Name | Chemical Type | High-solids(%) | solvent | Properties & Applications | Recommended amount |
---|---|---|---|---|---|
Rheoflow LP-1050 |
Acrylic copolymer | 50±1 | Xylene |
Excellent flow and levelling Good prevent craters and pinholes good defoaming control effect good pick up and recoatable. All solvent based baking ststems all solvent based no baking systems Two components(acryl/urethane, epoxy) Excellent effects in PCM coats |
0.1~1.0% |
Rheoflow LP-1800(S) |
Acrylic copolymer | 83±3 | Xylene | 0.1~1.0% | |
Rheoflow LP-2000 |
Combination of high bp solvents |
< 1.0 | Alkylbenzenes/ Diisobutylketne/ Dipentene (14/5/1) |
Good prevent surface defects(craters, neddles, blisters, pin-holes, orange peel, boiling marks) lmprove levelling All solvent based baking systems All solvent based no baking systems Chlorinated rubber paints NC-modified paints and polyurethanes |
2.0~7.0% |
Rheoflow LP-2100 |
Combination of high bp solvents & Ploydimethyl silozane |
< 1.0 | Alkylbenzenes/ Diisobutylketne/ (5/1) |
Good prevent surface defects(craters, neddles, blisters, pin-holes, orange peel, boiling marks) lmprove levelling All solvent based baking systems All solvent based no baking systems Chlorinated rubber paints NC-modified paints and polyurethanes |
2.0~5.0% |
Rheoflow LP-2700 |
Acrylic copolymer |
75±1 | - |
Very good flow and leveliing prop-erties Prevent cratering, pinholes, fish eyes and another surface defects Good compatibility with other resins Good film appearance and recoat-able properties Coil coatings All solvent based baking systems All solvent based no baking systems |
0.1~0.5% |
Rheoflow LP-4200 |
Acrylic copolymer | 50±1 | Xylene |
Excellent flow and levelling Good prevent craters and pinholes good defoaming control effect good pick up and recoatable. All solvent based baking ststems all solvent based no baking systems Two components(acryl/urethane, epoxy) Excellent effects in PCM coats |
0.1~1.0% |
Rheoflow LP-4500 |
Acrylic copolymer | > 98.5 | - | 0.1~0.5% | |
Rheoflow LP-5400 |
Acrylic copolymer | 51±1 | Alkylbenzenes/ Diisobutylketne/ (9/1) |
Improves levelling Prevents cratering Helps substrate wetting Acts as a defoamer and de-aeration aid Dose not interfare with intercoat ad-hesion Solvent-borne coatings recommended Polyurethane coatings Two-fack epoxy compounds Air-dried alkyd systems Especially suitable for stoving enamels based on Acrylics, Alkyd, Polyester resins |
0.1~1.5% |
Rheoflow LP-5500 |
Acrylic copolymer | 52±1 | Methoxypropyl acetate |
Excellent flow and levelling Good prevent craters and pinholes Good defoaming control effect Good pick up and recoatable. Allsolvent based baking systems All solvent based no baking systems Two components(acryl/urethane,epoxy) Excellent effects in PCM coats |
0.1~1.5% |
Rheoflow LP-5800 |
Acrylic copolymer | 52±1 | Alkybenzenes |
Excellent flow and levelling proper-ties Good prevent cratering and pin-hole Improve gloss. thermally stable Don not negatively influence re-coatability or intercoat adhsion All solvent based baking systems All solvent based no baking systems Two components(acryl/urethane, epoxy) Excellent effects in OEM coats |
0.1~1.5% |
Name | Chemical Type | High-solids(%) | solvent | Properties & Applications | Recommended dose and method mix |
---|---|---|---|---|---|
Rheoflow AF-550 |
Acrylic copolymer | 30±1 | Mimeral spirits/ Toluene |
Excellent defoaming Consistent effects at low temp Good recoatable All solvent based baking systems All solvent based no baking systems Two components(acryl/urethane,epoxy) |
0.2~1.0% (Before dispersing) |
Rheoflow AF-630 |
Sulution of foam destroying polysiloxanes |
< 2.5 | Diisobutylketone/ hexafluor Xylene |
Excellent deaerating power during paint manufacturing and mixing process Excellent defaoaming control effect on coat-ings Intercoat adhesion and transparency are not negatively influenced Preferred binders are chlorinated rubber,epoxies,two-pack polyurethane systems,alkyd/melamine, alkyds, and self-crosslinking acrylates, air drying systems based on acrylic,vinyl or chlorinated poly-mers |
0.05~0.7% (At disperse process) |
Rheoflow AF-660 |
