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Micaceous Iron Oxide
판상 산화철 안료

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Micaceous Iron Oxide
판상 산화철 안료

Micaceous Iron Oxide (KMI)

Kärntner MontanIndustrie GmbH(KMI)는 1932년에 설립하여, 수십 년 동안 부식방지 보호코팅용
판상 산화철 안료(Micaceous Iron Oxide: MIOX) 생산 분야에서 세계적 리더로서의 명성을 얻었다.
KMI의 노하우, 생산 기술 및 협력업체 덕분에 이 위치를 더욱 강화하고 다른 산업 광물 시장뿐만 아니라
새로운 시장 부문에 진출할 수 있었다.

MIOX® – Micaceous Iron Oxide

MIOX는 판상(Lamellar) 입자가 최소 65%, Fe2O3함량 최소 85%, 색상 및 입도관리 된 제품이다.
유럽(오스트리아), 아시아(중국), 호주 및 아프리카에서 생산되며, Iron 함량과 광물학적으로 차이가 있다.
MIOX외에 원석은 오스트리아것은 아니나, 특별한 가공기술을 이용하여 차별화된 기능성 체질안료를 생산하고 있다.

Mineralogy	Hematite
Chem. Formula	Fe₂O₃ (Iron-III-Oxide)
Color	grey to reddish brown, metallic
Density	4.8 g/cm³
Hardness	6.0~6.5 Mohs

SEM-micrograph

l MIOX

MIOX®	ME-grades					ME-grades
MIOX®	ME63/125	ME100/200	ME200/600	ME200/600	ME600/1000	AS	SG	DB
Color	grey / metallic
Sieve residue, upper cut (EN ISO 4610)	traces >125㎛	traces >200㎛	traces >400㎛	traces >600㎛	traces >1000㎛	traces>100㎛
Sieve residue, lower cut (EN ISO 4610)	min. 90% >63㎛	min. 90% >100㎛	min. 90% >200㎛	min. 90% >200㎛	min. 60% >600㎛	max. 5% >63㎛	max. 5~15 % >63㎛	max. 25~35 % >63㎛
Type (ISO 10601:2007)	–	–	–	–	–	1	2	3

MIOX®	Micro-grades
MIOX®	MICRO 30	MICRO 40	MICRO 50	MICRO 10/30	MICRO 10/40	MICRO 10/50
Color	grey / metallic			grey / metallic, neg a*
d98	30 ㎛	40 ㎛	50 ㎛	30 ㎛	40 ㎛	50 ㎛

MIOX®	Micro-grades
MIOX®	MICRO 30R	MICRO 40R	MICRO 50R
Color	red
d98	30 ㎛	40 ㎛	50 ㎛

MIOX®	Micro-grades			Submicro-grades
MIOX®	MICRO 20	MICRO 15	MICRO 10	SUB 5	SUB 2.5
Color	red
d98	20 ㎛	15 ㎛	10 ㎛	5 ㎛	2.5 ㎛

l Product Variations

MIOX® ME 63/125

MIOX® MICRO 10/50

MIOX® MICRO 15

Wollastonite

Mineralogy	Acicular
Chem. Formula	CaSiO₃
Color	white
Density	2.8 g/cm³
Hardness	5 Mohs

SEM-micrograph

Wollastonite	MAR-Types		LAR-Types
Wollastonite	Micro 8H	Micro 12H	LAR 230#	LAR 325#	LAR 400#	LAR 800#
Sieve residue (EN ISO 4610)	–	–	0.5~15% at 63㎛	0.5~5% at 45㎛	0.5~5% at 38㎛	–
d50	9 ㎛	11 ㎛	–	–	–	5 ㎛ ± 0.5
Aspect ratio	7:1	9:1	4:1	4:1	4:1	4:1

Wollastonite	HAR-Types
Wollastonite	Submicro 2-10	Submicro 4-15	Micro 8	Micro 12	HAR 60
Sieve residue (EN ISO 4610)	–	–	–	–	>125㎛: 1.9% >75㎛: 33.3% >45㎛: 96.6%
d50	2.5 ㎛	4 ㎛	8 ㎛	12 ㎛	35 ㎛
Aspect ratio	7:1	12:1	20:1	15:1	14:1

l Product Variations

Wollastonite MICRO 12

Wollastonite Submicro 4-15

Wollastonite MICRO 8

Muscovite MICA HLM

Mineralogy	Platy
Chem. Formula	KAI₂[AlSi₃O₁₀(F,OH)₂]
Color	white to grey
Density	2.8 g/cm³
Hardness	2.5 Mohs

