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Here are 5 Tips to Know Fabric Composition in a Fabric in our latest post. #fabric #tips

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Ultrasonic Quilting in Textile Fabrics What is Ultrasonic Quilting? Ultrasonic quilting uses high-frequency sound waves to generate heat through friction, bonding layers of fabric together without sewing. While this method primarily relies on heat bonding, some designs might still incorporate top stitches for additional texture or decorative purposes. Why Use Ultrasonic Quilting with Top Stitching? Enhanced Strength and Durability: The combination of ultrasonic bonding and top stitching can provide additional reinforcement, ensuring that the layers of fabric and fill remain securely in place. Aesthetic Detailing: Top stitching can add a decorative element to the quilt, creating visible patterns on both the front and back, enhancing the overall design. Texture and Definition: Top stitches can help define the quilted pattern more clearly, giving the fabric a more textured and structured appearance. Stabilization: In some quilting applications, especially with thicker fills, top stitching helps to stabilize the layers, preventing shifting and maintaining the integrity of the quilt over time. Versatile Designs: Combining ultrasonic bonding with traditional stitching allows for a wide range of design possibilities, catering to both functional and decorative needs. Benefits of Ultrasonic Quilting: Speed and Efficiency: Ultrasonic quilting can be faster than traditional quilting methods, reducing production time. Material Savings: Eliminates the need for thread in the bonding process, although top stitching will still require it. Clean Edges: Produces clean, sealed edges without fraying, which is particularly beneficial for synthetic fabrics. Environmental Impact: Reduces waste and the use of consumables like thread, contributing to more sustainable production practices. By using ultrasonic quilting in conjunction with top stitching, manufacturers can achieve a balance of functionality, durability, and aesthetic appeal, making this method a versatile choice for a wide range of textile products. For more information, please contact us Our Team What's App: +8617888226042 WeChat: +8617888226042 Web: www.mizudapd.com Email: sanjoy@mizuda.net ------ ----_--------------- #mizuda #intertextile #texworld #fabric #activewear #functionalfabric #sustainable #textile 

Garment pattern making PVC plastic sheet (transparent, blue, white, yellow, etc. 0.5-10mm thickness) Garment #pattern making #PVC plastic sheet is a type of plastic material specifically designed for creating patterns for garments. It is commonly used by fashion designers, tailors, and pattern makers to trace, cut, and shape various clothing patterns. Garment #pattern making #PVC plastic sheet is transparent, allowing for easy tracing of existing patterns or creating new ones. It has a smooth surface, making it suitable for drawing, marking, and measuring accurately. The plastic material is flexible, allowing for easy manipulation and positioning on fabrics or mannequins. Garment #pattern making #PVC plastic sheet is best when pattern making requires a #durable pattern medium that lasts longer than various pattern paper. Garment #pattern making #PVC plastic sheet used to created long lasting, durable, and flexible patterns. It will not crack, curl, or become frayed like paper. Garment #pattern making #PVC plastic sheet is easy to cut, mark, and notch. For computerized pattern scribers, Garment #pattern making #PVC plastic sheet lasts longer and can provide savings in the long run.

Ultrasonic Quilting in Textile Fabrics What is Ultrasonic Quilting? Ultrasonic quilting uses high-frequency sound waves to generate heat through friction, bonding layers of fabric together without sewing. While this method primarily relies on heat bonding, some designs might still incorporate top stitches for additional texture or decorative purposes. Why Use Ultrasonic Quilting with Top Stitching? Enhanced Strength and Durability: The combination of ultrasonic bonding and top stitching can provide additional reinforcement, ensuring that the layers of fabric and fill remain securely in place. Aesthetic Detailing: Top stitching can add a decorative element to the quilt, creating visible patterns on both the front and back, enhancing the overall design. Texture and Definition: Top stitches can help define the quilted pattern more clearly, giving the fabric a more textured and structured appearance. Stabilization: In some quilting applications, especially with thicker fills, top stitching helps to stabilize the layers, preventing shifting and maintaining the integrity of the quilt over time. Versatile Designs: Combining ultrasonic bonding with traditional stitching allows for a wide range of design possibilities, catering to both functional and decorative needs. Benefits of Ultrasonic Quilting: Speed and Efficiency: Ultrasonic quilting can be faster than traditional quilting methods, reducing production time. Material Savings: Eliminates the need for thread in the bonding process, although top stitching will still require it. Clean Edges: Produces clean, sealed edges without fraying, which is particularly beneficial for synthetic fabrics. Environmental Impact: Reduces waste and the use of consumables like thread, contributing to more sustainable production practices. By using ultrasonic quilting in conjunction with top stitching, manufacturers can achieve a balance of functionality, durability, and aesthetic appeal, making this method a versatile choice for a wide range of textile products. For more information, please contact us Our Team What's App: +8617888226042 WeChat: +8617888226042 Web: www.mizudapd.com Email: sanjoy@mizuda.net ------ ----_--------------- #mizuda #intertextile #texworld #fabric #activewear #functionalfabric #sustainable #textile 