Sulution of foam destroying polysiloxanes |
< 1.0 | Diisobutylketone | 0.1~0.7% (At disperse process) |
|
Rheoflow AF-770 |
Acrylic copolymer | 30±1 | Mimeral spirits/ Toluene |
Excellent defoaming Consistent effects at low temp Good recoatable All solvent based baking systems All solvent based no baking systems Two components(acryl/urethane,epoxy) |
0.2~1.0% (Before dispersing) |
Rheoflow AF-800 |
Acrylic copolymer | 30±1 | Mimeral spirits/ Toluene |
0.2~1.0% (Before dispersing) |
Name | Chemical Type | Solid(%) | solvent | Acid value (mg KOH/g) |
Amine (mg KOH/g) |
Properties & Applications | Recommended amount |
---|---|---|---|---|---|---|---|
Rheoflow DS-104 |
Unsaturated polycarboxylic acid polymer |
50±2 | Xylene/ Diisobutyl/ ketone(9/1) |
180±10 | - |
Prevent cratring, pinholes, fish eyes Excellent deaerating Good film appearance Industrial coatings Architectural coatings Coil coatings |
Inorganic Pigments : 3~10% Organic pigments : 10~20% TiO2 : 0.5~2.5% |
Rheoflow DS-105 |
Unsaturated polycarboxylic acid polymer and a polysiloxane copolymer |
50±2 | Xylene/ Diisobutyl/ ketone(9/1) |
150±10 | - |
excellent effective in preventing flooding of titanium dioxide in combination with other color pigments Using in anti-corrosion primers and coating systems, in many cases the protective properties are enhanced Solvent based coatings - Vinyls, Acrylics, Epoxies, Urethanes, Alkyds - Epoxy heavy duty paint and floor coat-ings based on Urethane or Epoxies - Industrial and architectural coatings |
Inorganic Pigments : 3~10% Organic pigments : 10~20% TiO2 : 0.5~2.5% |
Rheoflow DS-108 |
Hydroxy functional carboxylic acid ester with pigment affinic group |
>97 | - |
- Enhance leveling, gloss, transnparency and concealment force. - High concentration coloring. - Industrial coating. - Architectural coating. |
Inorganic Pigments : 3~10% Organic pigments : 10~20% TiO2 : 0.5~2.5% |
||
Rheoflow DS-110 |
Solution of a copolymer with acidic group |
52±2 | 28±5 |
- Excellent effective in decreasing viscosity. - Anionic. Suitable for acid-catalyst system. - Decrease haze of inorganic pigment paints. - Coil coating. - Industrial coating. - Automotive coating. |
Inorganic Pigments : 3~10% Organic pigments : 10~20% TiO2 : 0.5~2.5% |
||
Rheoflow DS-330 |
Alkyl ammonium saltt of a polycarboxylic acid |
50±2 | Alkyl benzene |
51±5 | 51±5 |
Excellent deaeraing power during paint manufacturing & mixing process Excellent defoaming control effect All solvent based coatings - Vinyls, Acrylics, Epoxies, Urethanes High viscosity coatings |
Inorganic Pigments : 1~2% TiO2/Extenders: : 0.5~1% Bentonite : 30~50% |
Rheoflow DS-340 |
Polycarboxylic acid salt of polyamine amides |
52±2 | Methoxy propaneol/ Alkyl benzene(3/2) |
41±5 | 37±5 |
Can additionally be used in non-polar systems and is compatible with white spirits The lower the polarity the more the thixotropy is increased Even in ,,'low-filled' systems, the sag-ging tendency is reduced Anticorrosion primers, the protective properties are enhanced All solvent based coatings - Vinyls, Acrylics, Epoxies, Urethanes High viscosity coatings |
Inorganic Pigments : 1~2% TiO2/Extenders: : 0.5~1% Bentonite : 30~50% |
Rheoflow DS-360 |
Salt of unsaturated polyamine amides and acidic polyesters |
50±2 | Xylene/ Isobutanol(8/2) |
24±5 | 19±5 |
Reduced dispersion time Stabilization of the pigment dispersion Decreased pigment sedimentaion Increased gloss and improved flow Shorter dispersion time Improved storage stability Architectural coatings recommended Industrial coatings recommended Furniture coatings recommended Bentonite pastes recommended |
Inorganic Pigments : 1~2% TiO2 : 0.5~1% Organic pigments : 1~5% Bentonite : 30~50% |
Rheoflow DS-361 |
High molecular weight block copolymers with pigment affinic groups |
30±2 | Methoxy propyl acetate/ Butylacetate (6/1) |
- | 11±5 |
Deflocculate pigments through steric stabi-lization of the pigments High gloss is achieved and color strength improved Transparency of transparent igments and hiding power of opaque pigments are ireduce Viscosity, subsequently, leveling is improved and higher pigment loading is possible ncreased Industrial coatings Automotive OEM& refinish coatings Coil coatings |
