Immermannstr. 43B
40210 Düsseldorf
Germany+49 211 1793 540

chemicals@kowaeurope.deContents
1

About US
Since its establishment in Nagoya, Japan in 1894, Kowa Group hasgrown into a multinational company actively engaged in various

Kowa Europe

manufacturing

1
2
3

pharmaceutical, life science and information technology, textiles,

About usOur ValuesYour Benefit

trading

activities

in

the

fieldsofmachinery, and various consumer products. During its long history
Kowa has consistently strived to meet the changing needs, and with4

its continuing entrepreneurial initiative is determined to meet theneeds of future generations.

Adhesives & Coatings
5
16
19
20
29
38

and

Today Kowa Europe GmbH is part of a wide distribution network

Acrylates
Olefines
Dual Cure
Epoxy
Polymer & Resins
Urethanconnecting international supply and demand for specialty
chemicals. Long-standing relationships with manufacturers inJapan are the foundation and the core of Kowa Europe’s value

39

41

Construction

Other Specialty

40
40
40

42
43
44
46
52
57

proposition. Our strong sourcing acumen in Asia’s emerging
markets - China and India - create a well-balanced product portfolio

Intermediate
Plasticizer
Raw Material

58

Activated Carbon
Acrylamides
Additives
Phosphates
Particles
Raw Material
Zeomicthat our customers in Europe profit from since over 30 years now.
Our goal is not only to sell products, but to find the perfect solution
for our customers.

Our ValuesYour Benefit

Process
Quality
Customer
Focus

Business
Acumes

Trust
Integrity

Liability
Team
work

Our knowledge in supplying goods worldwide Kowa applies withKowa has been a trusted partner in the Chemical Industry for many

focus on compliance with applicable laws and regulations

years. Our services aspire to completely fulfill our customers’

worldwide. Legal requirements are complex and keeping Up todemand in terms of quality, flexibility and conduct in every aspect

Date with the latest developments is crucial to ensure that we offer

of business by identifying key areas for improvement and relevant

products to EU and non-EU customers which are safe andprojects to support those improvements. We handle global

complete. At Kowa we have the necessary expertise for advanced

tenders, technical projects, long term collaborations as well ascompliance management in our Value Chain starting from thehighly specific requests with utmost care to ensure the same

selection of raw materials to the supply and our products to end

quality.

customers.

Adhesives

Coatings

4
19

20

38

Dual Cure

Epoxy

Urethan

20
21
23

38
38

Alkane-diols
Blocked Iso-Cyanates

37
37

Silicone Resin
Super Absorbent Polymer

19
19

Acrylate-Glycidyl Ethers
Allyl-Glycidyl Ethers

Monomers
Glycidyl Ethers
Curing Agents

5

16

29

Acrylates

Olefines

Polymer & Resin

5
8
11
13
14

Mono-Acrylates
Multi-AcrylatesMono-Methacrylates
Di-Methacrylates
Specialty-Acrylates

1617

Allyl-Compound
Vinyl Ether

29
30
33
34
35
36

Non-Solvent Acrylic Resins
Epoxy | Urethan Acrylic Resins
Epoxy Resins
Hydrocarbon Resins
Alkox-Series
PolyolsMono-Acrylates

Acrylates

5

Product

Description

Structure

CAS NoKey Feature - Application

5

Viscosity[mPa*s]Glass
Temp.[°C]

