| Volume | 4L、16L |
|---|---|
| Fluid color | Clear |
| Viscosity | 1 |
- FE News»
- PPS News»
- Oct. 31, 2024
- [News Release R-1020] Release of "ECHELON Zen-Xero DYNAMIX”
- May. 15, 2024
- [News Release R-1019] Release of "ECHELON Ver.3.0”
- Oct. 02, 2023
- [News Release R-1018]Compound that achieves a genuine finish Full Renewal of “KATANA” Series
- Jun. 27, 2023
- [News Release] A final finishing compound that achieves a beautiful wet gloss. "KATANA DARK-SHOT" is Released.
- May. 22, 2023
- [News Release] Full renewal of buffing pad category Brand integrated into HAYABUSA
Silicone Off ECO (Non-regulated under the Organic Solvent Ordinance) 
- Designed with health and environmental considerations, it is non-regulated under the Organic Solvent Ordinance.
In the automotive industry, organic solvents are widely used, and harmful components are strictly managed under the Organic Solvent Poisoning Prevention Ordinance.
In recent years, awareness has grown from the perspective of the SDGs, and the industry as a whole has been strengthening compliance with the ordinance. This product, essential for detailing, painting, and maintenance work, utilizes a unique formulation distinct from conventional silicone off products. Since it is not subject to the Organic Solvent Ordinance, it can be used with peace of mind. - Reduced work time with quick-drying performance.
With excellent quick-drying performance, the product evaporates while wiping during use, enabling rapid degreasing work. This enhances work efficiency and allows for significant time savings. - Minimizes clouding to ensure efficient degreasing work.
Suppresses the clouding often encountered during degreasing work, reducing the number of wipes needed and minimizing the risk of scratches. - Reduces odor for a more comfortable working environment.
As a product not subject to the Organic Solvent Ordinance, it offers the advantage of reduced solvent odor, creating a more comfortable working environment. It can be used with confidence even during extended periods of operation.
Comparison to the Silicon-off Series
