Epoxy-modified methyl phenyl silicone emulsion
一，Performance and use
This product is a non-ionic, epoxy-modified methyl phenyl silicone emulsion, widely used in heat-resistant industrial coatings. It has the poverties of excellent high temperature resistance and salt fog resistance, The varnish heat-resistant can reach up to 300 ℃, colored paint can reaches up to 500 ℃, and has good compatibility with organic resin, can be combined with water-based curing agents to achieve better room temperature self-dry; And can be unlimited water dilution, in line with the requirements of environmental regulations;
二，Main technical index
Wide range of industrial heat resistant paint applications, especially for the salt fog resistance requirements of the industry, such as ship,steam pipe, etc.
四，Packaging and storage
1,Be packed in 50kg or 200kg plastic drums.
2, Suggested optimizing storage conditions: under the temperature 5 ~ 36 ℃,sealed storage in cool and dry environment. The corresponding guarantee period generally is 12 months from the date of production.
1. It is recommended to prepare water-based resin-free colored paste to be used together with resin emulsion .It has good ability of room temperature self-drying, It can give the protection of the beginning work piece and transportable performance; But if you want to have more excellent heat resistance and physical and mechanical properties, suggest fully cured under the condition of 200-280 ℃ ,15 to 60min ; Low temperature curing performance can be achieved when used with waterborne polyurethane or amino curing agent.1, It is suggested to prepare water - based non - resin color paste and use it together with resin emulsion.
2, When compounded with organic resins and used together, it is necessary to screen their compatibility, especially in varnish applications.
3, Resin emulsion has good property of self-drying at room temperature. The resin can give the workpiece the property of initial protection and transportation property. But if you want to get more excellent heat resistance and physical and mechanical properties, suggested that be fully cured at 200-280 ℃ for 15 to 60 min, the optimizing curing condition is 250 ℃ for 30 min or 280 ℃ for 15 min.