Inorganic Pigments : 10~15% TiO2 : 5~6% Organic pigments : 30~90% Carbon black : 90~140% |
Rheoflow DS-363 |
High molecular weight block copolymers with pigment affinic groups |
45±2 | Xylene/ butylacetate/ Methosy propyl acetate(3/1/1) |
- | 10±5 |
Deflocculate pigments through steric stabi-lization of the pigments High gloss is achieved and color strength improved Transparency of transparent igments and hiding power of opaque pigments are ireduce Viscosity, subsequently, leveling is improved and higher pigment loading is possible ncreased Industrial coatings Automotive OEM & refinish coatings Coil coatings. Wood coatings Architectural coatings, Pigment concen-trates |
Inorganic Pigments : 15~20% TiO2 : 4~5% Organic pigments : 30~60% Carbon black : 80~100% |
Rheoflow DS-370 |
High molecular weight block copolymers with pigment affinic groups |
30±2 | Methoxy propyl acetate/ Butylacetate (6/1) |
11±1 | - |
Excellent stabilization of inorganic and or-ganic pigments - acid-catalyzed polyester/melamine top-coats Automotive OEM coatings |
Inorganic Pigments : 10~20% TiO2 : 5~6% Organic pigments : 35~70% Carbon black : 70~140% |
Rheoflow DS-376 |
Alkylammonium salt of a high molecular weight copoymer |
96±2 | 38±5 | 44±5 |
Deflocculate pigments through steric,stabi-lization of the pigments High gloss is achieved and color strength improved Transparncy of transpartent pig-ments and hiding power of opaque pig-ments are induve. Viscosity, subsquently,leveling is improved and higher pigment loading is possible ncreased Stabilizing acidic and netral carbon black pigments Pigment concentrates - in polyols - in plasticizers - in unsaturated polyesters - in epoxy |
Inorganic Pigments : 5~10% TiO2 : 5~6% Organic pigments : 10~25% Carbon black : 15~50% |
|
Rheoflow DS-390 |
High molecular weight block mopolymers with pigment affimic groups |
40±2 |
Due to the small paricle sizes of the defloc-culated pigments high gloss is achieved and color strebnth improved Transparency and hiding power are in-creased Reduce viscosity, subsequenfly, leveling is improved and higher pigment loading is possible Does not contain organic, solvents and therefore is only suitable for aqueous sys-tems - Aqueous pigment concentrates - Architectural coatings - Industrial coatings - Automotive coatings - Wood and furniture coatings - Protective coatings - Printing lnks |
Inorganic Pigments : 20~30% TiO2 : 10~15% Organic pigments : 35~75% Carbon black : 120~150% |
|||
Rheoflow DS-425 |
Modified acrylic copolymer |
80±2 | - | - |
Rapid degassing after manufacture of paints & putties Excellent wetting & dispersing Good flow & levelling properties Polyeseter putties UV-curing coating systems All solvent based coataing |
Pigments : 0.2~1.5% Non-pigments : 0.5~5.0% |
|
Rheoflow DS-540 |
Ammonium salt of an acrylate copolymer |
42±2 | Water | - | - |
Increases gloss and reduces viscosity Probides good storage stability for the sys-tem Water based coataing - Urethane, acrylic, epoxy, Polyester,akyd etc - Water based any other coating |
Inorganic Pigments : 2.0~10.0% Pigments:0.5~1.0% TiO2 : 1.5~2.0% |
Name | Chemical Type | Solid(%) | solvent | Properties & Applications | Recommended amount Mixed methods |
---|---|---|---|---|---|
Rheoflow DW-104 |
2,4,7,9- Tetramethyl- 8-decyne- 4,7-diol |
100 | - |
- Top performance non-ionic surface-active agent with strong pigment dispersion. - Perfect low foaming and appropriate anti-foaming. - Waterborne wood coating. - Printing ink. - Pressure sensitive adhesive. - Borne Leather chemicals. |
- |
Rheoflow ACW-4040 |
Modified acrylic copolymer | 40±2 | Water |
Excellent anti-cratering power Good flow & levelling properties Excellent wetting and dispersing effect of filler and pigments Good film appearance and re-coatable properties. ED-paints - Anionic & cationic coatings Water based coatings - Urethane, acrylic, epoxy, polyester,alkyd etc - Water based any other coatings & inks |
2.0~8.0% (Before dispersing) |
Name | Form | Chemical types | Features | Applications |
