Wind Power Generation
Since wind power generation systems need to continuously operate in harsh environments, such as the ocean and cold regions, fluorochemical products are used for their excellent weather resistance and durability.
Durable Coatings For External Surfaces
Required characteristics
- Anti corrosion
- Weatherability
Daikin Solutions
Use of the Coating Resin Zeffle GK Series improves surface durability against salt damage seen in wind power generation enclosures. Daikin’s Zeffle also contributes to easy maintenance and system management.
Gear Grease
Required characteristics
- Excellent durability
- Lubricity
Daikin Solutions
Daikin’s Fluorinated oil, DEMNUM, is a very stable lubricant, both thermally and chemically, and is used for wind power generation systems.
Applications
Semiconductor manufacturing processes
Daikin’s range of dry and wet etchants enable semiconductor producers to achieve a high purity level and yield in the etching process.
Semiconductor manufacturing equipment
Materials for semiconductor manufacturing equipment require a high level of cleanliness, excellent chemical resistance, and heat resistance.
Chemical supply equipment
Fluoropolymers with high purity and excellent chemical resistance are widely used in chemical supply equipment.
Exhaust ducts
Fluoropolymer coatings with excellent chemical resistance and flame resistance are used on exhaust ducts due to corrosive gas.
OUR SOLUTIONS
Fluoropolymers
Fluoropolymers are widely used because of their unique non-adhesive and low friction properties as well as their superior heat, chemical and weather resistance and superior electrical properties.
Fluoroelastomers
DAI-EL fluoroelastomer products provide excellent high temperature and aggressive fluids resistance in sealing and fluid transport applications.
Coatings Resins and Additives
ZEFFLE Series are designed to meet building and constructions most strict outdoor specifications.
Semicon Etching Agents
DAIKIN provides high quaity etching agents for wet and dry fluorine types for semiconductor manufacturing.