China Fusible Lining Suppliers

Product description：

1:This series of products is processed from woven or non-woven fabrics,the fabric undergoes high-temperature dyeing and finishing, featuring good elasticity in the warp and weft directions and an extremely low heat shrinkage rate. 2:This production adopt advanced double dot coating technique.Using high-performance PU adhesive powder.It has a good performance after dry and water washing. 3:It widely suits for the materials of silk,cotton,polyester cotton,polyester viscose,chemical fibers,woolen and other woven, knitted silicone oil finishing fabrics, as well as PU composite fabrics. 4:It is suitable for the front parts,collar,sleeve,waistband,placket,pocketing and reinforcement parts of jacket,wind coat,overcoat and suits. 

Hair canvas (Wool lining) is made of pure cotton yarn,goat hair,yak hair,human hair and viscose blended as weft. 

Most hair canvas are black or grey

They are widely used in business suit, jacket, over coat with the excellent performance in elasticity, hardness and wrinkle resistance. 

Hair canvas is ideal for high-grade clothing interlining, which can be used with fusible interlining in clothing.

Hair canvas (Wool lining) is made of pure cotton yarn,goat hair,yak hair,human hair and viscose blended as weft. 

Most hair canvas are black or grey

They are widely used in business suit, jacket, over coat with the excellent performance in elasticity, hardness and wrinkle resistance. 

Hair canvas is ideal for high-grade clothing interlining, which can be used with fusible interlining in clothing.

Keep the chest, shoulder and sleeve parts in good shape, Make clothes are very stylish, plump, non-deformation, flat and neat surface, more comfortable in wearing.

DESCRIPTION

Product description：

1:This series is made using high-elastic semi-gloss DTY and woven with a water jet loom in a plain weave. The fabric is finished with high-temperature dyeing, providing a good hand feel and durability. 2：This production adopt advanced double dot coating technique.Using high-performance PA adhesive powder.It has a good performance after dry and water washing . 3：It widely suits for the materials of silk,cotton,polyester cotton,polyester viscose,chemical fibers,woolen etc.  4：It is suitable for the front parts,collar,sleeve,waistband,placket,pocketing and reinforcement parts of jacket,wind coat,overcoat and suits. 

Introducing Nylon Polyester Mixed Nonwoven Series 5 – Where Strength Meets Versatility

In the evolving world of high-performance materials, the Nylon Polyester Mixed Nonwoven Series 5 stands out as a cutting-edge solution engineered for durability, flexibility, and wide-ranging application potential. Whether you're in the automotive, filtration, industrial, or consumer goods sector, this nonwoven fabric is designed to deliver consistent performance where it matters most.

🧵 What Makes Series 5 Unique?

Hybrid Fiber Composition: By combining the strength and abrasion resistance of nylon with the softness and stability of polyester, Series 5 creates an ideal balance of mechanical performance and user comfort.

Superior Dimensional Stability: The fabric resists stretching, shrinking, and deformation, even under thermal or mechanical stress.

Enhanced Surface Uniformity: Ideal for coating, laminating, or use as a base material in complex composite applications.

Excellent Chemical Resistance: Withstands exposure to oils, solvents, and various cleaning agents — perfect for demanding industrial environments.

Eco-Conscious Manufacturing: Developed with sustainability in mind, featuring reduced energy consumption and recyclable potential.

🔧 Applications Across Industries:

Automotive interior liners, acoustic insulation layers

Filtration media (air, liquid, industrial)

Protective clothing and safety gear

Medical and hygiene backings

Packaging and consumer products

Whether you need material that’s tough under pressure, soft to the touch, or dependable in variable conditions, the Nylon Polyester Mixed Nonwoven Series 5 is your go-to fabric innovation.

Enzyme Wash Interlining Series X

Product description：

1:This series of products is processed from woven or non-woven fabrics,the fabric undergoes high-temperature dyeing and finishing, featuring good elasticity in the warp and weft directions and an extremely low heat shrinkage rate. 2:This production adopt advanced double dot coating technique.Using high-performance PA+PU adhesive powder.It has a good performance after dry and water washing,Suitable for garment dyeing and enzyme washing process . 3：It widely suits for the materials of silk,cotton,polyester cotton,polyester viscose,chemical fibers,woolen etc.  4：It is suitable for the front parts,collar,sleeve,waistband,placket,pocketing and reinforcement parts of jacket,wind coat,overcoat and suits. 

