Fabric Catalog

Navigate through our fabric directory, categorized by material type

Welcome to Our Fabric Catalog

Selecting the right fabric is at the heart of creating exceptional women's fashion.

At Jinfeng Apparel, we understand that every collection begins with a careful choice of materials, as the fabric not only shapes the design but also defines the comfort, quality, and sustainability of the final garment.

Our Fabric Catalog is meticulously organized to guide designers and brands in finding the perfect materials for their unique visions.

Whether you’re looking for the natural elegance of silk, the versatility of cotton blends, or the performance of advanced synthetic fabrics, our catalog offers a diverse range to meet your needs.

Explore our categorized sections—Natural Fabrics, Synthetic Fabrics, Blended Fabrics, and Specialty Fabrics—to discover materials that inspire creativity and align with your brand’s values.

Fabric Categories Overview

Our Fabric Catalog is organized into four key categories to make your fabric selection process seamless

Natural Fabrics

Enjoy the comfort and elegance of fabrics like cotton, silk, linen, and wool. These materials, sourced from nature, are perfect for eco-conscious and luxury fashion.

Synthetic Fabrics

Discover durable and high-performance options like polyester, nylon, and spandex, ideal for activewear and innovative fashion designs.

Blended Fabrics

Find the best of both worlds with blends that combine natural and synthetic fibers, offering a balance of comfort, durability, and style.

Specialty Fabrics

Elevate your designs with unique materials like lace, velvet, and sequins, perfect for creating standout pieces and formal wear.

Each category is designed to help you quickly find the right fabric for your collection, with detailed information to guide your choices.

Don't forget to click on the fabric images to explore each type in more detail.

Natural Fabrics (15 Types)

These fabrics are derived from natural sources and are known for their comfort and sustainability.

White

Cotton

Soft, breathable, and versatile. Commonly used for casual and everyday wear.

Linen

Lightweight, breathable, and ideal for summer clothing. Known for its cooling properties.

Silk

Luxurious and smooth, perfect for formal wear and high-end fashion.

Wool

Warm and insulating, suitable for winter garments.

Hemp

Durable, eco-friendly, and breathable. Often used in sustainable fashion.

Bamboo

Soft, breathable, and moisture-wicking, making it ideal for activewear and eco-friendly apparel.

cashmere

Cashmere

Luxuriously soft and warm, used in premium winter garments.

Jute

Strong and durable, commonly used in bags and accessories.

Ramie

Similar to linen, it’s lightweight and breathable, often used in summer clothing.

Organic Cotton

Grown without synthetic pesticides, ideal for sustainable and eco-friendly garments.

Lyocell (Tencel)

Made from wood pulp, it’s soft, breathable, and environmentally friendly.

Sea Island Cotton

Premium cotton known for its extra-long fibers, used in luxury garments.

（Low production, used as a supplementary variety, not utilized.）

Merino Wool

A finer and softer wool, perfect for high-quality knitwear.

Pima Cotton

Known for its softness and durability, often used in high-end clothing.

Mohair

Soft, shiny, and insulating, derived from the hair of the Angora goat.

Synthetic Fabrics (12 Types)

These man-made fabrics offer durability, flexibility, and often lower costs.

Polyester

Durable, wrinkle-resistant, and versatile. Widely used in various garments.

Nylon

Strong, lightweight, and quick-drying. Common in activewear and outerwear.

Gold

Spandex (Lycra)

Stretchy and flexible, used in fitted garments and activewear.

Acrylic

Wool-like, warm, and lightweight, often used in sweaters and knitwear.

Rayon

Semi-synthetic fabric made from cellulose, known for its silk-like feel.

Acetate

Smooth and shiny, often used in linings and formal wear.

Microfiber

Ultra-fine synthetic fibers, used in cleaning cloths and activewear.

100% White Modal

Modal

A soft, moisture-wicking fabric from beech tree cellulose, used in underwear, activewear, and loungewear for comfort and breathability.

PVC (Polyvinyl Chloride)

Used in faux leather and other durable materials.

Neoprene

A rubbery material often used in wetsuits and athletic gear.

Olefin (Polypropylene)

Lightweight, moisture-wicking, and resistant to stains, often used in sportswear.

Gore-Tex

A breathable, waterproof fabric used in high-performance outerwear.

Blended Fabrics (10 Types)

Blended fabrics combine the best properties of different fibers, offering versatility and enhanced performance.

Poly-Cotton

A blend of polyester and cotton, offering durability and comfort.

Lycra-Cotton

Combines the stretch of Lycra with the comfort of cotton, ideal for activewear.

Wool-Polyester

A blend that combines warmth with durability, often used in winter garments.

Silk-Cotton

Luxurious yet breathable, commonly used in high-end fashion.

Rayon-Nylon

A blend that enhances the elasticity and durability of rayon with the strength and resilience of nylon.

