How to Fix Boning in Corset: Easy Steps for Corrections

Corsets, the iconic garments known for their ability to shape and contour the body, have been cherished by fashion enthusiasts for centuries. However, despite their timeless appeal, corsets may encounter an occasional setback – the issue of boning. When the boning starts to poke out or misalign within the corset, it can cause discomfort and compromise the overall aesthetic. Fear not, for there are effective methods to fix boning in corsets without having to bid farewell to these beautiful pieces. Through careful examination, gentle manipulations, and strategic repairs, one can restore the structural integrity of a corset, allowing it to once again embrace the wearer's body with grace and elegance. So let’s explore the art of mending corset boning, ensuring that these stunning garments continue to captivate and enhance our fashion choices for years to come.

What Is the Difference Between Corset and Boning?

Corsets and boning play significant roles in shaping and cinching garments, particularly corsets. These two components work hand in hand to create the desired silhouette and maintain the fabrics smoothness. While corsetry primarily puts strain on the fabric, the boning provides essential support and prevents any wrinkling or puckering.

In modern times, steel and plastic boning are widely used due to their strength, durability, and accessibility. Both options offer different levels of flexibility, with plastic providing more give, while steel provides firm support. Traditional whalebone, which was harvested from whales, used to be popular but is no longer widely used due to ethical and environmental concerns.

Choosing the Right Boning for Your Project: Discuss Factors to Consider When Selecting Boning, Such as the Desired Level of Comfort, Flexibility, and Support, as Well as the Type of Garment or Project Being Made.

  • Comfort
  • Flexibility
  • Support
  • Type of garment or project

Corset boning plays a crucial role in providing support and shaping the body. Spiral steel boning is favored for it’s ability to bend in all directions and return to it’s original form effortlessly. In contrast, plastic boning is more affordable but lacks the resilience to bounce back after bending, making it less suitable for corsets.

Does Corset Boning Bend?

When it comes to corset boning, the use of spiral steel boning is a popular choice. The reason for it’s popularity lies in it’s ability to bend in all directions and then effortlessly spring back into shape. This flexibility is crucial when you consider the movements and adjustments required while wearing a corset or shapewear. Unlike other materials, such as plastic boning, spiral steel boning maintains it’s integrity and doesn’t permanently deform once bent into shape.

On the other hand, plastic boning may seem like a more affordable option at first glance, but it’s unable to offer the same level of flexibility. Once plastic boning has been bent into a particular shape, such as when you need to bend over, it fails to spring back into it’s original form. This limitation can lead to discomfort and play a role in the overall durability of the corset or shapewear.

By prioritizing the use of this high-quality boning, individuals can enjoy the benefits of corsetry without compromising comfort or the potential for long-term usage.

The Types of Corset Boning and Their Pros and Cons

Corset boning refers to the rigid materials that are inserted into corsets to provide structure, shape, and support. There are several types of corset boning, and each has it’s pros and cons.

1. Flat Steel Boning: This type of boning is commonly used in corsets because it provides excellent support and durability. It maintains the corset’s shape while allowing for comfortable movement. However, flat steel boning can be a bit stiff when compared to other options.

2. Spiral Steel Boning: Spiral steel boning is made from coiled steel, allowing for more flexibility and movement. This type of boning is often used in corsets that require more mobility, such as for dancing or performing. Although spiral steel boning offers greater comfort, it may not provide as much support as flat steel boning.

3. Plastic Boning: Plastic boning is a lightweight and flexible option that’s commonly used in more fashion-focused corsets. It offers moderate support and is generally less expensive than steel boning. However, plastic boning may not be as durable and may deform over time, especially with repeated wear.

4. Rigilene Boning: Rigilene boning is a type of polyester boning that’s primarily used in corset-making for costuming or fashion purposes. It’s relatively flexible and easy to sew onto the corset. However, rigilene boning isn’t as sturdy as steel boning and may not provide the same level of support.

In conclusion, the choice of corset boning depends on the desired level of support, flexibility, and durability. Flat steel boning offers excellent support but may be less comfortable, while spiral steel boning provides greater flexibility. Plastic and rigilene boning are more lightweight and affordable options but may lack the same level of support and durability.

Source: Corset boning is bending? How to fix?

If you’re faced with a bent boning on your corset or fashion top, there’s a solution that doesn’t involve high heat. While synthetic fibres used in these garments may not tolerate high temperatures, you can try using a low heat iron on the inside of the piece to gently straighten the bones and restore their shape.