Melting
P. [°C]- 61

AIB
Iso-Butyl Acrylate

106-63-8

Low Viscosity | High Reactivity

0,8

- 26

Viscoat 197

BNA
Branched-Nonyl Acrylate

51952-49-9

Low Viscosity | High Reactivity

2,0

- 37

Viscoat 160

BZA
Benzyl Acrylate2495-35-4

Good Adhesion | Low Viscosity | High RI

2,2

6

β-CEA
2-Carboxylethyl Acryate

24615-84-7

Good Adhesion | Good Llexibility

CHA
Cyclohexyl Acrylate

3066-71-5

Low Viscotisty

2,5

15

CPEA
Cumyl Phenoxy Ethyl Acrylate

86148-08-5

High Gloss | High RI | Low Shrinkage

15 - 25

CTFA
Cyclic Trimethylolpropane Formal
Acrylate

66492-51-1

Good Adhesion | Good Toughness

10,0

DCPA
Dicyclopentenyl Acrylate

33791-58-1

High Tg | Good adhesion

8 - 18DCPEA
Dicyclopentenyl Oxyethyl Acrylate

65983-31-5

Good Adhesion | Good Flexibility

70 - 100

EOEOEA
Ethoxy Ethoxy Ethyl Acrylate7328-17-8Good Flexibility| Low Shrinkage

2,9< - 60- 67

4-HBA
4-Hydroxybutyl Acrylate

2478-10-6

Good Adhesion| Scratch Resistance

9,0

- 112

- 32

2-HEA
2-Hydroxyethyl Acrylate

818-61-1

Good Adhesion | Chemical Resistance
Scratch Resistance

5,9

- 70

- 15

Viscoat 155

Viscoat 200

Viscoat 190

- 60

27

AcrylatesMono-Acrylates

6

Product

Description

Structure

CAS NoKey Feature - Application

6

Viscosity[mPa*s]Glass
Temp.[°C]

Melting
P. [°C]

HPA
2-Hydroxypropyl Acrylate

999-61-1

Good Adhesion | Chemical Resistance
Scratch Resistance

4,1

- 15

- 70

IBXA
Isobornyl Acrylate

5888-33-5

Good Adhesion | Good Toughness
Water and Heat Resistance

7,7

97

- 60

IDAA
Iso-Decyl Acrylate[1330-61-6]

Good Adhesion | Chemical Resistance

2,7

- 62

INAA
Iso-Nonyl Acrylate

51952-49-9

1,9

- 58

ISTA
Iso-stearyl Acrylate

93841-48-6

High Hydrophobicity | Low Surface Tension

17

- 18

- 50

LA
Lauryl Acrylate

2156-97-0

Good Water Resistance | Good Flexibility
Low Shrinkage

4,0

- 23

0

Medol-10(2-Ethyl-2-Methyl-1,3-Dioxolate-4-yl)Methyl Acrylate

69701-99-1

High Reactivity | Low Viscosity
Low Surface Tension | Substitute for THFA

5,1

- 10

MPE400A
Methoxy PEG Acrylate

32171-39-4

25 – 30

N/A

MPOBA
M-Phenoxybenzyl Acrylate

409325-06-0

MTA
2-Methoxyethyl Acrylate

3121-61-7

NOAA
Octyl Acrylate

5499-59-4

NP2.5POA
Propoxylate Nonylphenol Acrylate

84170-74-1

High Gloss | High RI
Low Shrinkage

13 - 20

1,5

- 50

- 44

Low Viscosity | Low Shrinkage
Good Flexibility

2,0

- 65

- 20

Good Adhesion | Low Shrinkage
Good Flexibility

100 - 150

AcrylatesMono-Acrylates

7

Description

Product

Structure

CAS NoKey Feature - Application

Viscosity[mPa*s]Glass
Temp.[°C]7Melting
P. [°C]OXE-103-Ethyl-3-Oxatanylmethyl Acrylate

41988-14-1

Dual Cure

4,3

-5

PEA
Phenoxyethyl Acrylate

48145-04-6

High Reactivity | Low Viscosity

8,7

- 22

< - 60PH3EOA
Ethoxylated Phenoxyl Acrylate

56641-05-5

High Reactivity | Low Viscosity
Low Skin Irritation

15 - 35

o-PPEA
Ortho-Phenyl Phenoxyethyl Acrylate

720009-86-0

High Gloss | High RI
Low Shrinkage

100 - 200

STA
Stearyl Acrylate

4813-57-4

Good Water Resistance | Good Flexibility
Low Shrinkage

8,6[30 °C]

30

30

TBA
t-Butyl Acrylate

1663-39-4

High Reactivity | Good Adhesion

0,9

14

- 69

TBCHA
Tert-Butylcyclohexyl Acrylate

84100-23-2

Good Flexibility | Low Shrinkage

5 - 15

Viscoat 150

THFA
Tetrahydrofurfuryl Acrylate

2399-48-6

Good Adhesion | Good Chemical Resistance
Weatherability

2,8

- 12

< - 60Viscoat 196

TMCHA
3,3,5-Trimethyl Cyclohexyl Acrylate

86178-38-3

Good Adhesion | Low Shrinkage
Low Surface Tension

2,7

52

Viscoat 150 D

THFA-based

1620054-48-9

59

- 18

Viscoat 190DEOEOEA-based

188746-52-3

48

- 47

Viscoat 192

Acrylates

Multi-Acrylates

8

Product

Description

701A

2-Hydroxy 3-Methacryl Propyl Diacrylate

Structure

CAS No1709-71-3

Key Feature - Application

Improved Adhesion

Viscosity[mPa*s]

Melting
P. [°C]44< - 1891.000[60 °C]

