+86-13776359695
kunshankaisite@163.com
kunshankaisite@163.com
Room 705, Building 105, Huaduyishu, Zhoushi Town, Kunshan City, Jiangsu, China
Elevate your style with our collection of exquisite enamel lapel pins, expertly crafted in China. Explore unique designs that blend vibrant colors and intricate details to create wearable works of art. Our premium, durable lapel pins showcase your individuality and make a statement. From pop culture to timeless aesthetics, find the perfect pin to complement your style. Shop with confidence, our pins are proudly made in China and will add a touch of class to any outfit or accessory. Our selection of enamel lapel pins will impress.
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Offset-Printed Enamel Pins revolutionize pin manufacturing by transferring high-resolution imagery directly onto metal substrates. Using CMYK+W (white underbase) lithographic printing, these pins achieve 1600 dpi resolution with 0.05mm registration accuracy. A protective epoxy dome (1.2mm thickness) enhances color vibrancy while providing a smooth, tactile surface. Ideal for reproducing photographic portraits, intricate patterns, or gradient-heavy brand assets, this technology supports unlimited colors without traditional enamel limitations. Digital proofs are generated within 6 hours via our automated color calibration system.
· True HD Reproduction: Capture skin tones, shadows, and fine textures with 98% color accuracy.
· Epoxy Protection System: Dual-layer UV-cured resin resists abrasion (3H pencil hardness rating) and chemical exposure.
· Multi-Surface Compatibility: Print on brass, aluminum, or stainless steel with optional textured backgrounds.
· Eco-Conscious Production: VOC-free aqueous coatings and solvent recovery systems minimize environmental impact.
· Direct-to-Garment Testing: Pins withstand 50+ industrial wash cycles without image degradation.
Q: How durable is the printed surface?
A: Accelerated aging tests show less than 5% color fade after 5 years of outdoor exposure.
Q: Can I print on both sides of the pin?
A: Yes. Dual-sided pins use a welded double-post system, with alignment guides ensuring perfect front/back registration.
Q: What file format is best for offset printing?
A: Supply 300 DPI TIFF files in Adobe RGB (1998) color space for optimal dynamic range.
Q: Is there a color limitation?
A: None. Our 10-color press (CMYKOGVW + 2 spot channels) exceeds standard gamut limitations.
Offset-Printed Enamel Pins revolutionize pin manufacturing by transferring high-resolution imagery directly onto metal substrates. Using CMYK+W (white underbase) lithographic printing, these pins achieve 1600 dpi resolution with 0.05mm registration accuracy. A protective epoxy dome (1.2mm thickness) enhances color vibrancy while providing a smooth, tactile surface. Ideal for reproducing photographic portraits, intricate patterns, or gradient-heavy brand assets, this technology supports unlimited colors without traditional enamel limitations. Digital proofs are generated within 6 hours via our automated color calibration system.
· True HD Reproduction: Capture skin tones, shadows, and fine textures with 98% color accuracy.
· Epoxy Protection System: Dual-layer UV-cured resin resists abrasion (3H pencil hardness rating) and chemical exposure.
· Multi-Surface Compatibility: Print on brass, aluminum, or stainless steel with optional textured backgrounds.
· Eco-Conscious Production: VOC-free aqueous coatings and solvent recovery systems minimize environmental impact.
· Direct-to-Garment Testing: Pins withstand 50+ industrial wash cycles without image degradation.
Q: How durable is the printed surface?
A: Accelerated aging tests show less than 5% color fade after 5 years of outdoor exposure.
Q: Can I print on both sides of the pin?
A: Yes. Dual-sided pins use a welded double-post system, with alignment guides ensuring perfect front/back registration.
Q: What file format is best for offset printing?
A: Supply 300 DPI TIFF files in Adobe RGB (1998) color space for optimal dynamic range.
Q: Is there a color limitation?
A: None. Our 10-color press (CMYKOGVW + 2 spot channels) exceeds standard gamut limitations.