Specialized in serving large-scale industrial equipment manufacturing enterprises
Provide them with customized coating integration services
WH0682 Water-borne Epoxy zinc rich primer
Categorize: Water-based two-component self-drying automotive equipment paint
Product Details
Features & Application
Waterborne epoxy zinc rich primer has good cathodic protection and excellent rust prevention performance. Fast drying, can be dried at room temperature, and the effect of low-temperature drying is better，Used for long-term heavy corrosion protection of steel equipment under harsh corrosion conditions, such as outdoor mechanical equipment with high protection requirements, bridges, seaports, and chemical parks.
Technical Data
Product matching and Operation parameters
The next processing can be matching used with water-borne epoxy mid-primer or polyurethane mid-primer, and the topcoat can be matching used with polyurethane ripple coating.
Matching diluent: Distilled water or clean tap water
Precautions
The drying effect of water-based coating products is greatly affected by different environmental factors. During application, a comprehensive judgment should be made based on the temperature, humidity, wind speed, and drying conditions of the environment, to achieve the best appearance and performance of the paint film.
The self- recoating interval must be at least 1 hour after the surface dries, and the actual time depends on the impact of different environmental humidity and temperature on product drying; General between 2 hours and 6 hours; It is best to reapply the topcoat with an interval of more than 24 hours.
The operation temperature is between 10 ℃ and 30 ℃, and the operation humidity is no more than 80%. It must be thoroughly stirred and evenly mixed before use, and frequent stirring is required during coating, to prevent sedimentation.
Keyword：
WH0682 Water-borne Epoxy zinc rich primer
Recommended Products
Enquire Now
If you are interested in our products, please leave your e-mail, we will contact you as soon as possible, thank you!