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100% Polyester (PES) Woven Interlining with Powder-Dot Fusible Bonding
100% Polyester PES Woven Interlining
Composition: | PES |
Width: | 48″–60″ (122 cm–150 cm) |
Weight: | 30–130 g/m2 |
Color: | Snow white, Off white, Black |
Packaging: | 100m/roll, 150m/roll, according to customer's need |
MOQ: |
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Certification: | OEKO-TEX® CERTIFIED Download PDF ![]() |
Product Details
MH 100% polyester (PES) woven interlining is a fusible garment interfacing woven from PES yarn, coated by powder-dot technology and produced at 30-130gsm in widths of 122-150cm.
Fused at 130-150 degrees Celsius, MH woven interlining reinforces shirt collars and cuffs, suit and jacket panels, and general apparel while keeping the fabric's natural handle.
Characteristics:
Non fluorescent series: This series interlining is made of high-quality non fluorescent fabric, which is bonded with high-performance non fluorescent PA glue, making it excellent bonding effect and resistance to double washing (dry and water washing). Non fluorescent products produced by powder dot technology have better effects. The pressing condition of this series of products is wide and widely used in infant and toddler clothing.
Invisible series: This series interlining uses high-quality base fabric, which is perfectly combined with small particles. This delicate and soft woven interlining ensures its adhesion with ultra-thin fabric and excellent bonding elect. The process characteristics of powder dots are uneasy to shed powder, with good bonding effect and fast production efficiency. This series of interlining fabrics has a wide range of applications, wide pressing conditions, and can ensure its fabric style.
Product Data
Composition | PES |
Width | 48″–60″ (122 cm–150 cm) |
Weight | 30–130 g/m² |
Color | Snow white, Off white, Black |
Technology | Powder dot |
Point | 21/32 |
Recommended Fusing Conditions
Temperature | Glue‑line Temperature | Pressure | Time | |
Continuous Fusing | 130–150 ℃ | 121–143 ℃ | 2–4 kg/cm² | 12–15 s |
Flat Press Fusing | 130–150 ℃ | 121–143 ℃ | 2–4 kg/cm² | 12–15 s |




