SEM-micrograph

Muscovite	HLM 3	HLM 5	HLM 7	HLM 10	HLM 15
d50	3 ㎛	5 ㎛	7 ㎛	10 ㎛	15 ㎛
d98	< 14 ㎛	< 15 ㎛	< 20 ㎛	< 25 ㎛	< 40 ㎛
Aspect ratio	7:1	10:1	15:1	18:1	20:1

Muscovite	HLM 35	HLM 100	HLM 150	HLM 850
Sieve residue(EN ISO 4610)	–	–	–	traces at 1000㎛ min. 80% <710㎛
d50	35 ㎛	< 50㎛	< 70㎛	–
d98	< 120 ㎛	< 150 ㎛	< 200 ㎛	–
Aspect ratio	30:1	40:1	45:1	55:1

l Product Variations

Muscovite MICA HLM 100

Muscovite MICA HLM 35

Muscovite MICA HLM 850

Phlogopite MICA HLP

Mineralogy	Platy
Chem. Formula	KMg₃[AlSi₃O₁₀(F,OH)₂]
Color	beige to brwon
Density	2.8 g/cm³
Hardness	2.5 Mohs

SEM-micrograph

Phlogopite	HLP 3	HLP 5	HLP 7	HLP 10	HLP 15
d50	3 ㎛	5 ㎛	7 ㎛	10 ㎛	15 ㎛
d98	< 14 ㎛	< 15 ㎛	< 20 ㎛	< 25 ㎛	< 50 ㎛
Aspect ratio	7:1	10:1	15:1	18:1	20:1

Phlogopite	HLP 35	HLP 100	HLP 150	HLP 2000
Sieve residue(EN ISO 4610)	–	–	min. 99.9% <250㎛ 50~60 % <150㎛	max. 15% <160㎛ max. 0.15% >2000㎛
d50	35 ㎛	< 50㎛	–	–
d98	< 120 ㎛	< 315 ㎛	–	–
Aspect ratio	30:1	40:1	45:1	65:1

l Product Variations

Phlogopite MICA HLP 5

Phologopite MICA HLP 100

Phlogopite HLP 900

Talc TALMIO

Shape	Platy
Chem. Formula	Mg₃[Si₄O₁₀(OH)₂]
Color	white
Density	2.8 g/cm³
LOI Premium-Serie	< 10%
LOI Superior-Serie	< 7%

SEM-micrograph

PREMIUM-Serie	Talmio P 2.5	Talmio P 3	Talmio P 4.5	Talmio P 6	Talmio P 8
Particle shape	hoch lamellar
d50 (Cilas 1064)	2.5 ㎛	3 ㎛	4.5 ㎛	6 ㎛	8 ㎛
d50 (Sedigraph)	0.9 ㎛	1.1 ㎛	1.6 ㎛	2.2 ㎛	3 ㎛
d98 (Cilas 1064)	7 ㎛	8.5 ㎛	12.5 ㎛	16 ㎛	22 ㎛
d98 (Sedigraph)	< 4 ㎛	< 5 ㎛	< 7 ㎛	< 9 ㎛	< 13 ㎛

SUPERIOR-Serie	Talmio P 2.5	Talmio P 3	Talmio P 4.5	Talmio P 6	Talmio P 8
Particle shape	hoch lamellar
d50 (Cilas 1064)	2.5 ㎛	3 ㎛	4.5 ㎛	6 ㎛	8 ㎛
d50 (Sedigraph)	0.9 ㎛	1.1 ㎛	1.6 ㎛	2.2 ㎛	3 ㎛
d98 (Cilas 1064)	7 ㎛	8.5 ㎛	12.5 ㎛	16 ㎛	22 ㎛
d98 (Sedigraph)	< 4 ㎛	< 5 ㎛	< 7 ㎛	< 9 ㎛	< 13 ㎛

l Product Variations

TALMIO

Zeolite ZEMIO

Shape	Porous
Chem. Formula	Mx/n[(AlO₂)_x(SiO₂)_y] M: Alkaline metal, alkaline earth metal (Na, K, Ca, Mg, …) n: valence of the cation
Color	light grey
Density	2.0~2.5 g/cm³