Tencel-Cotton

Combines the eco-friendliness of Tencel with the breathability of cotton.

Wool-Silk

A luxurious blend used in premium winter wear.

Linen-Cotton

A breathable blend, perfect for summer wear.

Bamboo-Cotton

Eco-friendly and soft, ideal for sustainable clothing lines.

Polyester-Wool

Durable and warm, often used in professional and winter garments.

Specialty Fabrics (12 Types)

These fabrics are designed for specific functions or styles, adding unique qualities to garments.

Lace

Delicate and intricate, commonly used in bridal and formal wear.

Velvet

Plush and luxurious, ideal for evening wear and winter dresses.

Jacquard

A patterned fabric used in upholstery and high-end fashion.

Brocade

Richly decorative fabric, often used in formal wear.

Sequin Fabric

Sparkling fabric, ideal for party and event dresses.

Chiffon

Sheer and lightweight, perfect for layering in formal and summer dresses.

Tulle

Net-like fabric often used in skirts and bridal gowns.

Organza

Stiff and sheer, used in evening wear and bridal gowns.

Satin

Smooth and shiny, commonly used in formal and bridal wear.

Metallic Fabric

Shiny and reflective, used in fashion-forward designs.

Crepe

A crinkled texture fabric used in formal and casual wear.

Embroidered Fabric

Features intricate embroidery, often used in high-end and traditional garments.

Environmental Protection and Sustainability

We believe that fashion should not come at the expense of the planet, and we are dedicated to implementing eco-friendly practices throughout our production.

Eco-Friendly Materials

Organic and Sustainable Fabrics: We use organic cotton, bamboo, and other sustainable textiles that are cultivated without harmful pesticides and chemicals, ensuring that our dresses are gentle on the environment and safe for consumers.
Recycled Materials: We incorporate recycled polyester and other recycled fibers into our products, reducing waste and promoting a circular economy in the fashion industry.
Low-Impact Dyes: Our dyes are selected for their minimal environmental impact, ensuring that the coloring process is as eco-friendly as possible while maintaining the vibrant and rich colors that define our women’s fashion lines.
Sustainable Sourcing: We prioritize sourcing materials from suppliers who are certified for their sustainable practices, ensuring that every component of our dresses meets stringent environmental standards.

Green Manufacturing

Energy-Efficient Production: We employ state-of-the-art machinery designed to reduce energy consumption during the manufacturing process, helping to lower our carbon footprint.
Waste Minimization: Our cutting and production processes are optimized to minimize fabric waste, and any scraps are recycled or repurposed whenever possible.
Water Conservation: We use advanced water treatment and recycling systems in our dyeing and washing processes to reduce water usage and prevent contamination of local water sources.
Ethical Labor Practices: In addition to environmental sustainability, we ensure that all our production practices adhere to ethical labor standards, providing safe working conditions and fair wages for all workers involved in the manufacturing of our women’s fashion products.

Processing by Fabric Type
Pre-Treatment and Coloration	Scouring and Bleaching: Removes impurities and natural colors to provide a clean, white base for dyeing and printing.
Mercerizing: Increases fabric strength and luster, allowing for vibrant color absorption.	Dyeing and Printing: Cotton is often dyed with reactive dyes and printed using screen or digital printing techniques for rich patterns.
Natural Cotton: Undergoes enzyme washing and sanforization to enhance its softness, minimize shrinkage, and improve texture.	Blended Cotton: For cotton-polyester blends, combined treatments like heat setting and reactive dyeing ensure the fabric maintains its shape and vibrant colors.
Mechanical, Chemical, and Thermal Processes	Mechanical: Includes brushing for a softer feel, calendaring for a smoother finish, and shearing to remove surface fuzz, making the fabric more refined.
Chemical: Involves applying softeners, waterproofing agents, or anti-microbial finishes to add protective qualities and enhance wearability.	Thermal: Heat setting stabilizes the fabric, while singeing removes unwanted surface fibers, giving cotton a clean and polished look.
Final Fabrication and Specialty Treatments	Primary Fabrication: Cotton fibers are spun into yarn and woven or knitted into fabric.
Secondary Finishing: Includes softening and coating processes to enhance the fabric's comfort and durability.	Specialty Treatments: Advanced methods like digital printing for intricate patterns and laser cutting for precise fabric shapes add unique qualities to cotton garments.