A-BPEF 2

9,9-Bis-[4-(2-Hydroxyethoxy)-Phenyl]
Fluorine Diacrylate

On Request

1234827-45-2

A-DCP

Tricyclodecane Dimethanol Diacrylate

On Request

42594-17-2

High Heat Resistance | Low Viscosity
Coating

A-DOD-N

1,10-Decanediol Diacrylate

13048-34-5

Low Viscosity | Lipophilicity
Reactive Diluent

A-IND

Iso-Nonane Diol Diacrylate

120515-20-0

A-NPG

Neopentyl Glycol Diacrylate2223-82-7

Low Viscosity | Lipophilicity
Reactive Diluent

6Poly-Tetramethylene Glycol Diacrylate

52277-33-5

Flexibility | Low Concentration
3D Printing & Coating

140

DOGDA

Dioxane Glycol Diacrylate

87320-05-6

Chemical and Heat Resistance | Fast Curing

DPGDA

Dipropylene Glycol Diacrylate

57482-68-1

Low Viscosity | Good Solvency
Fast Cure Speed

A-PTMG-65

8135

18 - 2010250 - 450

7 - 13< 10

Acrylates

Multi-Acrylates

9

Product

Description

Structure

CAS NoKey Feature - Application

Viscosity[mPa*s]9

Melting
P. [°C]HPHPDA

Hydroxypivalyl Hydroxypivalate
Diacrylate

30145-51-8
250-072-3
2223-82-7
218-741-5

Good Flexibility | Good Solvency
Improvement or Adhesion on Metals

15 - 35

NPG2PODA

Propoxylated Neopentyl Glycol
Diacrylate2223-82-7

Low Tension Surface | Low Shrinkage
Improved Adhesion

10 - 20

PEG(300)DA

Polyethylene Glycol Diacrylate

26570-48-9

Good Flexibility | Low Volatility

25 - 45

PEG(400)DA

Polyethylene Glycol Diacrylate

26570-48-9

Good Flexibility | Water Soluble
Low Volatility

30 - 40

PEG(600)DA

Polyethylene Glycol Diacrylate

26570-48-9

Good Flexibility | Water Soluble
Low Volatility

80 - 100

Viscoat 195

1,4-BDDA
1,4-Butanediol Diacrylate

107481-28-7

Crosslinker

5,0< - 60Viscoat 230

1,6-HDDA
1,6-Hexanediol Diacrylate

1070-70-8

Crosslinker

7,0

7-8

Viscoat 260

1,9-NDDA
1,9-Nonanediol-Diacrylate

13048-33-4

Good Adhesion | Good Solvency
Good Weatherability

8,0Viscoat 230D

1,6-HDDA-based

Viscoat 310HP

Tripropyleneglycol Diacrylate

Viscoat 540

Poly (Bisphenol A Diglycidyl Ether)
Diacrylate

Viscoat 700HV

Ethoxylated Bipshenol A Diacrylate

On Request

On Request

1208099-65-3

Crosslinker

12 - 2442978-66-5

Crosslinking | Thinner

9 - 1953814-24-7

Crosslinker

13.000 – 17.000[50 °C]

64401-02-1

Crosslinker

1.000 – 1.300

Acrylates

Multi-Acrylates

10
Product

Description

Structure

CAS NoKey Feature - Application

Viscosity[mPa*s]10

Melting
P. [°C]

DPHA

Dipenta Erythritol Hexaacrylate

On Request

60506-81-2
29480-58-9

High Reactivity | High Crosslinking
Good Abrasion and Chemical Resistance

THEICTA

Tris-(2-Hydroxy Ethyl) Iso-Cyanurate
Triacrylate

On Request

40220-08-4

Good Impact strength
Good Abrasion and Chemical Resistance

Viscoat 295

TMP3A
Trimethylol Propane Triacrylate

15625-89-5

High Gloss | High Hardness
Good Abrasion Resistance

70 – 90< - 60Viscoat 300

PET3A
Penta-Erythritol Triacrylate

On Request

3524-68-3
4986-89-4

High Crosslinking | Good Hardness

400 – 700

15 - 30

Viscoat 802

TriPEA
Tri-Pental-Erythritol Triacrylate

On Request

182072-44-2

Crosslinker

5.000 - 7.000

9.000 – 15.000

AcrylatesMono-Methacrylates

11
Product

Description

Structure

CAS NoKey Feature - Application

11

Viscosity[mPa*s]Glass
Temp. [°C]

