Wholesale Custom Thermal Bond Nonwoven Interlining Supplier

Product Specification

Thermal bond nonwoven interlining is a popular type of nonwoven fabric used in the textile industry to provide structure, stability, and support to garments. Unlike traditional woven fabrics, which require complex weaving processes, thermal bond nonwoven interlining is created by bonding fibers together through the application of heat and pressure, often combined with a resin or adhesive. This versatile interlining is widely used in garment manufacturing to enhance the durability and appearance of various types of apparel.

Product Specifications

1. Material Composition:

   • Thermal bond nonwoven interlining is typically made from synthetic fibers like polyester, nylon, polypropylene, or viscose. These fibers are thermally bonded using heat, without the need for weaving or knitting, which results in a nonwoven structure.

2. Manufacturing Process:

   • The production of thermal bond nonwoven interlining involves a thermal bonding process where heat is applied to melt a bonding agent (usually a resin or adhesive) between the fibers, fusing them together. The heat causes the fibers to stick together without the need for any chemical binding or weaving, resulting in a fabric that is both strong and flexible. This process can be controlled to create fabrics of varying thicknesses and stiffness.

3. Weight and Thickness:

   • Thermal bond nonwoven interlining is available in various weights and thicknesses, generally ranging from 30gsm to 150gsm. Lighter weights are used for delicate fabrics or when less structure is needed, while heavier weights offer more rigidity and are ideal for collars, cuffs, and waistbands.

4. Width Options:

   • The width of thermal bond nonwoven interlining typically ranges from 50cm to 150cm, but can be customized to meet specific requirements. Custom widths are often required for different garment types or manufacturing processes.

Key Features

1. Superior Durability:

   • Thermal bond nonwoven interlining is known for its high durability. The thermal bonding process results in a fabric that is resistant to tearing and fraying, ensuring that the interlining remains intact throughout the garment's lifecycle.

2. Strong Bonding and Stability:

   • The bonding agent used in the thermal bonding process creates a stable fabric that maintains its structure even after repeated washing or wear. This ensures that the garment maintains its crisp, structured appearance over time.

3. Flexibility and Comfort:

   • Despite its structural support, thermal bond nonwoven interlining is flexible and soft, providing comfort in garments. It does not add excessive bulk, which is essential for maintaining the natural drape and feel of the fabric.

4. Lightweight and Breathable:

   • Thermal bond nonwoven interlining is lightweight, which helps prevent garments from becoming too stiff or heavy. This makes it suitable for a wide variety of applications, including lightweight outerwear, shirts, and dresses. It is also breathable, which is important for ensuring comfort, especially in clothing worn in warmer climates.

5. Easy to Handle and Apply:

   • Thermal bond nonwoven interlining is easy to apply to fabrics, either by ironing or pressing it onto the garment. The adhesive backing can be activated by heat, making it quick and efficient to apply during the garment production process.

6. Eco-Friendly Options:

   • Many manufacturers are now offering eco-friendly thermal bond nonwoven interlining made from recycled fibers or produced using sustainable methods. These options cater to the growing demand for environmentally friendly materials in the textile industry.

Applications

1. Garment Manufacturing:

   • Shirts: Thermal bond nonwoven interlining is commonly used in shirt collars, cuffs, and plackets to provide stiffness and structure. The lightweight nature of the fabric helps the shirt retain its shape without making it uncomfortable to wear.
   • Suits and Jackets: Used in suits and jackets, thermal bond nonwoven interlining provides structure to the lapels, collars, and other areas that require a firm hold. It helps the garment maintain its tailored appearance even after extended wear.
   • Outerwear: For coats, jackets, and other outer garments, thermal bond nonwoven interlining ensures that the garment holds its shape while still offering comfort and flexibility.
   • Pants and Skirts: In pants and skirts, thermal bond nonwoven interlining is applied to waistbands and other key areas that need support and shape retention.

2. Fashion Accessories:

   • Bags: Thermal bond nonwoven interlining is used in handbags and backpacks to provide structure and shape. It helps the bags maintain their form while being lightweight and easy to handle.
   • Belts: Used in belts to maintain their stiffness, thermal bond nonwoven interlining ensures that the belt stays firm without compromising flexibility.

3. Home Textiles:

   • Curtains and Drapes: In home textiles like curtains and drapes, thermal bond nonwoven interlining adds weight and support, helping the fabrics hang properly while enhancing their overall durability.
   • Bedding: Thermal bond nonwoven interlining is used in bedding items like pillowcases and comforters to provide additional strength and durability.

4. Technical Textiles:

   • Automotive Upholstery: Used in automotive textiles, thermal bond nonwoven interlining provides structure and stability to car seats, headliners, and other interior components.
   • Industrial Fabrics: It is also used in industrial applications such as filtration materials, insulation, and other technical textiles that require high strength and durability.

Advantages of Thermal Bond Nonwoven Interlining

1. Cost-Effective:

   • The thermal bonding process is less expensive than traditional weaving or knitting methods, making thermal bond nonwoven interlining a more cost-effective option for garment manufacturers.

2. Quick and Easy Application:

   • Thermal bond nonwoven interlining is easy to apply during garment production. It can be fused to the fabric by applying heat, reducing the amount of time and labor required in the manufacturing process.

3. No Need for Sewn Seams:

   • Unlike other interlining options that require stitching or other bonding techniques, thermal bond nonwoven interlining can be applied directly with heat, eliminating the need for additional steps.

4. Customizable:

   • Thermal bond nonwoven interlining can be tailored to meet specific customer needs, including different weights, colors, and finishes. Manufacturers can offer custom solutions to suit a variety of fabrics and garment designs.

5. Environmentally Friendly:

   • Many thermal bond nonwoven interlinings are now available in eco-friendly options made from recycled fibers or produced using sustainable methods, offering a more environmentally conscious choice for garment manufacturers.

6. Improved Comfort:

   • Thermal bond nonwoven interlining offers structural support without compromising comfort, making it ideal for garments that need to maintain their shape while still being wearable.

Our Services

1. Custom Solutions:

   • We offer a wide variety of thermal bond nonwoven interlining products, including custom weights, widths, and finishes, tailored to meet the specific requirements of your garment and textile needs.

2. Expert Consultation:

   • Our experienced team is available to assist you in selecting the best thermal bond nonwoven interlining for your fabric, helping you achieve the desired level of support and structure for your garments.

3. High-Quality Assurance:

   • We implement stringent quality control measures to ensure that all thermal bond nonwoven interlining products meet the highest industry standards, providing you with reliable and consistent products.

4. Fast and Reliable Delivery:

   • With our efficient production and logistics system, we ensure that your orders are delivered on time, helping you stay on track with your production schedules.

5. Sustainable Manufacturing:

   • We are committed to sustainability and offer a range of eco-friendly thermal bond nonwoven interlining options that are made from recycled materials or produced with minimal environmental impact.

Conclusion

Thermal bond nonwoven interlining is a versatile and cost-effective solution for garment manufacturers seeking to add structure and support to their products. With its durable yet flexible properties, thermal bond nonwoven interlining is ideal for use in shirts, suits, outerwear, and a variety of other apparel items. At Shanghai Uneed Textile Co., Ltd., we offer high-quality thermal bond nonwoven interlining with customized solutions to meet the unique needs of your garment production. Our expert team is here to guide you in selecting the best interlining for your requirements, ensuring your garments retain their form, comfort, and durability