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HEUR Thickener HIRESOL

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HANKUCK LATICES Co., Ltd.

Country / Year Established: South Korea /

Business type: Others

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PRODUCT DESCRIPTION COMPANY INFORMATION Related Products

Product name	HEUR Thickener HIRESOL	Certification	-
Category	Other Chemicals	Ingredients	-
Keyword	-	Unit Size	-
Brand name	-	Unit Weigh	-
origin		Stock	-
Supply type	-	HS code	-

Product Information

Introduction

HIRESOL grades(80, 85, 500, 370, 180, 200, 1800 and 2000)are Nonionic Urethane associative thickeners(HEUR) designed for thickening of water base coatings.

HIRESOL 80, 500, 180, 200, 1800 and 2000 free of solvent are suitable to manufacturing of low VOC water based paints and other coatings and they provide the most versatile means of formulating to desired film build, flow and high shear viscosity to prevent the roll spatter in water based paints. Thickening mechanism of HIRESOL HEUR Thickeners is due to an interaction of the thickener with other hydrophobic surfaces.

Thus, the more hydrophobic and the finer the particles of latex polymers, the more efficient the thickener will be. Therefore, HIRESOL 1800 and 2000 are the most efficient thickening with fine particle size Acrylic binder and Styrene-Acrylic copolymer binder paints. The main thickening mechanism of HIRESOL HEUR Thickeners is the association between thickener and binder/pigment colloid particles. Thus, associative network minimized volume restricted flocculation that is a typical phenomenon of non-associative thickener system. Reducing of volume restricted flocculation imparts the gloss development and the film integrity to the emulsion paints. The Main Advantages of HIRESOL HEUR Thickeners are the following:

Advantages

Excellent paint flow and leveling.
High gloss development.
Because of solvent free, designed for low VOC paints(HIRESOL 80, 500, 180, 200, 1800 and 2000).
Low odor
Low formation of bubbles when manufacturing.
Excellent viscosity stability in long term storage.
Provides anti-settling properties and reduces syneresis (Case of medium to high shear grade).
High film build and better applied hiding.
Excellent spatter resistance.
Resistance to microbes and its enzymes.
Because of low viscosity, easy to handle.

Physical Properties

Properties	Appearance	Solid contents (%)	Volatile component	Specific Gravity at 25°C	Viscosity(Cps) at 25°C	P H
HIRESOL 85	Slightly hazy viscous liquid	24-26	Water/BDG =80/20	1.032-1.036	2000-5500	6-8	Nonionic
HIRESOL 370		18-19	Water/ BDG=75/25	1.030-1.034	1000-3000	4-6
HIRESOL 80		20-21	Water	1.040-1.045	2000-5000	5-8
HIRESOL 500		18-20	Water	1.040-1.045	2000-4000	5-8
HIRESOL 180		24-26	Water	1.040-1.045	2500-6000	6-8
HIRESOL 200		24-26	Water	1.040-1.045	1500-4000	6-8
HIRESOL 1800		19-21	Water	1.040-1.045	1000-4000	6-8
HIRESOL 2000		19-21	Water	1.040-1.045	1000-4000	6-8

Rheological Properties

Formulation Guide

As mentioned, when HIRESOL HEUR Thickeners are applied to hydrophobic (latex Ex. Acrylic emulsions, Styrene-Acrylic copolymer emulsion) based paints, it's more effective for thickening of the paints. And with fine particle size (latex higher hydrophobic surface) HIRESOL 1800 and 2000 are more effective.
Higher volume solids of the paint thickening with HIRESOL HEUR Thickeners provides the more effective thickening because of the more sites for association.
Generally, being adding of surfactant reduces the thickening effect. The higher the HLB of the surfactant used, the higher the reduction of the viscosity of the paint will be.
Coalescing agent of Texanol has little or no effect on KU viscosity of an associative thickener paints. EG and PG used as wet edge agent in emulsion paints have the least effect, while Butyl Carbitol have the greatest effect to the viscosity of the paints.
The emulsion paints thickened with HIRESOL 1800 and 2000 associative thickener show excellent paint flow and higher high-shear viscosity. To design the rheology balance of the emulsion (paints In-can viscosity, sagresistance), combination with low shear of HIRESOL (thickener HIRESOL 85, 80, 370) or with HISOL 308 is recommended.
Instead of combination with the high shear HIRESOL (thickeners HIRESOL 1800, 2000) and the low shear HIRESOL (thickeners HIRESOL 85, 80, 370), Medium shear thickener HIRESOL 500 is recommended to minimize the syneresis of paints.

