The ECHELON Zen-Xero Dynamic, released in 2015, has been highly praised for its excellent performance. However, due to its high performance, some have commented that it is hard to use continuously because of the difficulty of application. For this reason, in this latest improvement, we aimed to achieve a balance between workability and performance, which have traditionally been considered contradictory, and conducted various verifications from a chemical perspective, going through a process of trial and error. The new product "Zen-Xero DYNAMIX" not only has the uniform distribution of water-repellent groups, a characteristic of Dynamic, but also actively incorporates a hydrolysis reaction into its application method, which forms a stable coating effect. Furthermore, after extensive verification of the material properties, reaction mechanism, and molecular structure, we have succeeded in achieving a high level of both workability and performance.

• Realization of total one-liquid system
  The ingredient composition of the conventional product has been reconstructed from a chemical perspective,and the accelerator function, which is the key to Zen-Xero technology, has been incorporated into a single liquid,delivering better performance than ever before with just one application.
• Simple and easy application
  The shift to a one-component system has dramatically improved application methods. An original approach that utilizes hydrolysis significantly reduces application time. Achieving uniform and stable finishes through an unprecedentedly simple process.
• Adhesion to any material
  The formulation has been restructured to provide excellent adhesion to a variety of materials. It can be applied to various kind of parts, including windshields, moldings, headlights, and wheels.
• Basic performance has also been greatly improved
  Through comprehensive improvements, basic performance has been further improved, including the already excellent stain resistance and sustained dynamic water repellency.
• Accelerator for even better performance
  By using an accelerator as before, the bond with the target surface is strengthened, resulting in better performance.