SEM-micrograph

ZEOLITE	Zemio 5	Zemio 7	Zemio 10	Zemio 15	Zemio 20
Particle shape	Porous
d50	2.1 ㎛	3 ㎛	3.5 ㎛	4.5 ㎛	5.5 ㎛
d98	5 ㎛	7 ㎛	10 ㎛	15 ㎛	20 ㎛

l Product Variations

ZEMIO

Calcinated Kaolin MIOPAC

Shape	Micro-lamellar
Chem. Formula	Anhydrous aluminosilicate
Color	white
Density	2.5 g/cm³
Hardness	2~2.5 Mohs

SEM-micrograph

LAR-grades	MIOPAC 325
Refractive index	1.62
Brightness / (CIELAB) L* (standard illuminant D65)	91±2
Sieve residue 325 mesh, 45㎛	traces

l Product Variations

MIOPAC

Calcium Sulphate

Mineralogy	Anhydrit
Shape	Orthorhombic (granular)
Chem. Formula	CaSO₄
Color	white
Density	2.8~3 g/cm³
Hardness	2~3 Mohs

SEM-micrograph

	SUPERIOR Calcium Sulphate S 2	SUPERIOR Calcium Sulphate S 4	SUPERIOR Calcium Sulphate P 4
Brechungsindex	1.57~1.60
Helligkeit / (CIELAB) L* (Normlichtart D65)	L* > 96	L* > 96	L* > 93
d50 [㎛]	1.8	4	4

