Description
Custom Merrow Border Woven Patches with Iron-On Backing
Material Integrity: 100% Polyester high-density machine weaving.
Edge Configuration: Merrow border for enhanced structural durability.
Adhesive System: Heat-activated iron-on backing for rapid garment application.
Application Targets: Denim, caps, jackets, and heavy outerwear.
📊 Quick Specs
| Parameter | Specification |
|---|---|
| Main Material | 100% Polyester Fabric |
| Fabric Application | Denim, Cloth, Garments, Caps |
| Border Technics | Merrow Border / Machine Weaving |
| Backing Style | Iron-On (Heat Seal) |
| Color System | Follow Pantone Color Chart |
| Shape & Size | Customer Appointed Shape (e.g. 7×7 cm) |
| MOQ | 100 |
🎯 Application Scenarios
Best for: Jackets, denim, workwear, and heavy-duty apparel requiring durable physical branding. This format serves as an ideal baseline before transitioning to premium woven patches for outdoor gear for extreme environments.
Not recommended for: Extremely lightweight fabrics (like silk or sheer cotton) where the localized physical weight (0.012 kg per patch) might cause fabric base warping, or for subjected industrial high-temperature washing sequences unless modified to a pure sew-on layout.
👕 Use Cases
Outdoor Outerwear: Waterproof jackets, windbreakers, and heavy climate shells.
Streetwear & Denim: Jeans, heavy canvas bags, and structured snapback caps.
Corporate Uniforms: Heavy-duty workwear requiring strict, consistent logo visibility and extreme mechanical wear resistance.
🏭 Engineering & Production Flow
- Design Digitization: Converting received vector files into machine weaving jacquard operation codes.
- Yarn Setup: Loading Pantone-matched 100% polyester yarns into the automated mechanical looms.
- Machine Weaving: High-speed looming crossing warp and weft yarns to interlace the base fabric and logo threads accurately.
- Backing Application: Laminating the heat-sealed active glue layer under controlled high temperature and steady pressure intervals.
- Border Processing: Edge die-cutting and routing through a specialized overlock stitching station to output the distinct merrow border. Clients who buy custom woven patches wholesale benefit substantially from our scaled setup efficiency here.
🔬 QC & Testing Protocol
Dimensional Tolerance Check: Size parameters strictly maintained within a ±1mm variance range over batch runs.
Color Fastness Testing: Applied yarns are subjected to ISO-certified water wash immersion and friction decay testing before packaging dispatch.
Adhesion Peel Evaluation: Structural integrity physical check of the iron-on adhesion layer to preempt premature detachment scenarios under applied sheer load.
Eco-Compliance Verification: Material certification check of the raw polyester fibers to meet declared eco-friendly standards.
🛡️ Defect Prevention Matrix (P-C-S)
Issue: Color Bleeding
Consequence: Defective thread dyes leach onto the main garment substrate directly during washing.
Factory Countermeasure: Strict deployment of pre-dyed 100% polyester yarns guaranteeing specific colorfastness pass rates.
Issue: Weak Substrate Adhesion
Consequence: The patch peels off from structural corners due to continuous mechanical stress and garment flexing.
Factory Countermeasure: Optimizing the dry heat-seal glue thickness mathematically and maintaining strictly monitored curing tunnel thermal temperatures at our manufacturing and testing facility.
❓ FAQ
What is the maximum dimensional hardware limit for a merrow border setup?
Standard overlock machinery encompasses regular application sizes perfectly (typically 7×7 cm for caps), but custom setups approaching up to 10-12 cm are within robust operational bounds.
Does the material pipeline genuinely comply with eco-friendly regulatory declarations?
Confirmed. Output isolates strictly validated 100% eco-friendly polyester weave bases and verified zero-emission backing adhesives.
What are the target application parameters for the supplied iron-on backing component?
Substrate installation mechanically requires a commercial heat press machine applying a specified pressure matrix at precision heat thresholds for a rigid dwell duration to activate the molecular adhesive bond safely.
