Smart Watch Band, Wristband
We specialize in providing tailored solutions for material selection, design enhancements, and the development of molds and fixtures. Our services extend to accommodating small-volume orders. Customized materials and the production of intricate designs that are challenging to demold are among our expertise.
Smart sports watchband, wristband
- Difficulty in Cutting Tools:
The special diamond pattern is processed using five-axis CNC machining, with precision and high aesthetic requirements for over ten strap holes. The integrated strap design necessitates precise control of the rubber thickness around the movement's inner recess. - Manufacturing Complexity:
Size control, vibrant color stain management, post-processing edge trimming, anti-stain treatment. - Product Features:
1. Silicone watch straps for premium GPS wristwatches come in both long and short strap designs, while mid-range sports wristwatches feature molded silicone straps.
2. A vibrant array of colors is available for selection.
3. Dozens of burrs around the penetrating holes, presenting a neat and uniform appearance with exquisite craftsmanship.
4. We adopt advanced "anti-stain treatment" to reduce the occurrence of dust and lint sticking due to static electricity.
5. Different from traditional methods using coating layers, addressing issues like peeling, chipping, and stickiness.
Water transfer printing is widely used in areas such as automotive interiors (walnut wood patterns), electronics, and household items, providing products with diverse aesthetic designs and highly detailed effects.
We utilize water transfer printing technology applied to rubber materials, showcasing vibrant versatility.
Supports:
The water transfer printing process is a special technique for decorating the surface of materials.
First, the design is printed on custom transfer paper using soluble dyes or pigments.
Next, a film is formed in a tank, floating on the water surface, and the printed design is gently placed onto this water film.
Due to the strong adhesiveness of the film's surface, the pattern adheres evenly to the water surface. After the pattern is formed, an activator is sprayed using a spray gun to transfer the design to the surface of the product.
Finally, the product undergoes cleaning and coating processes to ensure a durable and firmly adhered pattern.
The water transfer printing process finds widespread applications in various fields such as automotive interiors (walnut wood patterns), electronic products, and household items, providing products with diverse exterior designs and showcasing highly detailed effects.
By utilizing water transfer printing technology on rubber materials, we can achieve vibrant and versatile results.
Manufacturing advantage:
Unique or difficult demolding structure part.
Material for general use:
NBR+PVC, CR, EPDM, Silicone. (good / excellent ozone resistance materials.)
- Related Products
How can silicone watch bands with anti-stain technology improve your wearable device's user experience?
Our proprietary anti-stain treatment significantly reduces dust and lint buildup that typically plagues wearable devices, eliminating the common consumer complaint of dirty-looking bands. Unlike traditional coating methods that peel over time, our integrated solution maintains a clean appearance throughout the product lifecycle, enhancing user satisfaction and reducing warranty claims. Contact us to discover how our advanced silicone formulations can give your wearable devices a competitive edge in the market.
What sets our smart watch bands apart is our proprietary anti-stain treatment technology that significantly reduces dust and lint adhesion caused by static electricity, without relying on traditional coating methods that often lead to peeling or stickiness issues. Available in vibrant color options and customizable designs, our silicone wristbands are ideal for premium GPS watches, sports wearables, and fitness trackers. We offer comprehensive development services including material selection consultation, design optimization, and custom mold creation, with capabilities to accommodate specialized requirements and small-volume orders that larger manufacturers typically avoid.