SC-401 Fabric Stamp Ink Custom Metallic Prints with Gold Silkscreen and 3D Silicone Elements

Description:

Fabric Stamp Ink Formulation:

• The fabric stamp ink is a custom-developed formulation optimized for heat transfer printing onto fabrics.
• It contains finely ground metallic pigments, such as gold, silver, copper, or specialty metallic blends.
• The ink's carrier and binder system is engineered to chemically bond with fabric fibers when heat-cured, ensuring long-lasting durability.
• Advanced rheology modifiers give the ink the ideal viscosity and flow properties for efficient stamp or heat transfer printing.
• The ink can be formulated in a wide range of metallic colors and finishes, from classic gold to iridescent, multi-chrome effects.

3D Silicone Element Design:

• The 3D silicone elements are precision-molded using CAD design and advanced manufacturing techniques.
• This allows for the creation of intricate, high-resolution patterns, geometric shapes, and even sculptural silicone features.
• The silicone is specially compounded to be flexible, heat-resistant, and chemically compatible with the fabric stamp ink.
• Varying the height, depth, and spacing of the silicone elements can produce dramatically different textural effects on the fabric surface.
• Multi-layer or stepped silicone designs are possible, enabling complex, layered graphics and patterns.
• The silicone pieces are carefully cut, shaped, and positioned to align perfectly with the printed metallic ink design.

Quick Detail:

1. Printing Workflow:

2. The fabric substrate is pre-treated, if needed, to optimize ink and silicone adhesion.
3. The custom metallic fabric stamp ink is applied to the fabric using a heat transfer printing process.
   • This could involve flat-bed heat presses, rotary heat transfer machines, or other specialized equipment.
4. While the ink is still warm and tacky, the pre-formed 3D silicone elements are precisely positioned and pressed into the ink.
5. The fabric is then heat-cured, typically in a commercial heat press, to fully cross-link and bond the ink and silicone to the substrate.
   • The heat activation triggers a chemical reaction, creating a permanent, dimensional bond.

6. Benefits and Applications:

7. The metallic ink and 3D silicone elements work together to create a truly luxurious, high-end aesthetic.
8. This technique can be applied to a wide range of fabric types, including apparel, home textiles, accessories, and more.
9. The printed designs are exceptionally durable, resisting fading, cracking, and peeling even with repeated washing, wear, and exposure to light.
10. The unique textural elements add visual interest and a premium "hand feel" that engages the senses.
11. Brands can leverage this process to develop distinctive, customized designs that set their products apart in the market.
12. It's an ideal solution for creating specialized, high-value fabric applications in the fashion, home, and industrial sectors.

13. Overall, this advanced fabric printing method combining metallic stamp inks and 3D silicone elements enables brands to elevate their fabric-based products with an unparalleled level of quality, durability, and visual impact. The creative possibilities are endless.

14. Any excess silicone may be trimmed or removed, leaving a clean, polished finish.

Advantages:

Located in Shunde district-Shunde National High-Tech industrial zone in Foshan city, Foshan KaiYu Machinery CO.,LTD established in 2002. Main products including Digital Automatic Vacuum Vulcanize Machine,Bump Printing Machine, Automatic Dispensing Machine, Dispensing Table, High Frequency Machine, Automatic Vacuum Cabinet, Freezing Table, Water Chiller, Gluing machine, Sand Blasting Machine, Baking Table, Micro-injection Trademark Line, Tools and related materials . Products are sold to many countries all over the world. We have professional and technical personnelto provide you with professional after-sales service and technical guidance for a long time,and also ready live demonstration for your.
Welcome all customers'visiting to discuss cooperation for win-win result.