AMA
Allyl Methacrylate

1996-5-9

Dual Cure | Good Hardness
Good Heat Resistance | Low Shrinkage

1,09

52

n-BMA
n-Butyl Methacrylate

97-88-1

High Reactivity | Adhesion

0,92

20

t-BMA
t-Butyl Methacrylate

585-07-9

High Reactivity | Adhesion

5 - 15

BZMA
Benzyl Methacryate

2495-37-6

High RI | Good Adhesion
Low Viscosity

2,68

54

CHMA
Cyclohexyl Methacrylate

101-3-9High Reactivity | Chemical Heat and Scratch
Resistance | Good Adhesion

2,50

83

DEMA
Diethyl Aminoethyl Methacrylate

105-16-8

1,80

16 - 24

DMAA
Dimethyl Aminoethyl Methacrylate

2867-47-2

1,34

18

EMA
Ethyl Methacrylate

97-63-2

0,62

65

EHMA
Ethylhexyl Methacrylate

688-84-6

Hydrophibicity | Heat ResistanceFlexibility

1,85

- 10

HEMA
2-Hydroxyethyl Methacrylate

868-77-9

Chemical Resistance | Crosslinking

6,79

55

HDCPMA
Dicyclopentanyl Methacrylate

34759-34-7

HPMA
2-Hydroxypropyl Methacrylate

27813-02-1

Good Adhesion | Water Solubility

7 - 17
Chemical Resistance | Crosslinking
Scratch Resistance

9,28

26

AcrylatesMono-Methacrylates

12
Product

MPEG(350)MA

Description

Structure

CAS NoKey Feature - Application

Viscosity[mPa*s]Glass
Temp. [°C]

0,88

48

IBMA
Iso-Butyl Methacrylate

97-86-9

IBXMA
Iso-Bornyl Methacrylate7534-94-3

LMA
Lauryl Methacrylate

142-90-5

High Reactivity Adhesion

4,60

- 65

MMA
Methyl Methacrylate

80-62-6

High RI | Good Adhesion
Low Viscosity

0,56

105

Methoxy Polyethylene Glycol(350)
Methacrylate

26915-72-0

High Reactivity | Chemical Heat and Scratch
Resistance | Good Adhesion

OXE-303-Ethyl-3-Oxetanylmethyl Methacrylate

37674-57-0

Good Adhesion | Water Solubility

4,2

2

PHEMA
2-Phenoxy Ethyl Methacrylate

10595-06-9

SLMA
Alkyl Methacrylate

Dual Cure | Good Hardness
Good Heat Resistance | Low Shrinkage

12

2 - 105 - 15142-90-5
2495-25-2

Hydrophibicity | Heat ResistanceFlexibility

5,06

- 62

SMA
Stearyl Methacrylate

32360-05-7

Chemical Resistance | Crosslinking

8,21[30°C]- 100

TBMA
tert-Butyl Methacrylate

585-07-9

0,93

107

TDMA
Tridecyl Methacrylate2495-25-2

5,81

- 46

THFMA
Tetra-Hydro Furfuryl Acrylate

2455-24-5

On Request

Chemical Resistance | Crosslinking
Scratch ResistanceAcrylates

Di-Methacrylates

13
Product

Description

13

Structure

CAS NoKey Feature - Application

Viscosity [mPa*s]

3EDMA
Tri-Ethylene Glycol Dimethacrylate

109-16-0

Crosslinking Agent

4EDMA
Tetra-Ethylene Glycol Dimethacrylate

109-17-1

Crosslinking Agent

BDMA
1,3-Butylene Glycol Dimetharcylate1189-08-8

Crosslinking Agent

4,4

BPA2EODMA
Ethoxylated Bisphenol A Dimethacrylate

41637-38-1

Crosslinking Agent

900 - 1300

EDMA
Ethylene Glycol Dimethacrylate

97-90-5

Crosslinking Agent

3,2

HXMA
Hexa-Ethylene Glycol Dimethacrylate

26570-48-9

Crosslinking Agent

4,0

TCDMA
Tricyclodecane Dimethanol
Dimethacrylate

43048-08-4

Crosslinking Agent

80 -120

TPGDMA
Tripropylene Glycol Dimethacrylate

94120-00-0

Crosslinking Agent

6 - 16

10,2

On Request

Acrylates

Specialty-Acrylates

14

Description

Product

Aluminium
AcrylateAqueous

Structure

Al(AA)3-XXx

CAS NopH [20 °C]

15743-20-1

1,0 – 2,0(aqueous)

BAC-45

Acrylated Polybutadiene

95321-56-5

Calcium
AcrylateAqueous | Powder

6292-01-9

Powder16809-88-4

DMAMC

2-(Acryloyloxy) Ethyl Tri-Methyl
Ammonium Chloride

44992-01-0

DMCMA

Dimethyl Aminoethyl Methacrylate
Methylchloride Salt

5039-78-1

JPA-5142-Hydroxy Ethyl Methacrylate Acid
Phosphate

52628-03-2

Magnesium
AcrylateAqueous | Powder

5698-98-6

Magnesium
Meth-Acrylate

PowderNeodymiumMeth-Acrylate
Potassium
Acrylate

Calcium
Meth-Acrylate(Meth) - Acrylic
Content

14

Metal Content

Viscosity[mPa*s]4.000 – 8.000
6,0 – 7,0
(aqueous)

60 – 75 %18 – 22 %

65 % min.

