Custom woven patches are fabric emblems crafted using high-density weaving technology. Unlike traditional embroidered patches, woven patches directly weave patterns using finer yarns, enabling precise reproduction of fine text, intricate graphics, gradient colors, and delicate lines.

With a smooth, refined surface, they deliver sharper visual clarity, making them ideal for brand logos, scout badges, club insignias, school crests, sports event memorabilia, corporate identity symbols, and various cultural and creative merchandise. Offering superior detail compared to conventional embroidery, woven patches have become the preferred choice for international brands, schools, clubs, and event souvenirs.

Shanghai HAIJET Gifts brings extensive expertise in producing custom woven patches. We can professionally create samples based on client-provided design files in AI, PDF, or CDR formats, and offer customized options in size, shape, and color combinations. Whether round, square, shield-shaped, irregularly cut, or uniquely contoured, we precisely manufacture each patch to meet personalized branding needs.

Our products feature vibrant, stable colors and crisp pattern edges, suitable for complex designs and multi-color applications, ensuring excellent recognition and collectible value.

Patches are made from high-density polyester yarn, offering durability, wash resistance, colorfastness, and long service life. After weaving, multiple backing options are available—including standard stitching, heat-seal adhesive, hook-and-loop (velcro), double-sided tape, and self-adhesive materials—allowing flexible installation tailored to different usage scenarios. They can be easily sewn or ironed directly onto clothing, hats, backpacks, uniforms, and other textiles.

Woven patches are widely used across scouting organizations, school clubs, military and police units, corporate uniforms, outdoor brands, sports teams, tourism souvenirs, anime IP merchandise, concert fan goods, and cultural gift markets. The examples shown in images—such as scout badges, travel commemorative patches, and football club emblems—demonstrate the exceptional detail and color accuracy of woven technology.

Even tiny English letters, heraldic motifs, or complex patterns remain clear and visually appealing.

Compared to traditional embroidered patches, the greatest advantage of woven patches lies in their higher image resolution, making them especially suitable for small fonts, thin lines, and intricate designs. Thanks to the weaving process, they are thinner overall, soft to the touch, and do not compromise comfort due to bulky stitching. This also reduces product weight, making them ideal for lightweight applications such as hats, apparel, bags, and luggage.

Shanghai HAIJET Gifts supports OEM and ODM customization, allowing adjustments in dimensions, number of colors, edge finishing, and packaging according to client requirements. We provide digital mock-ups for confirmation prior to production, ensuring alignment with design specifications before proceeding to full-scale manufacturing—minimizing communication costs and improving efficiency. Packaging options include individual OPP bags, paper cards, hanging tags, gift boxes, or fully customized solutions tailored to brand identity, enhancing overall product value.

With advanced production equipment, rigorous quality control systems, and reliable delivery capabilities, Shanghai Shengkai Gifts has delivered high-quality custom woven patch services to numerous global brands, schools, associations, and gift buyers. We accommodate both small and large orders with consistent lead times and dependable quality, backed by dedicated one-on-one support to streamline the entire process—from design and prototyping to production and shipping.

Whether you need event commemorative badges, brand identity patches, team emblems, scout patches, or various garment accessories, we offer premium, high-precision custom woven patch solutions that elevate your brand’s image with professionalism, sophistication, and strong visual distinction.