Solbin® C

Product Characteristics:

Solbin C is a thermoplastic resin consisting of polyvinyl chloride (VC) and polyvinyl acetate (VAc).

General Properties

AttributesTest Results
AppearanceWhite powder
Solution AppearanceColorless, transparent
Grain SizePasses wholly through 28 mesh sieve
Bulk Density (g/cc)~0.8
Composition (weight%)
VC87.0 ± 1.2
VAc13.0 ± 1.2
Degree of Polymerization420 ± 30
Molecular Weight Mn3.1 X 104
Glass Transition Temp. (°C)70°C
Solution Viscosity (mPa*s)(MIBK/TOL. 20% @ 25°C)150 ± 30

Applications:

How to Use:

Solubility

Solvent25°C50°CSolvent25°C50°C
TetrahydrofuranSSMethanolII
AcetoneSSIsopropanolII
MEKSSn-ButanolII
MIBKSSEthylene glycolII
CyclohexanoneSSMethyl acetateISC
Ethylene dichlorideSSEthyl acetateIS
AromaticSWSWButyl acetateIS
TolueneSWSWDBPSS
XyleneSWSWDioxaneSS
Aliphatic HydrocarbonIIIsophoroneSS
Notes: S...Soluble; SC...Soluble but turns cloudy; SW...Swells; I...Insoluble

Compatibility With Modifying Resins

Compatability with Modifying ResinsSOLBIN C / Other
9/14/11/11/4
AlkydBeckosol*11307-60-ELOOOX
1334-ELOOXX
1323-60-ELOOXX
Styrene-AlkydStyresol*14250ΔΔXX
4400ΔXXX
MelamineBeckamine *1
J-138ΔXXX
Superbeckamine *1TD-126OOΔX
J-820ΔΔXX
G-821OOΔX
EpoxyEpikote*2828OOOO
1001OOXX
UrethaneNippolan*32300 seriesOOOO
3000 seriesOOOO
Coronate*3LOOO

SOLBIN C:

Coating/film Notes:

Ο – Transparent ; ∆ – Slightly clouded;

X – Whitish or knurled. *1 — DIC Crop.; *2 — Japan Epoxy

Resins Co. Ltd.; *3 Nippon Polyurethane Industry Co., Ltd.

Please contact:

Shin-Etsu MicroSi

Phone: 1.888.642.7674

Website: www.microsi.com

Nissin Chemical Industry Co., Ltd.

Phone: +81.3.3295.3931

Website: www.nissin-chem.co.jp

Rating Table

ExcellentPolyvinyl chloride resin, Acryl resin
GoodConcrete, Plaster
FairChlorinated rubber
InferiorMetal, Wood, Paper, Cloth, Phenol resin, Alkyd resin, Butyral resin, Celluloid, Shellac, Dried waterborne or oil paints

