Thermal Calendaring Powder Spray Nonwoven Interlining with Calender Finish, 18-80 g/m²

Thermal Calendaring Nonwoven Interlining

100% Polyester Thermal Calendaring Powder Spray Nonwoven Interlining

Material:	100% Polyester
Width:	90-150cm
Weight:	18-80g/m²
Color:	Black, white, grey
Glue Powder:	LDPE
Packaging:	50m/roll, 100m/roll
MOQ:	MOQ: 5000m/color MOA: 3000 dollars (no restriction on the types of products) Note for High Market Share Regions: West African: 5000 dollars
Certification:	OEKO-TEX® CERTIFIED Download PDF $oeko tex woven interlining qr code$

Lead Time: 25-35 days
Shipping: Sea freight, Railway freight
Payment: T/T, L/C ...

WhatsApp Contact Us

MH Non-woven Interlining Factory

$14 million
Production Capacity
200+
Workers

View More About MH Industrial

About Ningbo MH

MH specializes in garment accessories and fabrics, offering high-quality solutions for the textile and home décor industries. With advanced automated warehousing, MH ensures efficient supply chain management and provides comprehensive after-sales support, exclusively serving businesses, not individuals.

View More About MH Company

1999
Since
$871Million
Annual Sales (2025)
40+
Branch Offices
600+
Office Staffs

Product Details

Material: polyester

Weight: 18-80g/m²

Width: 90-150CM

Glue Powder: LDPE

Usage: for various clothes

MOQ: 5000m/color.

Color: normal: black, white, grey

MH thermal calendaring powder spray nonwoven interlining is a fusible non-woven fabric made from 100% polyester and coated with LDPE glue powder through a thermal calendaring process that leaves a smooth calender finish.

The interlining is bonded by heat and pressure, so the scattered LDPE powder fuses the fabric onto a shell material and adds body and shape while keeping the piece soft, flexible and breathable.

The calender-finished surface presses evenly and cleanly, which suits the interlining to a wide range of apparel and garment linings as well as medical, hygiene and automotive components. MH can tailor the composition and coating to a buyer fusing and hand-feel requirements.

Key Selling Points

Reliable fusible bonding: MH thermal calendaring interlining uses an LDPE powder-dot coating that fuses firmly to shell fabrics under heat and pressure for a durable, even bond.
Soft and breathable hand: The calender-finished nonwoven stays supple, flexible and breathable, adding shape to garments without stiffening the finished piece.
Shape retention and shrink resistance: The thermal-bonded polyester web holds its form and resists shrinking, keeping collars, plackets and facings crisp through wear and care.
Versatile across applications: The interlining serves apparel linings as well as medical, hygiene and automotive uses, giving buyers one adaptable fusible base fabric.
Customizable composition and finish: MH tailors the fiber blend, coating and finish to a buyer's fusing temperature and hand-feel needs for OEM programs.
OEKO-TEX certified supply: Produced under OEKO-TEX certification, the interlining meets textile safety expectations for wholesale and bulk apparel sourcing.

Fusing Conditions

Type	Machine Temperature	Actual Temperature	Pressure	Time
Continuous Press	130~150℃	127~143 ℃	1.5~2.5kg/cm²	12~15S
Flat Bed Press	130~150℃	127~143℃	0.8~1.5kg/cm²	12~15S

PS: To achieve the best adhesive effect, it is recommended to conduct an adhesion test before production.

MH Thermal Calendaring Nonwoven Interlining Feature

Softness and Flexibility
The nonwoven fabric maintains a soft and flexible texture, making it comfortable for use in garments and other applications where tactile properties are important.
Good Air Permeability
The double dot bonding pattern allows for excellent air permeability, ensuring breathability, which is essential for comfort in apparel and hygiene products.
OEKO-TEX Certification
The nonwoven interlining has passed the OEKO-TEX standard, ensuring that it is free from harmful substances and safe for human use.
Wide range of applications
This nonwoven fabric is ideal for apparel linings, medical & hygiene industry and automotive components.