For custom patches and heat-applied apparel trims, a wash-resistance test may seem like a simple quality check. However, once a
When developing a TPU heat transfer label, we do not simply recommend a random temperature or pressing time. Before a
The project was urgent. The deadline was tight. And they had already sent us all the files we needed. Or
When developing fleece-based apparel trims or textile products, sublimation printing on fleece can create vibrant and detailed graphics. However, fleece
When developing custom sew-on silicone badges, most brands focus on logo appearance, color, and 3D effects. However, many production issues
To create metallic effects in gold woven labels, manufacturers typically use three methods: metallic yarn weaving, shiny polyester yarn simulation,
Silicone patches have a naturally low surface energy, which makes them resistant to inks and adhesives. This means processes like
In woven label design selection, choosing between with background and without background depends on your priorities. Labels with background offer
The most common finishing processes for patches include sew-on, heat transfer, adhesive backing, Velcro, fabric backing, and pin attachment. Each
Yes, High Frequency Embossed Patch technology can be used to produce golf ball marker–style products with embedded magnets, precise thickness
Most brand logo failures in production happen at the patch stage because design is not aligned with material and process
In Genuine Leather & PU Printing applications, silicone printing may fail due to surface oils, waxes, or coatings that inhibit