15 % min.

70 – 85 %12 – 15 %7095-16-1

78 – 82 %11 – 14 %Powder79718-22-2

57,5 – 63,8 %36 – 37 %Powder10192-85-5

60 – 64 %31 – 36 %5,0 – 6,0
(aqueous)

Acrylates

Specialty-Acrylates

15

Description

Product

Potassium
Meth-Acrylate

Structure

CAS NopH[20 °C](Meth) – Acrylic
Content

Metal
Content

65 % min.

27 – 31 %Viscosity[mPa*s]

15

Glass
Temp. [°C]

Melting
P. [°C]

90 (MMA andStyrene)95 - 100

Powder

6900-35-2

RUVA-932-[3-(2H-Benzotriazol-2-yl)-4Hydroxyphenyl]ethyl Methacrylate

96478-09-0

Sodium
Acrylate

Powder7446-81-3

20 – 24 %60 – 75 %Sodium
Meth-Acrylate

Powder5536-61-8

75 - 80 %19 – 21 %Viscoat 3F

2,2,2-Trifluoro Ethyl Acrylate

407-47-6

1,1-5

Viscoat 4F

2,2,3,3-Tetrafluoro Propyl Acrylate7283-71-3

1.9-8Viscoat 8F

1H,1H,5H-Octafluoro Pentyl
Methacrylate

376-84-1

3,1

- 35

Viscoat 13F

3,3,4,4,5,5,6,6,7,7,8,8,8-Tridecafluoro
Octyl Acrylate

17527-29-6

4,1

- 15

Viscoat 3PA

Trisacryloyloxy Ethyl Phopshate

35057-49-9

66,6

- 30

Zinc Acrylate

Aqueous | Powder | Oil

14643-87-9
14643-87-9

Zinc
Meth-Acrylate

Powder13189-00-9

4,0 - 6,0
(Aqueous)

56 – 65 % (Powder)

27 – 31 % (P)11,5 – 18 % (O)

65 % min.
60 – 64 %26 % min
65 % min.

Olefines

Allyl Compounds

16
Product

Description

Structure

CAS NoKey Feature - Application

Viscosity[mPA*s]DAP
Monomer

Diallyl Ester of ortho-; iso- and terePhtalic Acid

131-17-9

Low Odor | High Flashpoint
High Stability | Anti-Gelling Agent

8,5

DAP 100
Monomer

Diallyl Ester of ortho-, iso- and terePhtalic Acid

131-21-4

Low Odor | High Flashpoint
High Stability | Anti-Gelling Agent

11,0

DAP A|S|K

Diallyl Phthalate Pre-Polymer
Thermosetting Resin

Pre-Polymer
25053-15-0

Easily Cured by Peroxides | Chemical, Heat And
Water Resistance | Low Deterioration

Iso DAP

Diallyl Iso-Phthalate Pre-Polymer
Thermosetting Resin

Pre-Polymer
25035-78-3

Superior Heat Resistance

Neo-allyl G

Allyl Glycidyl Ether106-92-3

Crosslinking | Adhesion Promoter

NeoAllyl E-10

Allyl Group and two Hydroxy Groups

123-34-2

Drying Agent for Unsaturated Polyester
Crosslinking for Urethane Elastomer
Hydroxy and Vinyl Ether Functionality

25,0

NeoAllyl
E-20G

Epoxy Group and two Allyl Groups

51081-62-0

Low Viscosity | Crosslinking Agent
Epoxy and Allyl Functionality

4,0Penta-Erythritol Triallyl Ether

1471-17-6

Component for Unsaturated Polyester
Hydroxy and Allyl Functionality

NeoAllyl P30

16

Softening
P. [°C]70 - 100 | 50 - 70
30 - 50 *70 - 100
70 – 105
65 - 100

50 - 150*

50 - 80*50% MEK solution at 30 °C

Olefines

Vinyl Ethers

17
Product

Description

Structure

CAS NoKey Feature - Application

17

Viscosity[mPa*s]Flash
P. [°C]