---|---|---|---|---|
Rheoflow SCR150KB-50 | Liquid | Urea-modified acrylic resin | Excellent sagging limits Good chemical & solvent re-sistance |
Automotice OEM solid colour top-coats & refinish paints |
Rheoflow SCR430BX-40 | Liquid | Urea-modified acrylic resin | Excellent metalic effect Good compatibility with CAB |
Automotive OEM metalic base coats for wet-on-wet application |
Rheoflow SCR800KX-50 | Liquid | Urea-modified Polyester resin | Good metalic effect & sag-ging limits Good adhesion & flexbility |
Automotive middle coats Automotive OEM metalic base coats |
Rheoflow SCR829KX-50 | Liquid | Excellent filing power & gloss Good chemical & chip resist-ance |
Automotive OEM clear coats & solid colour top coats & middle coats | |
Rheoflow ASA410DM-50 | Liquid | Urea-modified solution | Strong thixotropic behaviour Excellent anti-setting & seg-ging effect |
Mainly used in medium polar systems Industrial and traffic coating Zinc-rich related coatings |
Name | Chemical Type | Solid(%) | solvent | Properties & Applications | Other |
---|---|---|---|---|---|
Hiblock BI-175 |
Blocked aliphatic polyisocyanate | 75±2 | Aromatic 100 (Kocosol#100) |
Fast cure & lower cure temperature Good flexibility and ad-hesion Good chip resistance and mechanical proper-ties Excellent weather sta-bility One component baking systems with hydroxyl fuctional coreactants - Alktds, Acrylics, Polyesters, Polyurethane and Epoxiestec and automotive coatings etc Coil coatings, can coatings, general industrial coatings, appliances and automotive coatings etc The cure time and temperature required are dependent upon the choice of coreactant and catalysis |
Blocked NCO : Approx 11.2% |
Hiblock BI-180 |
Blocked aliphatic polyisocyanate |
75±2 | PMA/ Aromatic 100 (Kocosol#100) (8/17) |
Fast cure & lower cure temperature Good flexibility and ad-hesion Good chip resistance and mechanical proper-ties Excellent weather sta-bility One component baking systems with hydroxyl fuctional coreactants - Alktds, Acrylics, Polyesters, Polyurethane and Epoxiestec and automotive coatings etc Automotive top coatings, Coil coatings, can coatings, general undus-trial coatings The cure time and temperature required are dependent upon the choice of coreactant and catalysis |
Blocked NCO : Approx 10.5% |
Name | Chemical Type | Solid(%) | solvent | Properties & Applications | Recommended amount |
---|---|---|---|---|---|
Hicure AC-100 |
Amine salt of alkybenzene sulfonic acid |
37~39 (Active ingredients) |
n-Butanol/ Butyl cellosolve |
Fast cure & lower cure temperatures Excellent hardness, gloss Good mechanical properties Good solubility with resins and solvents Excellent control popping & blistering PCM(coil), automotive, can coating All solvent basec baking system - Alkyds, Acrlics, Polyesters and Epox-ies with amino crosslinging agents in-clude Melamines, Ureas, Glucolurils and Benzoguanamines |
2.0~5.0% |
Hicure AC-140 |
Amine salt of alkybenzene sulfonic acid |
46.8~48.8 | Xylene/ MIBK |
0.5~2.0% |
Name | Chemical Type | Solid(%) | Solvent | Properties & Applications | Recommended amount |
---|---|---|---|---|---|
Rheoflow VIS-740 |
Neutral wetting and dispersing component.(Solids 20%) |
105℃ | Mix |
Reduces viscosity of inorganic pig-ments & fillers Allows a higher pigment loading Improves color strength and shortens dispersion time Has a very low yield point for improved flow and levelling PVC plastisols - Highly filled, Low/Unfilled - Foamed, Pigmented Rheoflow VIS-750 |
1.0~7.5%/ PVC resin (Add at plastic sol process) |
Name | Chemical Type | Solid(%) | Solvent | Properties & Applications | Recommended amount |
---|---|---|---|---|---|
Rheoflow ADH-630 |
Free acid of complex carboxyl phosphate ester |
56% |
- Dramatic synergistic effect against corrosion when combined with zincphosphate. - Improves adhesion of coatings onto metal substrates. - Incorporates easily. - Can be used in waterborne coatings. - Does not adversely impact storage stability. - Enhances corrosion resistance. - Coil coatings. - Industrial coatings. - Thermosetting alkyds. - Thermosetting acrylics. - Thermosetting polyesters. - Lacquers. |