Sheen Paints based on Acrylic emulsion binder

	Components	SH800	SH801	SH802	SH803
Grind	Deionized Water	170.9	170.9	170.9	170.9
	Propylene glycol	20	20	20	20
	HIDIS 40	2	2	2	2
	Triton CF10	0.5	0.5	0.5	0.5
	Nopco 8034L	0.5	0.5	0.5	0.5
	AMP95	0.5	0.5	0.5	0.5
	Mergal K14	1	1	1	1
	TRONOX CR828	140	140	140	140
	OMYA CARB10	30	30	30	30
Let down	Nopco 8034L	0.6	0.6	0.6	0.6
	HISOL AC115	380	380	380	380
	Deionized water	113	109	111	102
	Propylene glycol	6	6	6	6
	HIRESOL 85	7	-	-	-
	HIRESOL 80	-	11	-	-
	HIRESOL 370	-	-	9	-
	HIRESOL 500	-	-	-	18
	Ammonia	2	2	2	2
	Texanol	6	6	6	6
	HIQUE 387	120	120	120	120
	Total	1000	1000	1000	1000
	PVC(%)	40	40	40	40
	Stormer, equilibrated(KU)	99.8	101.2	99.5	98.7
	Heat-Aged Stability, 60 Deg C, 1 week(KU)	98.2	100.3	97.1	97.2
	High shear viscosity(P)	0.31	0.36	0.20	0.58
	Gloss 60°	24.2	28.7	28.5	22.8
	Syneresis, 1 week, 60°C(%)	Syn.	Slightly Syn.	No Syn.	No Syn.

Sheen Paints thickened with Acrylic emulsion binder

	Components	SH610	SH611	SH612
Grind	Deionized Water	170.9	170.9	170.9
	Propylene glycol	20	20	20
	HIDIS 40	2	2	2
	Triton CF10	0.5	0.5	0.5
	Nopco 8034L	0.5	0.5	0.5
	AMP95	0.5	0.5	0.5
	Mergal K14	1	1	1
	TRONOX CR828	140	140	140
	OMYA CARB10	30	30	30
Let down	Deionized water	92.5	93.5	95.5
	HISOL AC111	380	380	380
	HIQUE 332	120	120	120
	Triton CF10	1.5	1.5	1.5
	Propylene glycol	6	6	6
	Texanol	6	6	6
	Nopco 8034L	0.6	0.6	0.6
	Ammonia	2	2	2
	HIRESOL 85	6	5	3
	HIRESOL 2000	20	-	-
	HIRESOL 1800	-	20	-
	HIRESOL 500	-	-	20
	Total	1000	1000	1000
	PVC(%)	40.14	40.14	40.14
	Stormer, equilibrated(KU)	93.5	95.3	92.8
	Stormer, heat-aged Stability, 60 °C, Weeks passed, KU	87.8	88.6	85.3
	ICI, poise(P)	0.68	0.68	0.64
	Gloss 20°	4.2	3.4	3.7
	Gloss 60°	30.9	27.8	29.9
	Syneresis, 1 week, 60°C(%)	No Syn.	No Syn.	No Syn.

Sheen paints based on Acrylic emulsion binder

	Components	SH610	SH611	SH612
Grind	Deionized Water	170.9	170.9	170.9
	Propylene glycol	20	20	20
	HIDIS 40	2	2	2
	Triton CF10	0.5	0.5	0.5
	Nopco 8034L	0.5	0.5	0.5
	AMP95	0.5	0.5	0.5
	Mergal K14	1	1	1
	TRONOX CR828	140	140	140
	OMYA CARB10	30	30	30
Let down	Deionized water	92.5	93.5	94.5
	HISOL AC111	380	380	380
	HIQUE 332	120	120	120
	Triton CF10	1.5	1.5	1.5
	Propylene glycol	6	6	6
	Texanol	6	6	6
	Nopco 8034L	0.6	0.6	0.6
	Ammonia	2	2	2
	HIRESOL 85	6	5	4
	HIRESOL 2000	20	-	-
	HIRESOL 1800	-	20	-
	HIRESOL 500	-	-	20
	Total	1000	1000	1000
	PVC(%)	40.14	40.14	40.14
	Stormer, equilibrated(KU)	96.5	94.6	93.8
	Stormer, heat-aged Stability, 60 °C, Weeks passed, KU	99.6	94.9	94.5
	ICI, poise(P)	0.78	0.74	0.72
	Gloss 20°	4.1	3.4	3.7
	Gloss 60°	30.2	26.7	29.9
	Syneresis, 1 week, 60°C(%)	No Syn.	No Syn.	No Syn.

