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  • Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric
  • Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric
  • Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric
  • Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric
  • Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric
  • Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric
Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric

Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric

  • 1000 - 1999 Meters
    $0.60
  • 2000 - 4999 Meters
    $0.55
  • >= 5000 Meters
    $0.50

Customization:

Customized logo(Min.Order: 10000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Graphic customization(Min.Order: 10000 pieces)

Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Fusible Adhesive Bonding: Designed for seamless integration into clothing linings, enabling easy application through heat and pressure, ideal for structured garments like blazers, skirts, and formal attire.
  • Thermal Bonded Structure: Utilizes microdot paste dot technology for enhanced durability and shape retention, ensuring stability in high-stress areas while maintaining flexibility.
  • Eco-Friendly Material: Made from 100% polyester with water-soluble properties, reducing environmental impact during production and disposal.

Key features

  • 1. Eco-Friendly Material Technology

  • With eco-friendly 100% polyester composition and water-soluble adhesive properties, reduce environmental impact while enabling easy recycling or removal. ~30% lower environmental footprint compared to conventional interlinings*.

  • 2. Simplified Interactive Design

  • With fusible and adhesive properties, achieve seamless garment assembly without complex techniques. ~40% faster application than traditional interlinings*, streamlining workflows for both home sewists and commercial manufacturers.

  • 3. High-Performance Thermal Bonding

  • The thermal-bonded microdot structure ensures consistent adhesion across a wide range of temperatures, maintaining shape integrity even under stress. Compatible with fabrics up to 0.8mm thickness, ideal for durable outerwear and structured garments.

  • 4. Versatile Scenario Solutions

  • Ideal for both home sewing projects and commercial production, offering reliable performance whether crafting individual garments or mass-producing apparel. Suitable for jackets, blazers, and formal wear, ensuring adaptability across diverse applications.

  • 5. Certified Sustainability

  • Eco-friendly certification ensures compliance with environmental standards, appealing to sustainability-focused brands and consumers. Meets international eco-label criteria for recycled material use and reduced chemical impact.

Product details

Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Non Woven Fusing Fusible Interlining Fabric

The Custom Eco-friendly Microdot Paste Dot Thermal Bond Nonwoven Fusible Interlining Fabric combines advanced thermal bonding technology with sustainable materials to deliver durable, versatile performance. Engineered for clothing linings, this 150cm-wide fabric features a microdot adhesive structure for precise heat application, eco-friendly materials, and customizable aesthetics.

Technical specifications

FeatureSpecificationApplication Scenario
Material100% polyester, non-wovenSustainable fashion and industrial uses
Bonding TechniqueThermal-bonded microdot structureStabilizing collars, cuffs, and garment components
Adhesive TypePressure-sensitive fusible backingSeamless integration into clothing linings
Eco-FriendlyWater-soluble adhesives, recycled contentCompliance with green manufacturing standards
Color OptionsCustomizable palette (12+ colors)Fashion accessories and branded apparel
Width150cm standard rollCompatibility with industrial cutting machines

Customization guide

Adjustable parameters include width tolerance (±2cm), adhesive strength levels, and color matching to meet specific requirements such as thickness for heavy-duty applications or lightweight needs for delicate fabrics.

Get inspired

Ideal for creating durable yet sustainable garments, this interlining fabric balances performance and eco-conscious design. Its thermal-bonded structure ensures precision in tailoring while its water-soluble adhesives simplify post-production processes.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Bond Strength15 N/cm²+15% (17.25 N/cm²)+30% (19.5 N/cm²)*
Adhesive DurabilityStandardEnhanced (moisture-resistant)Premium (chemical-resistant)
Eco-Friendly Materials50% recycled polyester70% recycled + water-soluble adhesives100% recycled + biodegradable additives

Supplier's note

  1. Key Technical Breakthroughs:

    • Thermal-bonded microdots: Achieve 20% faster heat activation than traditional fusibles, reducing production time.
    • Water-soluble adhesives: Eliminate solvent use, cutting waste by 30% compared to industry benchmarks.
    • 100% polyester composite: Offers 25% higher tensile strength than cotton-based interlinings.
  2. Version Selection Guide:

    • Base Model: Ideal for small-scale tailors needing cost-effective, standard performance (e.g., casual apparel).
    • Advanced Model: Targets mid-tier brands prioritizing moisture resistance and eco-credentials (e.g., outdoor wear).
    • Pro Model: Best for luxury or industrial clients requiring extreme durability and full circularity (e.g., high-end suits or automotive upholstery).

Pro Model’s thermal bond strength exceeds industry standards by 20%, enabling use in heavy-duty applications like motorcycle jackets. Pair its chemical resistance with water-soluble adhesives to streamline eco-friendly production lines.

Frequently asked questions

  • Which fusible interlining fabric suits formal wear applications?

  • How do I maintain fusible interlining to prevent adhesive damage?

  • Nonwoven vs woven interlining: Which is better for sportswear?

  • Can I customize the color of eco-friendly fusible interlining?

  • Is this interlining fabric FDA-approved for apparel?

  • What’s the ideal heat setting for fusing microdot nonwoven interlining?

  • Does the 150cm width support large-scale garment production?

  • Can this interlining be used in water-resistant outerwear?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionGarment manufacturing, upholsteryIndustry: 60% polyester/40% cotton (ISO 1806:2018)
Base: 100% polyester (ISO 1806:2018)
Advanced: 100% polyester + recycled PET (ISO 1806:2018)
Uniform texture, reduced shrinkage ▲
Enhanced durability ▲▲
Industry: Prone to uneven texture; Advanced: Slightly higher cost
Adhesive StrengthFusible garment constructionIndustry: 8 N/cm² (ASTM D4850)
Base: 10 N/cm² (ASTM D4850)
Advanced: 12 N/cm² (ASTM D4850)
Stronger adhesion than industry ▲
Best for heavy-duty use ▲▲
Advanced requires higher heat (180°C) for bonding
Eco-Friendly FeaturesSustainable fashion, eco-conscious brandsIndustry: Non-biodegradable
Base: Recycled materials (ASTM D5511)
Advanced: Water-soluble + biodegradable (ASTM D5511-17)
Reduced environmental impact ▲
Fully recyclable ▲▲
Base: Limited eco-features; Advanced: 10% higher cost
Color OptionsCustom apparel, branded productsIndustry: 10 standard colors
Base: 20 colors
Advanced: 50+ colors + customizable printing (Pantone-certified)
Wider palette than industry ▲
Brand-specific customization ▲▲
Advanced: Longer lead time for custom hues
Width & SizeLarge garments, upholsteryIndustry: 114–150 cm
Base: 150 cm
Advanced: 150 cm + 200 cm (ISO 3801)
Meets standard project needs ▲
Supports bulk production ▲▲
Industry: Narrower widths may need more seams
Thermal Bonding EfficiencyHigh-volume productionIndustry: 140°C bonding temp (ASTM D4850)
Base: 160°C
Advanced: 180°C (faster bonding)
20% faster bonding than industry ▲
40% faster cycle time ▲▲
Advanced requires industrial-grade equipment

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