Bonding in corsets refers to the process of attaching layers of fabric together in order to add strength and structure to the garment. This technique is commonly used in the construction of corsets, hoop skirts, and costumes. By bonding the layers of fabric, the garment becomes more durable and sturdy. Additionally, bonding helps to keep the fabric taut within the boned areas, ensuring a smooth and streamlined silhouette. This technique is especially important in corsetry, where the fabric needs to withstand the pressure exerted by the bones and provide the necessary support. Overall, bonding plays a crucial role in enhancing the functionality and longevity of corsets, hoop skirts, and costumes, creating beautifully structured and well-fitting garments.
Why Do Corsets Need Boning?
In addition to shaping and supporting the fabric, boning also helps distribute the pressure evenly throughout the corset. Without boning, the fabric would be more likely to bunch up or fold in on itself, resulting in an unflattering and uncomfortable fit.
This structural support not only ensures a smooth silhouette but also enhances the durability and longevity of the corset.
Moreover, boning can help enhance the wearers posture by providing additional support to the back and torso. A well-boned corset can help correct slouching and promote a more upright posture. This is particularly beneficial for those who may suffer from back pain or postural issues, as the boning provides stability and encourages proper alignment of the spine.
Additionally, boning can be used strategically to create specific shaping effects. Different materials and configurations of boning can be employed to achieve different results, such as creating an hourglass figure, flattening the stomach, or emphasizing the bust. The placement and type of boning used can greatly influence the overall shape of the corset and the silhouette it creates.
By providing support, structure, and shaping capabilities, it ensures that corsets not only look visually stunning but also offer the desired level of cinching and shaping to the wearer.
How to Choose the Right Boning for a Personalized Corset Fit
- Consider the purpose of the corset
- Think about your body type and desired silhouette
- Understand different types of boning materials
- Choose steel boning for maximum support
- Select spiral steel boning for more flexibility
- Opt for flat steel boning for a smoother look
- Consider synthetic whalebone as a vegan alternative
- Try plastic boning for lightweight and comfortable wear
- Check the length and width of the boning
- Make sure the boning is strong and durable
- Consider the number of boning channels in the corset
- Consult with an expert or experienced corset maker
- Take your time to try different types of boning
- Choose the boning that feels the most comfortable and supportive
- Remember to adjust and refine the fit as needed
In the past, corsets were commonly reinforced with various materials to achieve their desired shape and structure. Whalebone, known as baleen, was a popular choice due to it’s flexibility and strength. When whalebone became less accessible, alternatives like horn and featherbone were utilized. Later on, flat steel boning gained prominence for it’s durability and ability to offer substantial support. Understanding the evolution of corset materials sheds light on the intricate craftsmanship behind these historical garments.
What Kind of Bones Are Used in Corsets?
Corsets, emblematic of femininity and elegance, have evolved over centuries, and their construction encompassed a wide array of bone materials. Historically, the primary bone utilized in corsets was whalebone, commonly known as baleen. Whalebone possessed the ideal combination of flexibility, strength, and lightness, making it a popular choice. However, as awareness of environmental conservation grew, it’s use gradually decreased.
In place of whalebone, various substitutes emerged. Among them, horn became a prominent alternative. Horn had similar attributes to whalebone, rendering it suitable for corset stiffening while presenting a more sustainable solution. Additionally, it’s inherent durability contributed to the longevity of corset construction, ensuring lasting support and structure.
Featherbone, composed of flattened and layered strips of poultry feathers, emerged as another popular substitute for whalebone. It’s name derived from the feather-like appearance resulting from the manufacturing process.
A significant turning point in corset construction occurred with the advent of flat steel boning. This durable and malleable material allowed for desired shaping and control. Steel boning offered excellent support while withstanding the rigorous demands of tight lacing.
Corsets have long been associated with fashion and shaping the female silhouette. To achieve the desired structure and support, corsets are constructed using various types of bones. One popular choice is the spiral bone, a steel wire strip that’s been coiled and flattened. These flexible bones not only provide support to the corset but also ensure a comfortable fit for the wearer. Let’s explore some of the other bones commonly used in corsets.
What Bones Are Used in Corsets?
One of the key components in corset making is the use of spiral bones. These bones are made from a combination of flat and narrow steel wires that have been delicately coiled together and then flattened for enhanced functionality.
This flexibility allows the corset to move and adjust with the natural contours and movements of the body, ensuring a comfortable and supportive fit. It also enables the corset to provide a moderate level of constriction without causing discomfort or restricting movement.
These bones can be strategically placed along the front, sides, and back of the corset to provide targeted support and create the desired silhouette. When laced up, the spiral bones work in harmony with the body, providing gentle yet effective shaping while maintaining a high level of comfort.
As they’re relatively narrow and coiled, they can easily be concealed within corset channels, giving the garment a smooth and sleek appearance. This allows corset makers to create intricate designs and beautiful detailing on the exterior of the corset without compromising on comfort or support.
These flat and narrow strips of steel wire, delicately coiled and flattened, provide the necessary structure and shaping while allowing for comfortable movement.
Source: Bone (corsetry)