About interlining:

• To improve shape retention, look & strength of garment interlining is being used between the inner and outer layer of the garment.
• Interlining finds application in the
• Waistbands,
• Flies,
• Pockets
• Belt loops of men's trousers;
• In the cuffs,
• Collars and plackets of shirts and in the lapels,
• Fronts,
• Collars and pockets of tailored jackets and blazers.
• Invisible from the outside, interlining ensures accurate fit and optimum wearer comfort and thus, forms an important part of the garment.

Product characteristics

• Interlining may be woven, knitted or nonwoven made out of cotton, polyester, polyester/cotton or polyester/viscose blend.
• Nonwoven interlining is obtainable in weight varying from 18 gsm to 70 gsm where woven interlining is available in weight varying from 120 gsm to 250 gsm.
• Both woven and nonwoven interlinings are available in fusible as well as non-fusible varieties.
• Fusible interlining is a base fabric coated with a thermoplastic material usually HDPE or LDPE. It can be bonded to another fabric by the application of heat and pressure.
• Fusing offer various advantages to both garment maker and wearer.
• For the wearer, garment life is increased and crease-recovery is improved.

Raw materials:

• Woven Interlining:
• Woven interlinings are made of cotton, polyester and polyester/cotton blends.
• The fabric is coated with a thermoplastic material usually HDPE or LDPE to manufacture fusible interlining.
• Nonwoven Interlining:
• Thermo bond and Chemical bond interlining are made of polyester, nylon and polypropylene sourced domestically.

Technology used:

• Weaving
• Thermal & chemical bonding technology