Pre-Treatment Processes
Scouring: Removes impurities like pectins and waxes, making the fabric more absorbent.	Bleaching: Whitens the fabric, either to achieve a bright white finish or to prepare it for dyeing.
Coloration Techniques
Dyeing: Linen is dyed using methods like reactive and vat dyes for vibrant, long-lasting colors.	Printing: Techniques like screen printing and digital printing are commonly applied for adding designs and patterns.
Finishing Techniques
Softening: Softeners are applied to reduce the natural stiffness of linen, enhancing its drape and comfort.	Wrinkle Resistance: Treatments can be applied to minimize linen's tendency to wrinkle.
Mechanical Processes
Calendering: Linen is passed through heated rollers to achieve a smooth, glossy finish, ideal for table linens and apparel.	Singeing: Removes surface fibers for a cleaner, smoother finish, often used before printing or dyeing.
Specialty Treatments
Digital Printing: Used for creating intricate designs or patterns, particularly in fashion and home décor.	Embossing: A decorative technique where patterns are pressed into the fabric for a textured effect.

Fabric-Type Specific Treatments
Purpose-Based Processing	Pre-Treatment: Scouring removes impurities from raw silk, and bleaching ensures an even base for subsequent dyeing. These steps prepare the silk for its next transformations, enhancing its natural sheen.
Coloration: Silk undergoes specialized dyeing and printing techniques using acid or reactive dyes to produce vibrant patterns and colors, contributing to its luxurious aesthetic.	Finishing: Processes like softening and wrinkle resistance are applied to maintain silk's natural softness while minimizing creasing.
Natural Fiber Techniques: Enzyme washing and sanforization are employed to soften silk and prevent shrinkage, enhancing its appeal in high-quality fashion apparel.	Blended Fabrics: For silk blends, dyeing and heat-setting are used to ensure color consistency and stability, catering to a range of textile applications.
Functionality-Oriented Processes	Mechanical: Brushing and calendaring refine silk's texture and appearance, creating a smooth, lustrous surface ideal for luxury garments.
Chemical: Specific dyes and waterproofing chemicals are applied to enhance silk’s color richness and make it suitable for varied uses.	Thermal: Heat setting stabilizes silk's structure, especially in blended textiles, ensuring it retains its shape during wear and washing.
Manufacturing Stage Treatments	Primary Fabrication: Spinning and weaving processes create the base silk fabric, forming the foundation for fabrics like satin or charmeuse.
Secondary Finishing: Softening and coating techniques are applied to further refine the silk, enhancing its comfort and adding a luxurious touch.	Specialty Treatments: Advanced methods like digital printing and embossing add intricate patterns and textures, making silk versatile for high-end fashion applications.

Techniques by Fabric Type
Purpose-Driven Techniques	Pre-Treatment: Involves scouring to clean impurities and carbonizing to remove plant matter, setting a clean base for further processing.
Coloration: Acid dyeing gives wool vibrant, long-lasting hues, while screen printing adds patterns.	Finishing: Fulling (felting) adds thickness, while anti-pilling treatment improves durability.
Natural Fibers: Wool is softened through enzyme washing and stabilized using sanforization to reduce shrinkage.	Blended Fabrics: Wool-polyester blends undergo heat setting to retain shape, while dyeing is customized to suit both fiber types.
Functionality-Based Processes	Mechanical: Brushing creates a soft texture, while shearing smooths the fabric’s surface.
Chemical: Waterproofing with lanolin and mothproofing enhance wool's resilience and longevity.	Thermal: Heat setting stabilizes the fabric, preserving its structure and form.
Manufacturing Stage Techniques	Primary Fabrication: Involves spinning wool into yarns and weaving or knitting to achieve different textures.
Secondary Finishing: Softening and laminating improve the fabric's feel and functionality.	Specialty Treatments: Techniques like digital printing and embossing add intricate patterns and textures, creating high-end textile finishes.

Pre-Treatment Techniques
Scouring: This process removes natural impurities like waxes, oils, and pectins, leaving the fabric clean and ready for dyeing or other treatments.	Bleaching: Bleaching is applied to even out the fabric’s color and provide a consistent base for subsequent treatments, especially when a bright or uniform appearance is required.
Coloration and Finishing
Dyeing and Printing: Hemp fabrics accept both natural and synthetic dyes well. The dyeing process adds vibrant color, while printing techniques allow for detailed patterns and designs.	Waterproofing and Flame Retardancy: Special treatments can be applied to enhance the durability and functionality of hemp fabric. Waterproofing helps repel moisture, while flame retardant finishes are useful for outdoor and safety garments.
Mechanical and Chemical Processes
Brushing and Shearing: These processes are used to refine the surface of hemp fabric, making it softer and more comfortable for clothing applications. Shearing can also remove any surface imperfections.	Heat Setting: For hemp blends, heat setting stabilizes the fabric and ensures that it maintains its dimensions during wear and washing.
Final Fabrication and Specialty Treatments
Softening and Coating: After weaving, the fabric may be softened or coated to improve its texture, making it suitable for a broader range of fashion products, from loungewear to tailored clothing.	Digital Printing and Embossing: High-end hemp fabrics often undergo digital printing or embossing to add intricate designs, textures, or branding, making them ideal for unique, custom apparel lines.