Fusible Micro Dot Interlining (Thermal Bonded)

1. Application Overview

Fusible Micro Dot Interlining is a thermal bonded garment interfacing fabric,widely used in modern apparel manufacturing for structure support, softness improvement, and elasticity enhancement.

It is produced using advanced dot-coating thermal bonding technology, where micro adhesive dots are evenly applied onto non-woven interlining to ensure flexible bonding, soft hand feel, and stable performance after fusing.

It is an ideal solution for brands seeking lightweight, comfortable and modern garment construction materials.

2. Garment Applications

Fusible Micro Dot Interlining is suitable for a wide range of apparel categories, especially where softness and flexibility are required:

• Lightweight Wear: Idealfor dresses, blouses and fashionIt maintains fabric drape while providing subtle reinforcement without stiffness.
• Formal Shirts&Wears: Applied in collars, cuffs, plackets, and front panels to improve shape retention while keeping a soft and comfortable hand feel.
• Sportswear & Activewear: Ideal for jacket front panels, necklines and hem reinforcement, effectively optimizing three-dimensional shaping of outerwear.
• Casual Apparel:Suitable for shirts, casual trousers, and everyday garments, helping stabilize fabric structure without affecting  comfort.
• Garment Structural Details: Used in waistbands, pocket openings, hems, and neckline areas to enhance durability and prevent deformation during wear and washing.

3. How to Choose

To help you select the correct fusible micro dot interlining fabric depends on garment type, fabric elasticity, and production process:

• Select by Weight(GSM):

20-30gsm: ultra-light fabrics (chiffon, silk, lightweight dresses)
30-60gsm: shirts, blouses, casual wear
60-90gsm: jackets, structured garments.

• Select by Type:

Stretch fabrics: choose soft and elastic micro dot interlining
Woven fabrics: choose standard stability-grade interlining
Delicate fabrics: choose ultra-soft fusible grade

• Select by Function:

Soft touch requirement → low-density dot coating
Shape retention → medium/strong bonding grade
High elasticity garments → flexible bonding structure

4. Why Choose Our Solution

We are a manufacturer of thermal bonded fusible interlining and garment interfacing materials. Here are our core advantages:

• Micro Dot Technology: Even adhesive distribution ensures stable bonding, softness, and no stiffness after fusing.
• Fabric Compatibility: Works perfectly with lightweight, stretch, woven, and synthetic fabrics.
• Soft & Comfortable: Enhances elasticity and drape while maintaining the garment’s comfort.
• Factory Direct Supply: Competitive pricing with stable production capacity and global delivery support.

5. Technical Specifications

• Product Name: Chemical Bonded Non-woven Interlining
• Production Technology: Fusible Micro Dot Interlining
• ProductType：Thermal Bonded Fusible Interlining
• Gram Weight Range: 20gsm – 90gsm (Customizable)
• Standard Width: 100cm/150cm/160cm (Customized Available)
• Raw Material: Polyester nonwoven + PA/PES micro dot
• Shrinkage Rate: ≤3% (after water washing)
• Hand Feel:Soft / semi-soft / elastic-friendly
• Packaging: Standard roll packing / Custom private label packing

6. FAQ

Q1: What is Fusible Micro Dot Interlining used for?
It is used as a garment interfacing fabric to provide softness, elasticity, and structure support in clothing manufacturing.

Q2: What is the advantage of micro dot interlining?
Micro dot technology ensures even adhesive distribution, making garments softer, more flexible, and more comfortable after fusing.

Q3: Is fusible micro dot interlining suitable for stretch fabrics?
Yes, it is specially designed for stretch and lightweight fabrics, providing reinforcement without reducing elasticity.

Q4: Can it be washed or dry cleaned?
Yes, it offers excellent wash and dry-clean durability with stable bonding performance.

Q5: Can I customize exclusive specifications?
Yes. We support customized GSM, adhesive density, width, and packaging based on customer requirements.