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Non Woven Interlining

Demystifying Non-Woven Interlining: Types, Weights, and Applications

Demystifying Non-Woven Interlining: Types, Weights, and Applications

Table of Contents

  • Introduction
  • Types of Non-Woven Interlining
  • Weights of Non-Woven Interlining
  • Applications of Non-Woven Interlining
  • Choosing the Right Non-Woven Interlining
  • Care and Maintenance of Garments with Non-Woven Interlinin
  • Conclusion

Introduction

Non-woven interlining plays a pivotal role in the world of fashion and garment construction, yet its intricacies are often overlooked. This article aims to demystify non-woven interlining by exploring its various types, weights, and applications. Whether you’re a seasoned seamstress or a budding fashion designer, understanding the nuances of non-woven interlining can take your creations to the next level.

Types of Non-Woven Interlining

  • Fusible Interlining: This type of interlining has adhesive on one side, which is activated by heat. It is commonly used to add structure and stability to fabrics without the need for stitching.
  • Non-Fusible Interlining: Unlike fusible interlining, non-fusible interlining needs to be stitched or attached using other methods. It is often used in areas where fusible interlining may not be suitable.
  • Thermal-Bonded Interlining: This type of interlining is bonded using heat, which creates a strong and durable bond. It is ideal for garments that require extra reinforcement.
  • Chemical-Bonded Interlining: Chemicals are used to bond the fibers together in this type of interlining. It is known for its excellent drapability and softness.
  • Stitch-Bonded Interlining: Stitching is used to bond the fibers together in this type of interlining, providing flexibility and strength. It is often used in areas that require extra durability.

Weights of Non-Woven Interlining

Non-woven interlining is available in different weights, measured in grams per square meter (gsm). The weight of the interlining you choose will depend on the fabric and the desired effect:

  • Lightweight (20-50 gsm): Ideal for lightweight fabrics and delicate garments, providing subtle support and structure.
  • Medium-weight (50-100 gsm): Suitable for a wide range of fabrics and garment types, offering a balance of support and flexibility.
  • Heavyweight (100+ gsm): Used for adding significant structure and support to garments, making them more durable and rigid.
Fusible Interlining

Applications of Non-Woven Interlining

Non-woven interlining has a multitude of applications in garment construction, including:

  • Collars: Adding structure and shape to collars, ensuring they stand upright and maintain their form.
  • Cuffs: Providing stability and durability to cuffs, preventing them from losing their shape over time.
  • Waistbands: Ensuring waistbands maintain their shape and structure, providing a comfortable fit.
  • Front Plackets: Reinforcing the front plackets of shirts and blouses, making them more durable and resistant to wear.

Choosing the Right Non-Woven Interlining

When selecting the right non-woven interlining for your project, consider the following factors:

  • Fabric Type: The weight and texture of the fabric will influence the type of interlining you need. For example, lightweight fabrics may require a lighter interlining, while heavier fabrics may need a heavier interlining for support.
  • Garment Style: Different garments require different levels of structure and support. For example, a structured jacket may require a heavier interlining, while a lightweight blouse may only need a light interlining for reinforcement.
  • Desired Outcome: Consider the final look and feel you want to achieve with your garment. A heavier interlining will provide more structure and rigidity, while a lighter interlining will offer more flexibility and drape.
 

Care and Maintenance of Garments with Non-Woven Interlining

To ensure the longevity of garments with non-woven interlining, follow these care instructions:

  • Washing: Use a gentle cycle and mild detergent to wash garments with interlining, and avoid using bleach or harsh chemicals that can damage the interlining.
  • Drying: Air dry or use a low heat setting in the dryer to avoid damaging the interlining, and avoid hanging garments with interlining in direct sunlight, as this can cause fading.
  • Ironing: Use a low to medium heat setting and a pressing cloth to iron garments with interlining, and avoid ironing directly on the interlining to prevent damage.

Conclusion

Non-woven interlining is a versatile and essential component in garment making, providing structure, support, and durability to a wide range of fabrics. By understanding the types, weights, and applications of non-woven interlining, you can choose the right one for your projects and ensure your garments look and feel their best. Whether you’re adding a touch of structure to a collar or reinforcing a waistband, non-woven interlining is a valuable tool that can elevate your sewing projects to new heights.

 

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Fusible Interlining Non Woven Interlining

Paper Fusion and Its Process.

What is Paper Fusion

Paper Fusion is also known as Non- Woven Fusible interlining. It is a material that will melt when heated. 

 

The woven kind is a cotton fabric with one side primed with fusible glue. The non-woven kind consists of agglutinated and compressed fibers and one side is primed with fusible glue.

 

Non-Woven Fusible Interlining fabrics are mainly used as a raw material in the sewing process and used in cuffs and collars of shirts.

 

As the name suggests it is a non-woven interlining but more like sheets of paper or cardboard. This type of material is used for bags and purses. 

 

It is made directly from fiber to fabric stage in the process reducing the cost of the base fabric. As there is no yarn used in producing nonwovens, it lacks the strength needed for garment use and there are many methods applied to present required power to nonwoven textiles, called Bonding.

 

Polyester fabrics commonly do not stain simply and are resistant to stretching or shrinking. Polyester linings are usually used for lining and insulating coats and hats but may be used for any other type of lining job. This lining polyester is equipped with a nice sheen and shows to be a part transparent.

 

Fusing Paper Process

To use paper fusion, the first step is to place the resin side of the fusing on the backside of the fabric and heat it with an iron. When placed on the fabric the melting action causes the interlining to stick to the fiber. 

 

The paper fusion is not woven or knitted, It is used to make fabrics stiffer and especially effective for mending hems and small holes. 

 

There are various qualities of paper fusing to meet the needs of different products. A shi collar would require thick fusing whereas, for a woman’s dress neckline, one would have to use thin fusing paper. Paper fusing can also be used in belt rolls, the lower part of salwar, bags, and much more. 

 

Selecting premium quality paper fusing is highly essential to create a well-constructed garment. Using the wrong type of paper fusing could make the garment odd-looking and would fail to provide support.

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