How Do You Fix a Bent Boning on a Corset?

If you’ve a bent boning on your corset, there are a few methods you can try to fix it. One common method involves using an iron to gently straighten out the bent area. However, caution must be exercised when dealing with fashion corsets or tops made of synthetic fibers that cant withstand high heat. In such cases, it’s essential to use a low heat setting on your iron and work on the inside of the garment to avoid damaging the outer fabric.

To fix a bent boning, start by placing a thin cloth or fabric over the affected area. This barrier will protect the synthetic fibers from direct heat and prevent any potential damage. Then, using a low heat setting on your iron, apply light pressure and heat on the inside of the garment, directly over the bent part of the boning. Move the iron gently back and forth over the area, being careful not to press too hard or keep the heat in one spot for too long.

While this method can help straighten the boning to some extent, it may not fully restore it’s original shape.

How to Prevent Boning From Bending in the First Place

To prevent bones from bending, it’s important to consider a few strategies. Firstly, it’s crucial to maintain proper form and posture during activities that involve bone stress. Taking steps to strengthen bones through regular weight-bearing exercises and a balanced diet rich in calcium and vitamin D is also important. Avoiding repetitive movements that can strain bones and opting for proper equipment or protective gear when needed can minimize the risk of bending. Additionally, listening to your body’s signals and allowing sufficient rest and recovery time can prevent bone fatigue and possible bending. By following these preventive measures, you can help maintain the integrity and strength of your bones.

Now let’s delve into the fascinating world of woven boning and discover it’s remarkable qualities. From it’s flexibility and bendability, to being waterproof, colorfast, and dry cleanable, this versatile material offers a range of benefits that will surely pique your curiosity.

Is Boning Bendable?

Boning, particularly woven boning, is known for it’s exceptional flexibility and bendability. This makes it highly sought after for various applications in the fashion and garment industries.

This flexibility ensures that the boning moves along with the wearers body, providing support and structure without restricting movement.

It’s waterproof nature makes it highly resistant to moisture and damage caused by exposure to water. Likewise, it’s colorfast, preventing any fading or discolouration over time. These attributes make woven boning suitable for a wide range of designs and ensure that the garment stays visually appealing even after multiple washes or exposure to different environmental conditions.

Furthermore, woven boning is dry cleanable, allowing for convenient maintenance and care. Designers and consumers can rely on the bonings ability to withstand the dry cleaning process without losing it’s shape or other desirable properties.

When it comes to constructing a bodice, strategically placing boning is essential for achieving the desired level of structure and support. While the seams and center back are the typical spots for adding bones, the number and placement can vary depending on personal preference. If you’re purchasing pre-made boning, you may find that it already comes encased. However, if you prefer to use your own boning, separate casings are also available for purchase.

Where Do You Put the Boning in a Bodice?

When it comes to adding boning to a bodice, there are a few key areas where it’s commonly inserted. The most frequently chosen locations are along the seams and at the center back. By placing the boning along the seams, it helps to provide structure and support. This prevents the bodice from sagging or losing it’s shape, especially when it comes to more fitted garments.

Furthermore, the center back is another crucial area to consider. This is particularly important for garments with a corset-like or tight-fitting design, as the boning helps to distribute and support the tension evenly.

While these are the primary locations, you’ve the freedom to add more boning depending on your desired level of structure. Each piece of boning offers reinforcement, so you’ve the option to insert it wherever extra support is required. This could include side seams, princess seams, or even diagonal placement for more intricate designs.

If you’re purchasing boning, you may find that some types come in casings already. This means that the boning is encased in a fabric or plastic sleeve, making it easier to sew into the bodice. This allows you to tailor both the boning and the casing to fit your specific garment requirements, giving you more control over the final outcome.

Types of Boning for Bodices: This Article Could Explore Different Types of Boning Materials That Can Be Used, Such as Steel, Spiral Steel, Plastic, or Synthetic Materials, and Discuss the Pros and Cons of Each.

  • Steel boning
  • Spiral steel boning
  • Plastic boning
  • Synthetic boning


In conclusion, addressing and resolving boning issues in corsets requires a multifaceted approach that encompasses careful selection of high-quality materials, meticulous construction techniques, and personalized fitting options. By investing time and effort into these aspects, corset makers can create garments that not only beautifully accentuate the body but also promote a sense of confidence and well-being in the wearer.