The purposes of fabric singeing are as follows: I. Improve appearance Remove fuzz: Unsinged fabric usually has fuzz of different lengths on the surface, making the fabric look less smooth and flat. Singeing can quickly burn off these fuzz, making the fabric surface smoother and greatly enhancing the appearance quality of the fabric. For example, in making high-end shirts or dresses, the smooth fabric surface can give people a refined and elegant feeling. Improve color vividness: The fuzz on the fabric will scatter light, making the color look less bright and pure. After singeing, the light can be reflected more evenly, thus making the fabric color more vivid and full. For some brightly colored fabrics such as red and blue, the effect after singeing is particularly obvious. II. Improve performance Increase the smoothness of the fabric: The singed fabric surface is more flat. In the subsequent processing processes such as printing and coating, it can better combine with other materials and improve the processing quality. For example, when printing, the smooth fabric surface can make the printing pattern more clear and delicate. Reduce pilling: The fuzz on the fabric surface is easy to entangle with each other during friction and form pilling. Singeing can remove these fuzz that are easy to pill, thus reducing the pilling problem of the fabric during use. Especially when making clothing that is often rubbed, such as coats and pants, singeing treatment can improve the durability of clothing. Improve the dimensional stability of the fabric: The existence of fuzz will affect the tightness of the warp and weft yarns of the fabric, resulting in easy deformation of the fabric during washing and drying. After singeing, the fabric structure is tighter and the dimensional stability is better. For some clothing that requires precise dimensions, such as suits and uniforms, singeing treatment is an essential link. You can learn more about our fabrics: https://lnkd.in/gFPpFBN7 Facebook page: https://lnkd.in/gTkXURJU Linkedin:https://lnkd.in/gXyBTVCP #factory #yunaitextile #topdyefabric #fabricfactory #fabricmanufacturer #fabricsupplier #textilecompany

The purposes of fabric singeing are as follows: I. Improve appearance Remove fuzz: Unsinged fabric usually has fuzz of different lengths on the surface, making the fabric look less smooth and flat. Singeing can quickly burn off these fuzz, making the fabric surface smoother and greatly enhancing the appearance quality of the fabric. For example, in making high-end shirts or dresses, the smooth fabric surface can give people a refined and elegant feeling. Improve color vividness: The fuzz on the fabric will scatter light, making the color look less bright and pure. After singeing, the light can be reflected more evenly, thus making the fabric color more vivid and full. For some brightly colored fabrics such as red and blue, the effect after singeing is particularly obvious. II. Improve performance Increase the smoothness of the fabric: The singed fabric surface is more flat. In the subsequent processing processes such as printing and coating, it can better combine with other materials and improve the processing quality. For example, when printing, the smooth fabric surface can make the printing pattern more clear and delicate. Reduce pilling: The fuzz on the fabric surface is easy to entangle with each other during friction and form pilling. Singeing can remove these fuzz that are easy to pill, thus reducing the pilling problem of the fabric during use. Especially when making clothing that is often rubbed, such as coats and pants, singeing treatment can improve the durability of clothing. Improve the dimensional stability of the fabric: The existence of fuzz will affect the tightness of the warp and weft yarns of the fabric, resulting in easy deformation of the fabric during washing and drying. After singeing, the fabric structure is tighter and the dimensional stability is better. For some clothing that requires precise dimensions, such as suits and uniforms, singeing treatment is an essential link. You can learn more about our fabrics: https://lnkd.in/gf6wFrNJ Facebook page: https://lnkd.in/e-E2t8AX Linkedin:https://lnkd.in/eki-q8iW #factory #yunaitextile #topdyefabric #fabricfactory #fabricmanufacturer #fabricsupplier #textilecompany

