggests, these plates are flat and typically rectangular or square in shape. They are often used to reinforce joints by providing additional support and stability. Flat metal plates come in various lengths and widths, allowing them to accommodate different joint sizes and configurations.

Angled Metal Plates

Angled metal plates, also known as corner braces or angle brackets, are another type of metal plate commonly used in woodworking crowns. These plates feature an L-shaped design with holes on each side for screw or nail attachment. Angled metal plates are particularly useful for reinforcing corners or creating strong connections between two intersecting pieces of wood.

Simpson Strong-Tie Plates

Simpson Strong-Tie is a well-known manufacturer of structural connectors for wood construction, including metal plates designed specifically for woodworking crowns. These specialized plates are engineered to provide high-strength connections and improve structural integrity. Simpson Strong-Tie plates come in various shapes and sizes, such as T-plates or mending plates, and offer different hole patterns to accommodate specific needs.

These are just a few examples of the different types of metal plates used in woodworking crowns. It is important to match the appropriate plate type to the specific joint or connection being reinforced to ensure optimal performance and longevity of the project.

The Significance of Material

The choice of material for metal plates used in woodworking crowns is crucial as it affects the overall strength, durability, and aesthetics of the finished product. Different metals have varying properties that make them suitable for specific applications in woodworking. In this section, we will explore some of the most commonly used metals for crowns in woodworking and examine their significance.


Steel is a popular choice for metal plates in woodworking due to its exceptional strength and resistance to wear and tear. It is especially useful for heavy-duty applications where added structural support is necessary. Steel plates are known for their durability and ability to withstand high levels of pressure, making them ideal for projects such as building large wooden structures or furniture pieces that require strong joinery.


Brass is another commonly used metal for crowns in woodworking due to its unique combination of properties. It offers good corrosion resistance, making it suitable for projects that may be exposed to moisture or chemicals. Brass is also highly malleable, allowing it to be easily shaped and formed into intricate designs, which makes it a popular choice for decorative elements on wooden furniture or cabinetry.


Aluminum is prized in woodworking for its lightweight nature and excellent corrosion resistance. It is a versatile metal that can be easily machined and fabricated into various shapes without compromising its strength. Aluminum plates are often used in woodworking projects where weight reduction is a priority, such as creating portable structures or constructing furniture pieces intended to be moved frequently.

Other metals such as copper, bronze, and stainless steel may also be used depending on the specific requirements of the project at hand. It’s important to consider factors such as cost, appearance, durability, and compatibility with wood when selecting the most suitable metal plate for a crown in woodworking.

By understanding the significance of different materials used for metal plates in woodworking crowns, woodworkers can make informed decisions and choose the appropriate metal that will enhance the performance and visual appeal of their projects.

Understanding the Design

Metal plates for crowns in woodworking are an essential component that adds strength and stability to the overall structure. Understanding how these metal plates are manufactured is crucial for woodworkers looking to incorporate them into their projects effectively.

One common manufacturing method for metal plates used in woodworking crowns is stamping. Stamping involves placing a sheet of metal, such as steel or brass, onto a die and using a hydraulic press to exert pressure. This process creates the desired shape and design of the plate.

Another technique is laser cutting, where a high-powered laser beam is used to cut precise shapes from metal sheets. Laser cutting offers greater flexibility in design options, allowing for intricate patterns or custom shapes to be easily achieved.

Once the desired shape has been obtained, the metal plate may undergo additional processes to enhance its durability and appearance. These processes can include plating, where a layer of protective coating is applied to prevent corrosion; deburring, which removes any sharp edges or burrs left from the manufacturing process; and polishing or brushing, which provides a smooth and aesthetic finish.

It’s worth noting that advancements in technology have led to more sophisticated methods of manufacturing metal plates for woodworking crowns. Computer numerical control (CNC) machining allows for precise and automated cutting processes using computer programs. This method ensures consistency and accuracy in mass production while reducing human error.

Manufacturing MethodDescription
StampingMetal sheet pressed onto a die using hydraulic pressure
Laser CuttingHigh-powered laser used to cut precise shapes from metal sheets
CNC MachiningPrecise and automated cutting processes using computer programs

Practical Application

Woodworking projects that utilize metal plates for crowns are diverse and can vary in complexity. These metal plates play a crucial role in enhancing the structural integrity and durability of the woodwork while also adding visual interest to the overall design. Here are some practical examples of woodworking projects where metal plates for crowns are commonly used:

  1. Furniture: Metal plates for crowns are often employed in furniture making to reinforce joints, especially in pieces that undergo significant stress or movement. For example, in tables with extending mechanisms, metal plates can be used to secure the table leaves to the main frame. Similarly, metal plates can be incorporated into chair legs or backrests to provide additional support and prevent wobbling.
  2. Cabinets and Shelving Units: Metal plates are frequently utilized in cabinets and shelving units to strengthen corners and joints, ensuring that the structure remains stable even when loaded with heavy items. These plates might be placed inside corners or on the outside edges of the woodwork, depending on the desired aesthetic and functional requirements.
  3. Doors and Windows: Woodworking projects involving doors and windows often rely on metal plates for crowns to provide stability and reinforce crucial connection points. In exterior doors, metal plates can be used at hinge locations to prevent sagging over time. For windows, metal plates may be needed at corner joints or where frames meet to enhance their structural integrity.
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In each of these examples, the use of metal plates ensures that critical areas of stress or strain within the woodworking project have added reinforcement, resulting in longer-lasting and sturdier pieces of furniture or structures.