Twill Fabric Series 7

Product description：

1:This series is made using high-elastic semi-gloss DTY and woven with a water jet loom in a twill weave. The fabric is finished with high-temperature dyeing, providing a good hand feel and durability. 2:This production adopt advanced double dot coating technique.Using high-performance PA adhesive powder.It has a good performance after dry and water washing . 3：It widely suits for the materials of silk,cotton,polyester cotton,polyester viscose,chemical fibers,woolen etc.  4：It is suitable for the front parts,collar,sleeve,waistband,placket,pocketing and reinforcement parts of jacket,wind coat,overcoat and suits. 

Woven interlining stands out as a preferred choice in the realm of textile auxiliaries, primarily due to its exceptional strength and durability. This type of interlining is crafted through a meticulous weaving process, where high-quality yarns are intricately woven together to form a sturdy and resilient fabric.

One of the key advantages of woven interlining is its remarkable tensile strength. The tight weave of the yarns ensures that the fabric can withstand significant stress and strain without tearing or breaking. This makes it Woven Interlining Suppliers an ideal choice for garments that require extra support and structure, such as tailored suits, jackets, and coats. The interlining provides a stable foundation that helps maintain the garment's shape and form, even after prolonged wear and multiple washings.

In addition to its strength, woven interlining is also known for its durability. The tightly woven structure creates a barrier that protects the garment from wear and tear, extending its lifespan. This is particularly important for high-end fashion items that are expected to last for many years. The durability of woven interlining ensures that the garment retains its original appearance and quality, even after extensive use.

Furthermore, woven interlining offers excellent dimensional stability. It does not shrink or stretch easily, which means that the garment maintains its fit and shape over time. This is crucial for achieving a professional and polished look, especially in formal wear.

Quilting lining, a versatile material in garment manufacturing, has gained significant attention for its diverse applications and benefits. This unique lining type, traditionally associated with quilts and bedding, has now extended its reach into the fashion industry, offering designers and manufacturers a range of creative possibilities.

One of the primary Quilting Lining Manufacturers advantages of quilting lining is its excellent insulation properties. By trapping air between its layers, it provides effective thermal insulation, making it an ideal choice for outerwear and cold-weather clothing. This not only enhances the wearer's comfort but also extends the garment's usability across different seasons.

Furthermore, quilting lining is known for its durability and strength. The layered construction adds extra reinforcement to garments, improving their resistance to wear and tear. This makes it particularly suitable for high-impact activities or clothing items that require frequent use and washing.

In addition to its functional benefits, quilting lining also offers aesthetic appeal. The textured surface and variety of patterns available allow for endless design possibilities, enabling manufacturers to create visually striking and unique garments.

Quilting lining is often the unsung hero in the realm of craft projects, quietly enhancing the functionality, durability, and aesthetic appeal of quilts and other textile creations. Its incorporation can elevate your craft projects to new heights, making them not only more practical but also more visually striking.

One of the most significant benefits of using quilting lining is its ability to add warmth and insulation. Whether you're crafting a cozy blanket for a chilly winter wholesale Woven Interlining night or a lightweight quilt for summer, the right lining can make a world of difference. Different materials, such as cotton, polyester, and wool, offer varying levels of warmth and breathability, allowing you to tailor your project to the specific needs of its intended user.

Quilting lining also plays a crucial role in the durability of your craft projects. It provides a layer of protection between the quilt top and the backing, reducing wear and tear over time. This means that your quilts and other textile creations will not only look great but will also stand the test of time, remaining in excellent condition for years to come.

Beyond warmth and durability, quilting lining can add a touch of elegance and sophistication to your craft projects. By choosing a lining with a beautiful pattern, texture, or color, you can create a striking contrast or add depth to your design. This can turn a simple quilt into a piece of art that will be admired and cherished by all who see it.

Moreover, quilting lining can be a great way to repurpose materials and reduce waste. Old bedsheets, clothing, or other textiles can be transformed into lining, giving them new life and adding a personal touch to your craft projects. This not only helps the environment but also allows you to create unique and one-of-a-kind designs that reflect your personal style and creativity.

Twill and plain weave are two common fabric structures that have significant differences in weave, appearance, and texture, and are suitable for different clothing and home furnishings. The following is a detailed explanation of the main differences between these two fabrics.

Differences in weaving structure The weaving method of plain cloth is the simplest basic weaving method, which Quilting Lining Manufacturers usually adopts the method of "alternating warp and weft". The weaving method of plain weave is that each warp and weft thread is arranged alternately to form a uniform lattice structure. Each weft thread alternates across the warp threads, so the fabric surface is smooth with no noticeable texture.