Solbin Printing Ink

GradeComposition
(VC)
Composition
(Vac)
Composition (Other)
(Wt%)
Degree of polymerizationAverage molecular Mn
(×10⁴)
Glass-transition temperature (Celsius)Solid Content (%)
(mPa.s/25℃)
K-valueFeatures
AComposition (VC)92Composition
(Vac)
3
Composition (Other)
(Wt%)
5 Vinyl Alcohol
Degree of polymerization420Average molecular Mn
(×10⁴)
3.5
Glass-transition temperature (Celsius)76Solid Content (%)
(mPa.s/25℃)
220
K-value48Features
ALComposition (VC)93Composition
(Vac)
2
Composition (Other)
(Wt%)
5 Vinyl alcohol
Degree of polymerization300Average molecular Mn
(×10⁴)
2.7
Glass-transition temperature (Celsius)76Solid Content (%)
(mPa.s/25℃)
70
K-value42FeaturesLess viscous than grade A
CComposition (VC)87Composition
(Vac)
13
Composition (Other)
(Wt%)
Degree of polymerization420Average molecular Mn
(×10⁴)
3.6
Glass-transition temperature (Celsius)70Solid Content (%)
(mPa.s/25℃)
150
K-value48FeaturesGas-tight and highly resistant to waterHighly resistant to chemicals. Highly transparent
C5RComposition (VC)79Composition
(Vac)
21
Composition (Other)
(Wt%)
Degree of polymerization350Average molecular Mn
(×10⁴)
2.6
Glass-transition temperature (Celsius)68Solid Content (%)
(mPa.s/25℃)
60
K-value45Features
CHComposition (VC)86Composition
(Vac)
14
Composition (Other)
(Wt%)
Degree of polymerization650Average molecular Mn
(×10⁴)
5
Glass-transition temperature (Celsius)73Solid Content (%)
(mPa.s/25℃)
700
K-value57FeaturesMore viscous than Grade C Highly transparent and resistant to heat and weather
CLComposition (VC)86Composition
(Vac)
14
Composition (Other)
(Wt%)
Degree of polymerization300Average molecular Mn
(×10⁴)
2.5
Glass-transition temperature (Celsius)70Solid Content (%)
(mPa.s/25℃)
60
K-value42FeaturesLess viscous than grade C Highly soluble Highly transparent
CNComposition (VC)89Composition
(Vac)
11
Composition (Other)
(Wt%)
Degree of polymerization750Average molecular Mn
(×10⁴)
4.2
Glass-transition temperature (Celsius)75Solid Content (%)
(mPa.s/25℃)
40*1
K-value60FeaturesHigh viscosity, forms strong coating film Highly transparent
CNLComposition (VC)90Composition
(Vac)
10
Composition (Other)
(Wt%)
Degree of polymerization200Average molecular Mn
(×10⁴)
1.2
Glass-transition temperature (Celsius)76Solid Content (%)
(mPa.s/25℃)
30
K-value33FeaturesLess viscous than grade CN, highly soluble Highly transparent
M5Composition (VC)85Composition
(Vac)
14
Composition (Other)
(Wt%)
1 Dicarboxylic acid
Degree of polymerization430Average molecular Mn
(×10⁴)
3.3
Glass-transition temperature (Celsius)69Solid Content (%)
(mPa.s/25℃)
130
K-value49FeaturesStrongly adheres to metals, aluminum, and cellophane
TA3Composition (VC)83Composition
(Vac)
4
Composition (Other)
(Wt%)
13 Hydroxyalkyl ac rylate
Degree of polymerization350Average molecular Mn
(×10⁴)
3.2
Glass-transition temperature (Celsius)65Solid Content (%)
(mPa.s/25℃)
80
K-value45FeaturesFavorably disperses pigments and magnetic powdersMore thermostable than Grade A, less viscous

Note: The values in the table are representative values, not standard values.

Solbin Coating Paint

GradeComposition
(VC)
Composition
(Vac)
Composition (Other)
(Wt%)
Degree of polymerizationAverage molecular Mn (×10⁴)Glass-transition temperature (℃)Solid Content (%) (mPa.s/25℃)K-valueFeatures
AComposition (VC)92Composition
(Vac)
3
Composition (Other)
(Wt%)
5 Vinyl Alcohol
Degree of polymerization420Average molecular Mn (×10⁴)3.5Glass-transition temperature (℃)76Solid Content (%) (mPa.s/25℃)220K-value48Features
ALComposition (VC)93Composition
(Vac)
2
Composition (Other)
(Wt%)
5 Vinyl Alcohol
Degree of polymerization300Average molecular Mn (×10⁴)2.7Glass-transition temperature (℃)76Solid Content (%) (mPa.s/25℃)70K-value42FeaturesLess viscous than grade A
CComposition (VC)87Composition
(Vac)
13
Composition (Other)
(Wt%)
Degree of polymerization420Average molecular Mn (×10⁴)3.6Glass-transition temperature (℃)70Solid Content (%) (mPa.s/25℃)150K-value48FeaturesGas-tight and highly resistant to water. Highly resistant to chemicals. Highly transparent.
C5RComposition (VC)79Composition
(Vac)
21
Composition (Other)
(Wt%)
Degree of polymerization350Average molecular Mn (×10⁴)2.6Glass-transition temperature (℃)68Solid Content (%) (mPa.s/25℃)60K-value45Features
CHComposition (VC)86Composition
(Vac)
14
Composition (Other)
(Wt%)
Degree of polymerization650Average molecular Mn (×10⁴)5Glass-transition temperature (℃)73Solid Content (%) (mPa.s/25℃)700K-value57FeaturesMore viscous than Grade C. Highly transparent and resistant to heat and weather.
CLComposition (VC)86Composition
(Vac)
14
Composition (Other)
(Wt%)
Degree of polymerization300Average molecular Mn (×10⁴)2.5Glass-transition temperature (℃)70Solid Content (%) (mPa.s/25℃)60K-value42FeaturesLess viscous than grade C. Highly soluble. Highly transparent.
CNComposition (VC)89Composition
(Vac)
11
Composition (Other)
(Wt%)
Degree of polymerization750Average molecular Mn (×10⁴)4.2Glass-transition temperature (℃)75Solid Content (%) (mPa.s/25℃)40*1K-value60FeaturesHigh viscosity, forms strong coating file. Highly transparent.
M5Composition (VC)85Composition
(Vac)
14
Composition (Other)
(Wt%)
1 Dicarboxylic acid
Degree of polymerization430Average molecular Mn (×10⁴)3.3Glass-transition temperature (℃)69Solid Content (%) (mPa.s/25℃)130K-value49FeaturesStrongly adheres to metals, aluminum, and cellophane
TA3Composition (VC)83Composition
(Vac)
4
Composition (Other)
(Wt%)
13 Hydroxyalkyl acrylate
Degree of polymerization350Average molecular Mn (×10⁴)3.2Glass-transition temperature (℃)65Solid Content (%) (mPa.s/25℃)80K-value45FeaturesFavorably disperses pigments and magnetic powders. More thermostable than Grade A, less viscous