Boiling
P. [°C]

1,1

34,0

147

CHVE

Cyclohexyl Vinyl Ether

2182-55-0

Coatings | Inks
Adhesives

DDVE
Development

Dodecyl Vinyl Ether

765-14-0

Coatings | Inks
Adhesives

EHVE

2-Ethyl Hexyl Vinyl Ether

103-44-6

Coatings | Inks
Adhesives

0,8

52,0

177

IBVE

Iso-Butyl Vinyl Ether

109-53-5

Coatings | Inks
Adhesives

0,2

- 9,0

83

IPVE

Iso-Propyl Vinyl Ether

926-65-8

Coatings | Inks
Adhesives

0,1- 32,056

NBVE

n-Butyl Vinyl Ether

111-34-2

Coatings | Inks
Adhesives

0,3

1,0

94

NPVE

n-Propyl Vinyl Ether

764-47-6

Coatings | Inks
Adhesives

0,2- 18,066

ODVE

Octadecyl Vinyl Ether

930-02-9

Coatings | Inks
Adhesives

BDVE

1,4-Butandiol Divinyl Ether

3891-33-6

Coatings | Inks
Adhesives

1,1

168,0

54

CHDVE

1,4-Cyclohexane Dimethanol Divinyl
Ether17351-75-6

Coatings | Inks
Adhesives

4,6

120,0

104
(0.4 kPa)

DCDVE
Development

1,10-Decandiol Divinyl Ether

693-79-8

Coatings | Inks
Adhesives

DEDGVE

Diethyleneglycol Divinylether

764-99-8

Coatings | Inks
Adhesives

2,2

84,5

199

150
(0.13 kPa)

Olefines

Vinyl Ethers

18
Product

Description

Structure

CAS NoKey Feature – Application

Viscosity[mPa*s]Flash
P. [°C]

18
Boiling
P. [°C]TEGDVE

Triethyleneglycol Divinyl Ether

765-12-8

Coatings | Inks
Adhesives

3,4

136,0

137
(2,5 kPA)

CHMVE

1,4-Cyclohexane Dimethanol Monovinyl
Ether114651-37-5

Coatings | Inks
Adhesives

72,7

131,0

111
(3 kPa)HBVE

4-Hydroxyethyl Vinyl Ether

17832-28-9

Coatings | Inks
Adhesives

5,9

80,0

187

HEVE

2-Hydroxy Vinyl Ether

764-48-7

Coatings | Inks
Adhesives

2,2

62,0

143

Diethyleneglycol Mono Vinyl Ether

929-37-3

Coatings | Inks
Adhesives

5,1

83,0

196

DEGMVE
Development

Dual Cure

19
Product

Description

Structure

CAS NoKey Feature - Application

19

Viscosity[mPa*s]Glass
Temp. [°C]4-HBAGE
4-Hydroxybutyl Acrylate Glycidyl Ether

119692-59-0

Glycidyl and Acrylate Group
Paint & Coating
Adhesives

7,0

- 59

Oxe-103-Ethyl-3-Oxetanylmethyl Methacrylate

41988-14-1

Cationic and Radical Polymerization

4,3

-5

Phenol, 4,4'-(1-Methylethylidene) Bis-,
Polymer with 2-(Chloromethyl) Oxirane,
2-Propenoate

55818-57-0
Epoxy|Acrylate
25068-38-6 Epoxy

GMA
Glycidyl Methacrylate

106-91-2

Glycidyl and Methacrylate Group

2,53

NeoAllyl G

AGE
Allyl Glycidyl Ether106-92-3

Crosslinking | Adhesion Promoter

1,2

NeoAllyl E103-Allyloxy-1,2-Propanediol

123-34-2

Drying Agent for Unsaturated Polyester
Crosslinking for Urethane Elastomer
Hydroxy and Vinyl Ether Functionality

25

NeoAllyl E20G

Diallyl Glycidyl Glycerin

51081-62-0

Low Viscosity | Crosslinking Agent
Epoxy and Allyl Functionality

4

NeoAllyl P-30

Penta-Erythritol Triallyl Ether

1471-17-6

Modifier for Acrylate Emulsion
Hydroxy and Allyl Functionality

EA-1010X

Glycidyl and Acrylate Group

20.000[at 40 °C]
46

EpoxyMonomers

20
Product

Description

DE-102DE-103

THI-DE

Structure

CAS No55553-81-6
Epochalic are new Alicyclic Epoxy
Monomers with High Performance
Properties, which excel common
Bisphenol A Based Epoxies.

