How to Store Non Woven Fusible Interlining Before Garment Production

 

Proper storage helps garment manufacturers keep non woven fusible interlining organised and ready for production. Although storage requirements depend on the specific product and supplier guidance, buyers should pay attention to packaging, handling conditions and stock rotation. Poor storage practices can make materials harder to manage and may introduce creases, contamination or handling problems before the interlining reaches the production floor.

Start by keeping rolls or cut pieces protected from dust, moisture and unnecessary handling. Store materials according to the supplier's instructions, avoiding conditions that could affect the fabric or its adhesive coating. Keep product labels visible so workers can identify the correct grade, colour and GSM without opening multiple packages. Separating different specifications also reduces the risk of using the wrong interlining for a particular garment component. If the supplier provides specific temperature, humidity or shelf-life guidance, follow those recommendations.

Inventory control is equally important. Record incoming quantities, product specifications and the dates materials enter storage. Use a consistent stock-rotation process so older stock is considered first, provided it remains within the supplier's stated storage conditions and suitability requirements. Before issuing material to production, check the packaging and fabric condition. If there are concerns about the adhesive, surface or material condition, run a sample fusing test before approving the stock for use.

When purchasing non woven interlining fabric in bulk, confirm the product specifications and any storage recommendations with the supplier. Double Ghoda supplies non-woven interlining grades for garment components, including collars, cuffs, plackets and pockets. Maintaining clear labels and records can help buyers track each grade and plan replenishment more effectively. A simple storage and inspection routine supports better material handling and helps production teams identify potential problems before the interlining is used in finished garments.