Baysilone Paint Additive M51
Low molecular weight methyl polysiloxane
Borchers
流动/均化剂 >> 硅树脂
Flow / Levelling agent >> Silicone
涂层 >> UV / 辐射线固化
Coatings >> UV / Radiation Curing
Baysilone®- Paint Additive M 51 5
Low molecular weight methyl polysiloxane, 100% active ingredient
Description
Levelling and anti-floating agent.
Solubility
aliphatic hydrocarbons solublealiphatic hydrocarbons soluble
aromatic hydrocarbons soluble
alcohols insoluble / partially soluble
esters soluble
ketones insoluble / soluble
glycol ethers insoluble
glycol ether acetates insoluble
Decalin / Tetralin soluble
water insoluble
Properties
Baysilone®-Paint Additive M 51 is a very effective flow-promoter and appreciably reduces surface tension.
lt acts as an antifloating agent and can be used as an "antisilicone", i.e. it counteracts defects in the surface of paint films which may be caused by silicones, e.g. in polishes.
Applications
Baysilone®-Paint Additive M 51 can be used both in systems which dry physically and in chemically curing systems. Its binder compatibility is limited.
Addition rate
0.01 - 0.05% based on solids content.
Recoatability
Direct loss of adhesion between base and top coat or of recoatability is not generally likely to be observed. Baysilone®-Paint Additive M 51 may, however, intensify such defects, the causes of which include over-baking. We therefore recommend that the product is used primarily in top coats.
Levelling and anti-floating agent. Very effective flow-promoter and appreciably reduces surface tension. Can be used as an "antisilicone", counteracts defects in the surface of paint films which may be caused by silicones.
Can be used both in systems which dry physically and in chemically curing systems. Its binder compatibility is limited. Direct loss of adhesion between base and top coat or of recoatability is not generally likely to be observed. May, however, intensify such defects, the causes of which include over-baking. Used primarily in top coats is recommended.
Recommended usage level: 0.01 - 0.05% based on solids content.