l Product Variations

Calcium Sulphate

WATER-BASED SYSTEMS
–	FILM THICKNESS	REALIZABLE SALT SPRAY HOURS	1st RECOMMENDATION	2nd RECOMMENDATION	TO IMPROVE ADHESION (SYNERGY)
ACRYLIC EMULSION PRIMER	<15 microns	100 hours	HALOX^® SZP-391 JM 3-5% & HALOX^® 550 1-3%	HALOX^® 430 JM 3-5% & HALOX^® 550 1-3%	–
	>50 microns	336 hours	HALOX^® SZP-391 3-5%	HALOX^® 750 3-5%	HALOX^® 570 LS or HALOX^® 515 1-3%
	>50 microns	500 hours	HALOX^® SZP-391 5%	HALOX^® 750 5%	HALOX^® 570 LS or HALOX^® 515 1-3%
ACRYLIC ELASTOMERIC COATINGS (ERC) – WHITE	300-500 microns	336 hours	HALOX^® CW-314 5-8%	HALOX^® SZP-391 5-8%	HALOX^® 570 LS or HALOX^® 515 1-3%
ACRYLIC ELASTOMERIC COATINGS (ERC) – PIGMENTED	300-500 microns	336 hours	HALOX^® CW-314 5-8%	HALOX^® SZP-391 5-8%	HALOX^® 570 LS or HALOX^® 515 1-3%
DIRECT-TO-METAL HIGH GLOSS ACRYLIC ENAMEL	<25 microns	100 hours	HALOX^® SZP-391 JM 1-3%	HALOX^® 430 JM 1-3%	HALOX^® 570 LS or HALOX^® 515 1-3%
DIRECT-TO-METAL HIGH GLOSS ACRYLIC ENAMEL	>25 microns	336-500 hours	HALOX^® SZP-391 3-5%	HALOX^® 430 3-5%	HALOX^® 570 LS or HALOX^® 515 1-3%
DIRECT-TO-METAL HIGH GLOSS ACRYLIC ENAMEL (Zinc free)	80-90 microns	336 hours	HALOX^® CW-314 3-5%	HALOX^® 430 JM 3-5%	HALOX^® 570 LS 1-3% or HALOX^® FLASH-X 150^® 1%
ALKYD EMULSIONS & DISPERSIONS	<25 microns	100-200 hours	HALOX^® SZP-391 JM 3% & HALOX^® 570 LS 1-3%	HALOX^® 430 JM	HALOX^® 550 WF or HALOX^® 515 1-3%
ALKYD EMULSIONS & DISPERSIONS	25-50 microns	336 hours	HALOX^® SZP-391 1-3% & HALOX^® 550 WF 1-3%	HALOX^® 750 3-5%	HALOX^® 570 LS or HALOX^® 515 1-3%
ALKYD EMULSIONS & DISPERSIONS (Zinc free)	>50 microns	500 hours	HALOX^® CW-314 2-3%	HALOX^® 430 JM 2-3%	HALOX^® 570 LS or HALOX^® 550 1-3%
2K POLYURETHANE	<25 microns	100-200 hours	HALOX^® 430 JM 1-3%	HALOX^® SZP-391 JM 5%	HALOX^® 570 LS 1-3%
2K POLYURETHANE	>25 microns	336-500 hours	HALOX^® 430 3-5%	HALOX^® SW-111 3-5%	HALOX^® 570 LS 1-3%
2K EPOXY	<25 microns	336 hours	HALOX^® 430 JM 1-3%	HALOX^® SZP-391 JM 1-3%	HALOX^® 550 WF 1-3%
2K EPOXY	>25 microns	500+ hours	HALOX^® SW-111 3-5%	HALOX^® 430 3-5%	HALOX^® 550 WF 1-3%
2K EPOXY (Zinc free)	45-50 microns	1000 (CRS / Bonderite^® 952)	HALOX^® CW-314 5-8%	HALOX^® SW-111 5-8%	HALOX^® 550 WF 1-3%
1K EPOXY	25+ microns	68-336 hours	HALOX^® 750 5% or HALOX^® 550 2%	HALOX^® SW-111 5%	HALOX^® 550 WF 1-3%
EPOXY DISPERSION	<25 microns	336 hours	HALOX^® 430 JM 1-3%	HALOX^® SZP-391 JM 1-3%	HALOX^® 570 LS or HALOX^® 515 1-3%
EPOXY DISPERSION	>25 microns	500+ hours	HALOX^® SW-111 5-7%	HALOX^® 750 5%	HALOX^® 570 LS or HALOX^® 515 1-3%
POLYVINYLIDENE CHLORIDE PVDC	<25 microns	200 hours	HALOX^® SZP-391 JM 1-3%	HALOX^® 430 JM 1-3%	HALOX^® 550 / 550 WF 1-3%
PVDC (Rust Converter Primer)	<25 microns	48-168 hours	HALOX^® RC-980	HALOX^® 550 WF 3-5%	–
CATIONIC ACRYLIC (pH<7)	>50 microns	72-100 hours	HALOX^® FLASH-X^® 330 4-5% Pre-mix (1:1) with Water	–	HALOX^® 550 1-2%
CATIONIC ALKYD	>50 microns	200 hours	HALOX^® 550 / 550 WF 1-3%	–	–
CATIONIC POLYURETHANE DISPERSIONS	<50 microns	>200 hours	HALOX^® FLASH-X^® 330 4-5% Pre-mix (1:1) with Water	–	HALOX^® 550 1-3%
ANIONIC POLYURETHANE DISPERSIONS	>50 microns	<200 hours	HALOX^® 430 3-5%	HALOX^® 570 LS 1-3%	HALOX^® 550 1-3%
1K CATIONIC EPOXY (pH<7)	>50 microns	100-500 hours	HALOX^® 391 5%	HALOX^® 430 JM 5%	HALOX^® 550 / 550 WF 1-3%
HYBRID ACRYLIC ALKYD	>50 microns	<200 hours	HALOX^® 515 1-3%	HALOX^® 570 LS 1-3%	HALOX^® 550 / 550 WF 1-3%
ACRYLIC EPOXY (Topcoat)	>50 microns	500+ hours	HALOX^® 570 LS or HALOX^® 515	HALOX^® 550 WF 1-3%	–
SILICONE EMULSION	>50 microns	200 hours	HALOX^® SZP-391 6-8%	HALOX^® 570 LS 1-3%	HALOX^® 550 WF 1-3%
SILICONE ROOF COATINGS	300-500 microns	336-500 hours	HALOX^® CW-314 5-8%	HALOX^® SZP-391 5-8%	HALOX^® 570 LS or HALOX^® 515 1-3%
RUST PREVENTATIVE COATING (Temporary)	<5 microns	1-24 hours	HALOX^® 550 / 550 WF	–	SEE TDS
PHENOLIC DISPERSIONS	25-50 microns	<500 hours	HALOX^® 391 3-5% or HALOX^® 550 / 550 WF 1-2%	HALOX^® 750 3-5%	–