Note: The values in the table are representative values, not standard values.

Solbin Adhesive

GradeComposition (VC)Composition (Vac)Composition (Other)
(Wt%)
Degree of polymerizationAverage molecular Mn
(×104)
Glass-transition temperature (℃)Solid Content (%) (mPa.s/25℃)K-valueFeatures
AComposition (VC)92Composition (Vac)3Composition (Other)
(Wt%)
5 Vinyl alcohol
Degree of polymerization420Average molecular Mn
(×104)
3.5
Glass-transition temperature (℃)76Solid Content (%) (mPa.s/25℃)220K-value48Features
ALComposition (VC)93Composition (Vac)2Composition (Other)
(Wt%)
5 Vinyl alcohol
Degree of polymerization300Average molecular Mn
(×104)
2.7
Glass-transition temperature (℃)76Solid Content (%) (mPa.s/25℃)70K-value42FeaturesLess viscous than grade A
CComposition (VC)87Composition (Vac)13Composition (Other)
(Wt%)
Degree of polymerization420Average molecular Mn
(×104)
3.6
Glass-transition temperature (℃)70Solid Content (%) (mPa.s/25℃)150K-value48FeaturesGas-tight and highly resistant to chemicals. Highly transparent
C5RComposition (VC)79Composition (Vac)21Composition (Other)
(Wt%)
Degree of polymerization350Average molecular Mn
(×104)
2.6
Glass-transition temperature (℃)68Solid Content (%) (mPa.s/25℃)60K-value45Features
CHComposition (VC)86Composition (Vac)14Composition (Other)
(Wt%)
Degree of polymerization650Average molecular Mn
(×104)
5
Glass-transition temperature (℃)73Solid Content (%) (mPa.s/25℃)700K-value57FeaturesMore viscous than Grade C. Highly transparent and resistant to heat and weather.
CLComposition (VC)86Composition (Vac)14Composition (Other)
(Wt%)
Degree of polymerization300Average molecular Mn
(×104)
2.5
Glass-transition temperature (℃)70Solid Content (%) (mPa.s/25℃)60K-value42FeaturesLess viscous than grade C. Highly soluble. Highly transparent.
CNComposition (VC)89Composition (Vac)11Composition (Other)
(Wt%)
Degree of polymerization750Average molecular Mn
(×104)
4.2
Glass-transition temperature (℃)75Solid Content (%) (mPa.s/25℃)40*1K-value60FeaturesHigh viscosity, forms strong coating film. Highly transparent.
M5Composition (VC)85Composition (Vac)14Composition (Other)
(Wt%)
1 Dicarboxylic acid
Degree of polymerization430Average molecular Mn
(×104)
3.3
Glass-transition temperature (℃)69Solid Content (%) (mPa.s/25℃)130K-value49FeaturesStrongly adheres to metals, aluminum, and cellophane
TA3Composition (VC)83Composition (Vac)4Composition (Other)
(Wt%)
13 Hydroxyalkyl acrylate
Degree of polymerization350Average molecular Mn
(×104)
3.2
Glass-transition temperature (℃)65Solid Content (%) (mPa.s/25℃)80K-value45FeaturesFavorably disperses pigments and magnetic powders. More thermostable than Grade A, less viscous.

Note: The values in the table are representative values, not standard values.