3777-17-6

2886-89-7

Key Feature - Application
Low Viscosity
High Heat Resistance
Low Curing Shrinkage
Low Viscosity
High Heat Resistance
Low Curing Shrinkage
Low Viscosity
High Heat Resistance
Low Curing Shrinkage

20

Viscosity[mPa*s]EEW[g/eq.]

38[at 100 °C]

122

<10

12
[at 175 °C]

115

<10

20

90

<10

ChlorineEpoxyGlycidyl Ethers

21

21

Viscosity[mPa*s]EEW[g/eq.]

Anti-Aging
Stable Tg
Good Mechanical Properties

50 - 100

145 - 17030499-70-8

Excellent Viscosity Reducer
Hydrophilic

19 – 25

150 – 163

163

Trimethylolpropane Triglycidyl Ether

30499-70-8
108-88-3

Crosslinking Agent

108 – 168

135 – 145

193

Epolight
1500NP

Neopentyl Glycol Diglycdiyl Ether

933999-82-7
108-88-3

15 – 25

134 – 160

141

Epolight 1600

1,6-Hexanediol Diglycidyl Ether

933999-82-7
108-88-4

Excellent Viscosity Reducer

15 – 25

140 – 160

163

Epolight 200E

PEG 200 Diglycidyl Ether

72207-80-8

Water Solubility

30-50

178 – 215

198

Epolight 200P

Tripropyleneglycol Diglycidyl Ether

9072-62-2

Good Flexibility

20 - 40

190 – 210

137

Epolight 3002

Diglycidyl Ether of Propyleneoxide
modified Bisphenol A

933999-83-8

Good Flexibility

3.500 –
5500

310 – 340

>220

Epolight 4000

Hydrogenized Bisphenol A Diglycidyl
Ether30589-72-3

Low Viscosity
Anti-Aging
Anti-Ark

1.500 –
3.500

208 – 245

> 220

Epolight 400E

PEG 400 Diglycidyl Ether

72207-80-8

Water Solubility

60 – 110

264 – 290

197

Epolight 400P

PPG 400 Diglycidyl Ether

9072-62-2

Good Flexibility

40 – 60

300 – 330

220

Product

Description

Structure

CAS NoDME-100

1,4-Cyclohexane Dimethanol
Chloromethyl Oxirane

71463-68-8

Epolight 100E

Diethylene Glycol Diglycidyl Ether

Epolight
100MF

Key Feature - Application

FlashP. [°C]EpoxyGlycidyl Ethers

22
Product

Description

Structure

CAS NoKey Feature - Application

Viscosity[mPa*s]EEW[g/eq.]

22Flash
P. [°C]

Epolight 40E

Ethylene Glycol Diglycidyl Ether

705265-31-2

Hydrophilic

15 – 35

125 – 140

157

Epolight 80MF

Glycerin Diglycidyl Ether

25038-04-4

Hydrophilic

140 – 170

138 – 160

214

Epolight 70P

Propyleneglycol Diglycidyl Ether

31921-70-7

Excellent Viscosity Reducer

10 – 40

140 – 160

147

Epolight M1230

Alkyl (C12-C13) Glycidyl Ether

933999-87-2

Low Toxicity
Low Viscosity

5 – 15295 – 320

149

On Request

EpoxyCuring Agents

23
Product

23

Description

Structure

CAS NoKey Feature - Application

Functionality

1,2-BD
1,2-Butanediol

584-03-2

Raw Material for Polyester & Poly-Urethane
Solvent for Inkjet Ink

Alcohol

1,2-HD
1,2-Hexanediol

6920-22-5

Raw Material for Polyester & Poly-Urethane

Alcohol

1,5-PD
1,5-Pentanediol

111-29-5

Raw Material for Polyester & Poly-Urethane

Alcohol

1,6-HD
1,6-Hexanediol

629-11-8

Raw Material for Polyester & Poly-Urethane

Alcohol

HBPA
Hydroganted Bisphenol A

80-04-6

Raw Material for Epoxy Resin
Curing Agent for Epoxy and Poly-Urethane

Alcohol

2M

N,N-Dimethyl Ethanolamine

108-01-0

Raw Material for Pigments, Cosmetics, Pharmaceuticals etc.
Additive for Paint Dispersions

Hydroxy Amine

2A

N,N-Diethyl Ethanolamine

100-37-8

Raw Material for Procaine

Hydroxy Amine

2B

N,N-Di-(n-Butyl) Ethanolamine

102-81-8

Additive | Emulsifier
Raw Material

Hydroxy Amine

EA
N-(β-Aminoethyl) Ethanolamine

111-41-1

Additive for Coatings, Tenside, Urethane etc.