Twill fabric uses a twill weave. The weaving method is that after a certain interval of warp threads, the weft threads pass from below and return to the top, forming a diagonal pattern. The surface of the twill fabric presents a distinct diagonal texture, giving a diagonal visual effect.

Difference in appearance and texture Due to the different weaving methods, plain weave has a smoother and simpler appearance. There is no obvious texture on the cloth, giving it a smooth and flat feel. Plain weave fabrics are usually thinner and more breathable, making them suitable for lightweight clothing.

Twill fabric appears more three-dimensional and layered due to its diagonal texture. Its fabric surface usually has obvious diagonal texture, which makes the visual effect richer. Twill is stronger and more durable than plain weave, feels thicker and has a certain degree of stiffness.

Strength and durability Due to its simple interweaving method, plain fabric has a tighter structure and therefore has a certain degree of wear resistance, but relatively speaking, its strength is not as high as that of twill fabric. Plain weave is relatively soft and is suitable for making light and comfortable clothing, such as shirts, bed sheets, etc.

Due to the twill structure, the yarns of twill fabric are more tightly interwoven, making it stronger and more durable. Therefore, twill fabrics are often used in clothing or items that require wear-resistance and durability, such as denim, jackets, work clothes, etc.

Breathability and comfort Plain weave fabric has a simple weaving method, good air circulation, high breathability and comfort. It is suitable for making clothes in spring and summer because it can keep the body dry when worn.

Twill has a higher density, so it is slightly less breathable, but it is more durable and wrinkle-resistant, making it suitable for making clothes in autumn and winter or those that need to withstand greater wear and tear. Twill is generally less comfortable than plain weave, but it provides better warmth and stability.

Differences in application areas Plain weave is widely used in making light and comfortable clothing such as summer clothing, bedding, shirts, T-shirts, etc. due to its soft and breathable properties. It is also often used in making household items such as canvas and tablecloths.

Twill fabric is often used to make autumn and winter clothing, jeans, jackets, windbreakers, uniforms, etc. because of its durability and wear resistance. In addition, due to its diagonal texture, twill fabric also has a certain decorative effect and is suitable for making some designer clothing.

Nonwoven interfacing is a common material in the textile field. It is widely used in clothing, home textiles, industry and other fields. It is mainly used to enhance the stability, shape maintenance and strength of fabrics. Depending on the type of fiber material, the performance of the interlining will vary significantly. Common fiber materials include polyester (PET), polypropylene (PP), nylon, cotton, etc. The following is an analysis of the performance of woven interlinings based on different fiber materials.

Polyester (PET) fiber Polyester fiber is a common synthetic fiber material with excellent tensile strength, abrasion resistance, wrinkle resistance and shrinkage resistance. Non-woven Lining Manufacturers Woven interlinings based on polyester fibers usually have high stiffness and good durability. They have strong adaptability to high temperatures and are suitable for clothing and home textile products that need to maintain their shape for a long time. However, polyester fibers are relatively poorly breathable and therefore may not be ideal in some applications where breathability is required.

Polypropylene (PP) fiber Polypropylene fiber is characterized by being lightweight, chemically resistant, having good UV resistance, and is more environmentally friendly than polyester. Woven interlinings made of polypropylene fiber are usually lighter and softer, and are suitable for products with higher comfort requirements. However, its tensile strength and durability are generally low, making it suitable for lighter garments or temporary interlinings.

Nylon fiber Nylon fiber has high strength, wear resistance and elasticity, which makes the woven interlining based on nylon fiber have a certain degree of elasticity while ensuring stiffness. Nylon fiber interlinings are suitable for areas requiring higher strength and durability, such as sportswear or industrial fabrics. The disadvantage is that it easily absorbs moisture, which may cause dimensional changes in the lining or a decrease in comfort.

Cotton Fiber Cotton fiber is a natural fiber with good hygroscopicity and air permeability. The woven interlining made of cotton fiber is relatively soft and suitable for clothing with high skin-friendly requirements, such as underwear, shirts, etc. The disadvantages of cotton fiber interlining are that it has poor tensile strength, relatively low durability, is easily damaged by moisture, and may shrink in a humid environment.

Blended fiber In order to combine the advantages of different fibers, blended materials, such as polyester and cotton, are often used. This type of woven interlining can usually find a good balance between stiffness, breathability, comfort and durability. Blended fiber interlining is widely used in the fields of clothing and home textiles, and is suitable for daily wear and lightweight home products.

