German technical background VOK-315N leveling agent replaces BYK-315N Used in automotive coatings to reduce surface tension
CNY 180 - 210 /Kilogram
Min.Order:25 Kilograms
Guangzhou Situyuan Chemical Co., Ltd
German technical background VOK®-SL 315N leveling agent
VOK®-SL 315N is a silicone-containing surface additive for solventborne coatings and is particularly recommended for automotive coatings. Slightly reduces surface tension and improves surface slip. Does not whene after the varnish immersion test.
Product information
Chemical composition
Polyester modified polymethylalkyl siloxane solution.
Typical physicochemical data
The data presented on this data page is typical and not a product specification.
Density (20 °C): 1.03 g/ml
Non-volatile (30 min., 150 °C): 25%
Solvent: propylene glycol methyl ether acetate / glycol phenyl ether = 1/1
Flash point: 51 °C
Storage and transportation
When storage and transport temperatures below -5 °C, turbidity and delamination may occur. Heat to 20 °C and stir well before use.
Application areas
Coatings industry
Features and benefits
This additive slightly reduces the surface tension of the coating system, thereby improving flow and leveling and, in some formulations, defoaming. At the same time, it prevents the formation of Benard vortices and increases the luster. The additive does not whene after the varnish immersion test.
Recommended Use
Automotive coatings
Architectural coatings
Anticorrosive coatings
Industrial coatings
Recommended dosage 0.05-0.6 % Additive dosage (form of supply) is based on total formulation.
The above recommended dosage is for reference, and the appropriate dosage needs to be determined through a series of tests
Addition method and processing guidance
The additive can be added at any stage of production, including post-adding.
Special reminder
Unlike ordinary silicone fluids, the additive is "user safe". However, before use, a series of tests should be carried out to confirm whether the additive is foam stabilizing, in addition to evaluating its recoating and crater tendencies.