SOLVENT & OTHER SYSTEMS
–	FILM THICKNESS	REALIZABLE SALT SPRAY HOURS	1st RECOMMENDATION	2nd RECOMMENDATION	TO IMPROVE ADHESION (SYNERGY)
ACRYLIC EMULSION PRIMER	25-50 microns	500 hours	HALOX^® SW-111 5-7%	HALOX^® 700 5-7%	HALOX^® 630 1-3% HALOX^® 550 WF 1-4%
ACRYLIC EMULSION PRIMER	>50 microns	1000 hours	HALOX^® SW-111 7-10% or HALOX^® 550 WF 1-3%	HALOX^® 700 5-7%	HALOX^® 630 1-3%
EPOXY ESTER	<25 microns	336 hours	HALOX^® 391 JM 3-5%	HALOX^® 430JM 3-5%	HALOX^® 550 WF or HALOX^® 630 1-3%
EPOXY ESTER	>25 microns	500+ hours	HALOX^® SZP 391 5-7%	HALOX^® 750 5-7%	HALOX^® 550 WF or HALOX^® 630 1-3%
ALKYD	<25 microns	100-200 hours	HALOX^® SZP-391 JM 3-5%	HALOX^® CW-291 1-3%	HALOX^® 550 WF or HALOX^® 630 1-3%
ALKYD	>25-75 microns	336-500 hours	HALOX^® SZP-391 JM 3-5% & HALOX^® CW-2230 (2:1 ratio) 3-5%	HALOX^® SZP-391 3-5% & HALOX^® CW-2230 (2:1 ratio) 3-5%	HALOX^® 550 WF 1-3%
ALKYD (Zinc free)	70-90 microns	336 hours	HALOX^® CW-314 5-8%	HALOX^® SZP 391 5-8%	HALOX^® 630 or HALOX^® 550 WF 0.5-1%
2K POLYURETHANE	<25 microns	200 hours	HALOX^® 391 JM 1-3%	HALOX^® 430 JM 1-3%	HALOX^® 550 WF or HALOX^® 630 1-3%
2K POLYURETHANE	25-75 microns	500+ hours	HALOX^® SZP-391 JM 1-3% & HALOX^® 550 WF 1-3%	HALOX^® 700 3-5%	HALOX^® 550 WF 1-3%
MOISTURE CURE POLYURETHANE	>25 microns	336 hours	HALOX^® CW-2230 3-5%	HALOX^® 430 JM 3-5%	HALOX^® 550 WF or HALOX^® 630 1-3%
WASH (Etch) PRIMERS	<25 microns	336 hours	HALOX^® SZP-391 JM 3-5% & HALOX^® 550 WF 1-3%	HALOX^® 430 JM 3-5% & HALOX^® 550 WF 1-3%	–
COIL COATING POLYESTER	>25 microns	500+ hours	HALOX^® 430JM 5% & HALOX^® 650 0.5%	HALOX^® SZP-391 JM 5% & HALOX^® 650 0.5%	–
COIL COATING EPOXY POLYESTER	<25microns	500+ hours	HALOX^® 430JM 5-8% & HALOX^® 650 0.5%	HALOX^® SZP-391 JM 5% & HALOX^® 650 0.5%	–
PHENOLIC ALKYD	25-50 microns	336 hours	HALOX^® SZP-391 6% & HALOX^® 550 WF 1%	HALOX^® SZP-391 6%	HALOX^® 630 1%
ACRYLIC TOPCOAT	25-50 microns	200 hours	HALOX^® 550 WF 1-3%	HALOX^® 630 1-3%	–
UV CURE URETHANE OR EPOXY ACRYLATE	25-50 microns	500 hours	HALOX^® SZP-391 JM 3-5%	HALOX^® 570 0.5-2%	HALOX^® 550 WF 1-2%
POWDER COATING POLYESTER/TGIC	>25 microns	500 hours	HALOX^® 430 JM 5%	HALOX^® CW-314	HALOX^® 650 1-2%
POWDER COATING GMA ACRYLIC	>25 microns	500+ hours	HALOX^® 550 WF 1-3%	HALOX^® 430 5-7%	–
E-COAT CATHODIC	<25 microns	–	HALOX^® 550 WF 1-3%	–	–
E-COAT ANODIC	<25 microns	–	HALOX^® 550 1-3%	–	–
SILICONE (Heat Resistant Coating)	30-50 microns	<200 hours	HALOX^® SZP-391 5-7%	–	HALOX^® 550 WF 1-2%
ZINC RICH PRIMERS	20-40 microns	–	HALOX^® 550 / 550 WF 2-3%	HALOX^® SZP-391 JM 2-6%	–

Micaceous Iron Oxide판상 산화철 안료

Micaceous Iron Oxide판상 산화철 안료

Micaceous Iron Oxide (KMI)

MIOX® – Micaceous Iron Oxide

l MIOX

l Product Variations

Wollastonite

l Product Variations

Muscovite MICA HLM

l Product Variations

Phlogopite MICA HLP

l Product Variations

Talc TALMIO

l Product Variations

Zeolite ZEMIO

l Product Variations

Calcinated Kaolin MIOPAC

l Product Variations

Calcium Sulphate

l Product Variations

Micaceous Iron Oxide
판상 산화철 안료

Micaceous Iron Oxide
판상 산화철 안료