Rhodoline FT-100

Freeze-thaw stabilizer for low/zero VOC waterborne coatings

 

Product introduction

Rhodoline®FT-100 improves the freeze-thaw stability of emulsions with low Tg levels, as well as the freeze-thaw stability of emulsions based on these low Tg levels. At the same time can also improve the gloss of these coatings, pigment dispersion and stain resistance. Rhodoline®FT-100 is APEO free and solvent-free.

Physical properties of

Refers to the fruit

1 Appearance clear to cloudy, light yellow liquid

Solid content, wt% 88.0-92.0

3 pH(5% water melt) 5.0-7.5

Viscosity @25℃, CPS maximum 3000

 

The main features

1. Improve the stability of freezing and thawing

2, improve the gloss of the coating

3. APEO and solvent free

4, improve the stain resistance

5, zero VOC

6. Include TSCA & DSL

application

Rhodoline®FT-100 significantly improves the freeze-thaw stability of low Tg emulsions and low/zero VOC waterborne coatings. It can be applied to low light to high light waterborne coatings.

Content:

Emulsion system: can be later added to the emulsion, 2~6% emulsion weight.

Coating system: 0.4~1.2% of coating system formula.

The freezing-thawing stability of the system can be significantly improved in the following systems

1 pure propyl system 2 propyl vinegar system

3 styrene-propylene system 4 vinyl acetate - vinyl system

 

Performance of Rhodoline®FT-100 in Low/Zero VOC Commercial Latex Paint

 

Initial viscosity (KU) Viscosity change value after five freeze-thaw cycles (KU)

Commercial latex paint (VOC volume) original paint added 1.0% Rhodoline FT-100 original paint added 1.0%

Rhodoline FT-100

1 # Paint (0 g VOC) pure propyl 112.1 91.2 gel 10.7

2# paint (37g/L) Acrylic acetate system 109.2 98.5 gel 1.5

3# paint (0 g VOC) phenylacrylic system 102.3 80.8 gel 18.0

4# paint (0 g VOC) pure c system 105.5 87.0 gel 15.0

5# paint (0 g VOC) pure c system 102.7 84.0 gel 8.2

6# paint (50g/L) Vinyl acetate system 112.5 88.7 gel 2.3