Sheen paints based on Acrylic emulsion binder

	Components	HG710	HG711
Grind	Deionized Water	133.1	133.1
	Propylene glycol	20	20
	HIDIS 40	2	2
	Triton CF10	0.5	0.5
	Nopco 8034L	0.4	0.4
	AMP95	0.5	0.5
	Mergal K14	1	1
	TRONOX CR828	185	185
	OMYA CARB10	30	30
Let down	Deionized water	70	70.8
	HISOL AC115	492	493
	HIQUE 387	40	40
	Triton CF10	1.5	1.5
	Propylene glycol	20	20
	Texanol	6	6
	Nopco 8034L	0.4	0.4
	Ammonia	3.6	3.6
	HIRESOL 308	4	3.2
	HIRESOL 2000	20	-
	HIRESOL 1800	-	20
	Total	1000	1000
	PVC(%)	20.1	20.1
	Stormer, equilibrated(KU)	93.5	93.8
	Stormer, heat-aged Stability, 60 °C, Weeks passed, KU	96.4	93.4
	ICI, poise(P)	0.98	0.89
	Gloss 20°	27.5	29.1
	Gloss 60°	69.2	69.2
	Syneresis, 1 week, 60°C(%)	No Syn.	No Syn.

Semi-Gloss paints based on Acrylic emulsion binder

	Components	HS1020	HS102
Grind	Deionized Water	199.4	199.4
	Propylene glycol	20	20
	HIDIS 40	2	2
	Triton CF10	0.5	0.5
	Nopco 8034L	0.5	0.5
	AMP95	0.5	0.5
	Mergal K14	1	1
	TRONOX CR828	180	180
Let down	Deionized water	58	59
	HISOL AC115	426	426
	HIQUE 387	70	70
	Triton CF10	1.5	1.5
	Propylene glycol	6	6
	Texanol	6	6
	Nopco 8034L	0.6	0.6
	Ammonia	2	2
	HIRESOL 308	6	5
	HIRESOL 2000	20	-
	HIRESOL 1800	-	20
	Total	1000	1000
	PVC(%)	24	24
	Stormer, equilibrated(KU)	94.2	94.3
	Stormer, heat-aged Stability, 60 °C, Weeks passed, KU	99.5	95.7
	ICI, poise(P)	0.74	0.73
	Gloss 20°	20.5	19.2
	Gloss 60°	63.1	61.1
	Syneresis, 1 week, 60°C(%)	No Syn.	No Syn.

Semi-Gloss paints based on Acrylic emulsion binder

	Components	FM204	FM184
Grind	Deionized Water	150	150
	HIDIS 40	20	20
	Triton CF10	2	2
	Nopco NXY	0.5	0.5
	Natrosol 250HBR 3%	0.5	0.5
	TRONOX CR828	0.5	0.5
	Talc#400	1	1
	OMYA CARB10	180	180
Let down	Ethylene Glycol	10	10
	Nopco NXY	3	3
	HIDIS AC53	190	190
	Deionized water	86	76
	HIRESOL 308	5	5
	HIRESOL 2000	30	-
	HIRESOL 1800	-	20
	Ammonia	4	4
	Mergal K14	3	3
	Texanol	5	5
	HIQUE 387	60	60
	Total	1000	1000
	PVC(%)	64	64
	Stormer, equilibrated(KU)	96.4	94.8
	Heat-Aged Stability, 60 °C, 1 Week, KU	96.2	95.3
	High shear viscosity(P)	1.4	1.12
	Syneresis, 1 week, 60 °C(%)	No Syn.	No Syn.

Suppliers of Raw Materials

Name	FM204	FM184
HIDIS 40	Dispersant	HLC
Triton CF10	Wetting Agent	Dow Chemicals
Nopco NXY	Defoamer	San Nopco Korea Ltd.
Mergal K14	Biocide	Troy chemical
TRONOX CR828	TiO2	TRONOX INCORPORATION
Talc#400	Extender	DongYang Materials Industrial Co. Ltd.
OMYA CARB10	Extender	Omya Korea
HISOL AC115	Acrylic emulsion	HLC
HIDIS AC53	Styrene-Acrylic emulsion	HLC
Texanol	Coalescing agent	Eastman
Natrosol 250HBR	Thickener	Aqualon
HIQUE 387	Opaque Polymer	HLC

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HANKUCK LATICES Co., Ltd.

Minisite Heart

Country / Year Established: South Korea /

Business type: Others

TRADE TOWER

DUNS

President: KIM MOON SOO

Address: #321-21,Gongdan-Dong ,, Gumi-Si, Gyeongsangbuk-do,

Product Category: Other Paint & Coatings

Company introduction: Hankuck Latices Co., Ltd. (HLC) has been researching and developing, producing, and selling additives for the Korean domestic and international water based paint and paper coating industry for over twenty years. Following stringent operating principles, HLC develops new production processes and products using environmentally friendly methods, constantly increases reliability to domestic and global customers through ever improving services, promotes the welfare of employees and their families, and encourages social responsibility through profit generation.