Coating method to maximize the potential of functional particles.
Please feel free to contact us at i-kaihatsu@nittobogrp.com. "Double Dot Coating" is a processing method that allows functional particles to adhere to a substrate while being exposed on the surface. This method enables the functional particles to demonstrate their performance more effectively than when mixed with binders and other materials. We welcome inquiries from those considering enhancing the functionality of existing materials, as well as proposals for collaboration from companies that possess functional particles.
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basic information
"Double Dot Coating" After applying a binder in dot form on the substrate, particles/powders are scattered and then heated and dried, allowing functional particles to be fixed in a state where they are exposed on the surface. Processing Achievements - Particle diameter: 30μm and above - Dot diameter: 50μm and above - Substrate: Textiles, knits, non-woven fabrics, (film: testing level)
Price range
Delivery Time
※After confirming the materials and required functions, I will consult with you.
Applications/Examples of results
- Example of Use Particle: Hot melt adhesive (100μm) Base material: Polyester fabric ➡ Can bond effectively compared to hot melt sheets and webs ➡ Can reduce the amount of adhesive applied ➡ Weight reduction, cost reduction
Detailed information
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By placing particles on top of the binder applied to the substrate, it becomes possible for them to be exposed on the surface.
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This is an example using deodorizing particles. Higher deodorizing performance can be achieved compared to kneading them into a binder.
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Company information
Nitto Bō Advantex boasts an overwhelming share in the field of ladies' adhesive interlinings among the apparel auxiliary materials it handles. The "D-ALIGN dot coating" is a unique processing technology developed from adhesive interlinings, capable of bringing out various possibilities such as material performance, quality, and even process improvements. Main features: - Ability to adhere while exposing functional material powder on the surface - Retention of the functional properties of the substrate (flexibility, breathability, sound insulation, stretchability, etc.) - Improvement of productivity in processes requiring adhesion and lamination