When it comes to the textile industry, ensuring the quality and consistency of woven fabrics is paramount. One critical aspect of fabric quality control involves the accurate measurement of the fabric's length and width. These measurements are essential for a variety of reasons, including ensuring the fabric meets specified standards, calculating material requirements for production, and determining the overall usability of the fabric in various applications. This blog will delve into the testing specifications for the length and width of woven fabrics, highlighting their importance and the methods used for precise measurement. Importance of Accurate Measurement Quality Control: Accurate measurements ensure that the fabric meets the required standards and specifications. This is crucial for maintaining consistency across batches and for customer satisfaction. Cost Efficiency: Precise measurement helps in calculating the exact amount of fabric needed for production, reducing waste and optimizing material usage. Product Performance: Ensuring the correct dimensions of the fabric is essential for its performance in end-use applications, such as clothing, upholstery, and industrial textiles. Testing Specifications Length Measurement The length of woven fabric is typically measured under specific conditions to ensure accuracy. The standard testing procedures include: Preparation: The fabric should be conditioned in a standard atmosphere for testing textiles, usually at 20±2°C (68±4°F) and 65±2% relative humidity. This helps in stabilizing the fabric dimensions. Measurement Technique: Manual Measurement: A tape measure or a ruler is used to measure the fabric length. The fabric should be laid flat without any tension or wrinkles. Automatic Measurement: Fabric measuring machines can provide more consistent results. These machines measure the fabric as it passes through a set of rollers. Recording: The length is typically recorded in meters or yards, depending on the industry standard. Width Measurement The width of woven fabric is measured perpendicular to the length, and similar preparation and measurement techniques are used: Preparation: As with length measurement, the fabric should be conditioned in a standard atmosphere. Measurement Technique: Manual Measurement: The width is measured using a tape measure or ruler, ensuring the fabric is flat and free of tension. Automatic Measurement: Width measuring devices or fabric inspection machines can provide precise and repeatable measurements. Recording: The width is recorded in centimeters or inches. Visit us====> agaltextiles.in  Call: +91 95666 50070  #GreigeFabric #TextileSuppliers #AgalTextiles #Craftsmanship #DesignInspiration #Erode #Perundurai #FabricTesting

Here's the best way to save money on your brands collections 💰 Smart fabric consumption and utilisation. This involves: → Upcycling → Modular design → Pattern optimisation → Digital prototyping And one I never hear people mention is being conscious of fabric selection. I.e. grouping 3-5 styles in the same fabric. This: → Reduces raw material cost, allowing for negotiation in CPUs with the factory → Allows consistency in colour-ways, preventing the need to stretch for higher MOQs to dye fabrics to match → Provides greater consistency in batches of stock (shrinkage, colour-fastness, abrasion etc) What tips do you have to save 💵 in your collections? #fashionbrand #clothingmanufacturer #d2c #toptips

The Power of Precision: Why Millimeters Matter in Fashion In garment engineering, a millimeter can make or break a design. The tiniest adjustments in pattern making, seam allowance, or fabric choice can transform the final product. Precision isn’t just a skill—it’s an art form that separates the good from the great in fashion. Why Precision is Crucial: Seam Allowances: A small deviation can lead to poor fit or discomfort. Pattern Adjustments: Minor tweaks can drastically alter a garment’s appearance and functionality. Fabric Cutting: Precision ensures minimal waste and optimal fabric use. Maintaining Precision Under Pressure: -Use calibrated tools and regularly check measurements. -Double-check patterns and cuts before proceeding. -Collaborate closely with your team to ensure consistency. What are your tips for maintaining precision in garment design? How do you ensure accuracy under tight deadlines? Let’s share our best practices. #FashionEngineering #AttentionToDetail #QualityCraftsmanship