Some common tips for working with metal plates in woodworking include:

  • Choosing appropriate-sized metal plates based on the dimensions and load-bearing requirements of your project.
  • Ensuring proper alignment before attaching metal plates using screws or other fasteners.
  • Using pre-drilled holes or pilot holes when attaching metal plates to avoid splitting or damaging the wood.
  • Selecting metal plates made from materials that are compatible with the woodwork, considering factors such as corrosion resistance and aesthetic appeal.

By understanding the practical applications of metal plates in woodworking projects and following best practices, craftsmen can create stunning and robust pieces that stand the test of time.

Tips and Recommendations

Woodworking projects that involve the use of metal plates for crowns require careful planning and execution. To ensure successful outcomes, it is important to follow best practices when working with these materials. Here are some tips and recommendations to consider:

  1. Choose the Right Metal Plate: When selecting a metal plate for your woodworking project, consider factors such as strength, corrosion resistance, and compatibility with other materials. Common choices include stainless steel, brass, and aluminum. Research the specific characteristics and properties of each type of metal to determine which one will best suit your needs.
  2. Proper Installation: It is crucial to properly install the metal plates in woodworking crowns to ensure their effectiveness and durability. Start by marking the desired location on the wood surface where the plate will be attached. Pre-drill holes slightly smaller than the diameter of the screws or nails that you will be using to secure the plate. This will prevent splitting or cracking of the wood when fastening the plate.
  3. Maintain Cleanliness: Woodworking projects can generate a lot of sawdust, debris, and residues that may accumulate on metal plates over time. Regularly clean and maintain these plates to prevent any build-up that could affect their performance or damage the surrounding woodwork.
  4. Ensure Proper Alignment: Accurate alignment of metal plates in woodworking crowns is crucial for achieving structural integrity in your project. Use measuring tools such as rulers or squares to ensure that all plates are positioned correctly before securing them in place.
Choose the Right Metal PlateConsider factors such as strength, corrosion resistance, and compatibility with other materials when selecting a metal plate.
Proper InstallationMark the desired location, pre-drill holes, and securely attach the metal plate to ensure durability.
Maintain CleanlinessRegularly clean metal plates to remove sawdust, debris, and residues that may accumulate over time.
Ensure Proper AlignmentUse measuring tools to accurately align metal plates before securing them in place for structural integrity.

By implementing these best practices when working with metal plates in woodworking crowns, you can enhance the overall quality and longevity of your projects. Remember to always prioritize safety and follow manufacturer’s guidelines for any specific instructions or recommendations regarding the use of metal plates in woodworking applications.


In conclusion, the use of metal plates in woodworking crowns is a crucial aspect of this craft. These metal plates play a significant role in providing strength, stability, and durability to the overall structure of woodwork projects. By using metal plates, craftsmen are able to create intricate and complex designs that can withstand heavy loads and remain intact for years to come.

The versatility of metal plates is also worth noting. They can be utilized in various woodworking projects, ranging from furniture making to cabinetry. Whether it’s joining two pieces of wood together or reinforcing weakened areas, metal plates offer a reliable solution that enhances the overall quality and longevity of the end product.

When it comes to choosing the right metal for these plates, common options include steel, brass, and aluminum. Each type offers its own unique properties and advantages, allowing craftsmen to select the material that best suits their specific needs and preferences.

In manufacturing these metal plates for woodworking crowns, precision is key. The plates must be accurately cut and shaped to fit seamlessly into the design without compromising its structural integrity. Craftsmen often employ advanced techniques such as laser cutting or CNC machining to ensure precise measurements and a perfect fit.

Frequently Asked Questions

What is a mending plate?

A mending plate is a metal fastener used in woodworking and construction to join two pieces of wood together. It typically consists of a flat plate with multiple holes for screws or nails, and is often used to strengthen joints or repair broken parts.

The mending plate is commonly made of steel or another strong metal, ensuring durability and stability in its application. It can be found in various sizes and shapes, providing versatility for different woodworking projects.

What is a chamfer in woodworking terms?

In woodworking terms, a chamfer refers to the process of removing sharp corners or edges from a piece of wood to create a beveled or angled surface. This technique is achieved by using tools such as chisels, hand planes, or routers to shave off material at an angle, resulting in a smooth transition between the faces or edges of the wood.

Chamfers are frequently applied for both aesthetic purposes, as they add visual interest and refinement to an object, as well as functional purposes, such as preventing splintering or easing assembly.

What is a three sided trench cut with the grain of a board?

A three sided trench cut with the grain of a board is a specific type of cut made in woodworking that involves removing material from three sides of a board while following the grain direction. This technique is often used when creating recessed areas within the woodwork or when fitting joints together.

By cutting along the grain on three sides instead of four, it allows for easier removal of material while maintaining structural integrity and minimizing the risk of tear-out or splintering. This technique requires precision and careful planning to ensure proper fitment and alignment when joining multiple boards together.

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