Knitted interlining is made from a variety of materials, each selected for its specific properties to meet the needs of different garment applications. The materials used in knitted interlining influence its elasticity, durability, comfort, and compatibility with various fabrics. Here are the most commonly used materials:

1. Polyester

Polyester is one of the most widely used synthetic fibers in knitted interlining. It is favored for its durability, stability, and cost-effectiveness. Polyester Enzyme Wash Shirt interlining is typically used in garments that require strength and shape retention, such as jackets, blazers, and outerwear. Key characteristics include:

Durability: Polyester is resistant to stretching, shrinking, and wrinkling, making it ideal for interlining that must maintain its structure over time.

Cost-effective: It is an economical option, which is why it is widely used in mass garment production.

Heat resistance: Polyester can withstand the heat needed for fusing processes when used as fusible interlining.

2. Nylon

Nylon is another synthetic fiber frequently used in knitted interlining, particularly for its strength and elasticity. Nylon is often blended with other fibers to create interlining with enhanced stretch properties. It is ideal for sportswear, activewear, and other garments that require both flexibility and durability. Key characteristics include:

High elasticity: Nylon provides excellent stretch and recovery, making it suitable for use in flexible and stretch fabrics.

Lightweight: Nylon is lightweight, which adds minimal bulk to garments while providing structure.

Abrasion resistance: It has strong wear resistance, which helps extend the life of garments that experience frequent movement and friction.

3. Cotton

Cotton is a natural fiber that is sometimes used in knitted interlining, especially in garments that require softness and breathability. While it lacks the strength and elasticity of synthetic fibers like polyester or nylon, cotton offers other advantages. It is commonly used in more delicate or lightweight garments. Key characteristics include:

Softness and comfort: Cotton is soft against the skin, making it ideal for interlining in more delicate garments like blouses or dresses.

Breathability: Cotton interlining is breathable, making it suitable for summer clothing or garments where comfort and moisture-wicking are important.

Eco-friendly options: Cotton is often preferred in sustainable fashion due to its biodegradability and availability in organic forms.

4. Viscose (Rayon)

Viscose, also known as rayon, is a semi-synthetic fiber made from wood pulp. It is used in knitted interlining for its softness, drapability, and breathability. Viscose interlining is typically used in lightweight and high-end garments. Key characteristics include:

Soft drape: Viscose provides a fluid, soft drape, which is ideal for delicate fabrics and garments like dresses and blouses.

Breathability: Like cotton, viscose is breathable and moisture-absorbent, enhancing comfort in warmer climates.

Sustainability: Viscose can be a more sustainable option compared to purely synthetic fibers if sourced from sustainably managed forests.

5. Elastane (Spandex or Lycra)

Elastane is often blended with other fibers in knitted interlining to provide added stretch and flexibility. It is used in garments that require significant elasticity, such as sportswear, swimwear, and activewear. Key characteristics include:

High elasticity: Elastane provides exceptional stretch and recovery, maintaining the garment’s shape even after extended use.

Shape retention: It enhances the fabric’s ability to return to its original form after stretching, making it ideal for fitted garments.

Conclusion

The impact of non-woven interlinings on the environment during production and use is mainly reflected in the following aspects:

Impact of the production process Energy consumption and emissions: In the production process of non-woven interlinings, a large amount of energy, such as electricity and heat, may be required, which will increase greenhouse gas emissions and have a certain impact on the environment. Use of chemical substances: Various chemical raw materials and additives, such as dyes, adhesives, etc., may be used in the production process. If these chemicals are not handled properly, they may be released into the environment and pollute water quality and soil. Waste gas emissions: The production of non-woven interlinings may also produce waste gas, Nonwoven Interlining Manufacturers including volatile organic compounds (VOCs) and other harmful gases. If these waste gases are directly discharged without proper treatment, they will have an adverse effect on air quality. Impact of the use process Non-degradability: Due to its material properties, non-woven interlinings are usually not easy to degrade naturally. If they are discarded at will during use, they may become long-term solid waste, increasing the pressure of garbage disposal. Recycling and reuse: Although non-woven interlinings have a certain degree of recyclability, the efficiency and popularity of recycling and reuse still need to be improved. If the recycling is not timely or handled improperly, it may still cause pollution to the environment. Environmental protection suggestions In order to reduce the impact of non-woven interlinings on the environment, the following measures can be taken: