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NEEDLE PUNCHED NON-WOVEN FABRIC 

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Needle punching is one of the oldest and most effective methods for producing nonwoven fabrics. It is a mechanical process that transforms loose fibers into durable, flexible fabrics. The web formation for needle-punched nonwoven fabric typically utilizes dry-laid technology, primarily through a carding process. In this method, layers of loose staple fibers or filaments are entangled into a robust 3-D structure by repeatedly punching them with barbed needles. This mechanical bonding process ensures the creation of strong, flexible, and relatively thick nonwoven materials.

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At Samridhi Crreation, our needle-punched materials are crafted from a wide variety of fibers, including Polyester, Polypropylene, Viscose, Nylon, Meta-Aramid, Para-Aramid, PTFE, PPS, and PAN. This allows us to provide tailored solutions for diverse industries, offering products with optimal strength, flexibility, and performance.

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This version highlights the process and the diverse range of fibers used, making it more professional and engaging. Let me know if you need further adjustments!

MORE INFORMATION

PROPERTIES

  • Strong Uniform Structure: Ensures durability and consistency across the fabric.

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  • Balanced Softness and Strength: Offers the ideal combination for a variety of applications.

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  • Customizable Features: Tailored to meet specific requirements such as fiber range, throughput, and web qualities.

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  • Consistent Web Qualities: Maintains uniformity throughout the production process for reliable performance.

TREATMENT

  • ​Anti-Static Treatment: Reduces static build-up, improving the fabric's performance in sensitive applications like electronics and medical textiles.

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  • Flame Retardant Treatment: Provides resistance to ignition and reduces the spread of flames, ideal for safety gear, automotive, and industrial applications.

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  • UV Protection: Enhances the fabric's ability to block harmful UV rays, making it ideal for outdoor products like tents, awnings, and automotive components.

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  • Antibacterial Treatment: Inhibits the growth of bacteria, improving hygiene and odor control, particularly useful in medical and personal care products.

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  • Water Repellent Treatment: Helps the fabric resist water penetration, making it ideal for outdoor gear, clothing, and filtration applications.

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  • Oil & Grease Resistance: Enhances the fabric’s ability to resist oils and greases, ideal for industrial applications and filtration materials.

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  • Resilience Treatment: Enhances fabric durability, preventing deformation under stress, which is crucial for automotive and heavy-duty applications.

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  • Coating (PTFE, PVC, etc.): Adds a protective layer to improve the fabric’s resistance to chemicals, moisture, and abrasion.

APPLICATIONS

  • Medical Applications:

  1. Respirators (Flat Fold Respirators, Cup Masks, etc.)

  2. Surgical Gowns, Drapes, and Sterilization Wraps

  3. Surgical Kits and Medical Linings

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  • Automobile Industry:

  1. Headliners

  2. Floor Carpets

  3. Parcel Tray and Load Shelf/Trunk Carpet

  4. Seat Backing and Upholstery Components

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  • Filtration:

  1. Air Filtration (HVAC systems, cabin air filters)

  2. Liquid Filtration (Oil, Water, Chemical Filtration)

  3. Specialty Filtration Media (Fuel, Hydraulic, Pollen Filters)

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  • Industrial Applications:

  1. Footwear (Insoles, Shoe Linings)

  2. Mattresses (Comfort Layers, Cushions)

  3. Building and Construction Materials (Insulation, Acoustic Panels)

  4. Composites (Automotive, Aerospace, and Other Structural Components)

For any inquiries or details, please click on the above mail icon.

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