Hydroxy Amine

MDA
N-Methyl Diethanolamine

105-59-9

Catalyst for Poly-Urethane
Raw Material

Hydroxy Amine

MMA
N-Methyl Ethanolamine

109-83-1

Solubilizer for Pigments | Emulsifier
Raw Material

Hydroxy Amine

EpoxyCuring Agents

24

24

Description

Product

Structure

CAS NoKey Feature - Application

Functionality

Rikacid BT100

Meso-Butane-1,2,3,4-Tetracarboxylic
Dianhydride4534-73-0

Raw Material for Poly-Imide
Curing Agent for Epoxy Resin

Anhydride

Rikacid DDSA

Dihydro-3-(Tetrapropenyl)-Furan-2,5Dione

26544-38-7

Raw Material for Poly-Ester Resin & Electrical Insulation
Improves Flexibility | Heat Cycle Performance
Adhesion & Shock Resistance

Anhydride

Rikacid OSA

Dihydro-3-(Octenyl)-Furan-2,5-Dione

26680-54-6

Improves Heat Flexibility | Heat Cycle Performance
Thermal Shock Resistance and Adhesion

Anhydride

Rikacid HF-08

Rikacid HH polymer with α-Hydroω- hydroxypoly [oxy(methyl
1,2-ethane diyl)]

60806-75-9

Epoxy Curing Resin
Carboxyl End-Groups
High Tg And Impact Strength

Anhydride

Rikacid HH

Cyclohexane-1,2-Dicarboxylic Anhydride85-42-7

Raw Material for Poly-Ester And Displays
Exceptional Weather Resistance

Anhydride

RikacidMH-700Hexahydro-4Methylphthalic Anhydride
Cyclohexane-1,2-Dicarboxylic Anhydride

19438-60-9
85-42-7

Liquid Alicyclic Acid Anhydride Mixture
Main Composition: 4-Methyl HHPA

Anhydride

Rikacid
MH-T

Hexahydro-4Methylphthalic Anhydride

19438-60-9

HHPA Derivative
Curing Agent for Epoxy Resin
Suitable for Optic Electronic Materials

Anhydride

Exceptional Heat Resistant
Both as Liquid & Solid Available

Anhydride

Epoxy Curing AgentHeat Resistant Properties

Anhydride

Rikacid
MTA-15

MixtureRikacid SA

Succinic Anhydride

On Request

On Request

19438-60-9
85-42-7
1732-97-4
552-30-7

108-30-5

EpoxyCuring Agents25
Product

25

Description

Structure

CAS NoRikacid
TCR-100

1,2,3-Propane Tricarboxylic Acid

99-14-9

Rikacid
TDA-100

4-(2,5-Dioxo-tetra-Hydrofuran-3-yl)Tetralin-1,2-Dicarboxylic Anhydride13912-65-7

Rikacid TH

1,2,3,6-Tetrahydro Phthalic Anhydride85-43-8

Rikacid
TMEG-100

1,2,4-Benzene tri-Carboxylic Acid, Ester
with 1,2-Ethane Diol
1,2,4-Benzene tri-Carboxylic Anhydride

On Request

Rikacid
TMEG-200

1,2,4-Benzene tri-Carboxylic Acid, Ester
with 1,2-Ethane Diol

Rikacid
TMEG-500

Key Feature - Application

Functionality

Raw Material for Poly-Ester | Poly-Amine | Poly-Urethane Etc.
Heat Resistance & Solubility

Anhydride

High Purity
Exceptional Transparency & Heat Resistance

Anhydride

Raw Material for Poly-Ester & Vinyl Ether Resin
Epoxy Curing Agent
Improves Electrical Insulation | Heat & Chemical Resistance

Anhydride71342-70-6
552-30-7

Heat Resistant Insulation

Anhydride

On Request

71342-70-6
552-30-8

Heat Resistant Insulation

Anhydride

1,2,4-Benzene tri-Carboxylic Acid, Ester
with 1,2-Ethane Diol

On Request

71342-70-6
552-30-9

Heat Resistant Insulation | Hardener for Powder Coating Epoxy Resin
Improves Flexibility & Adhesion

Anhydride

Rikacid
TMEG-600

1,2,4-Benzene tri-Carboxylic Acid, Ester
with 1,2-Ethane Diol

On Request

71342-70-6
552-30-10

Heat Resistant Insulation | Hardener for Powder Coating Epoxy Resin
Improves Flexibility & Adhesion

Anhydride

Rikacid
TMEG-S

Tri-Mellitic Acid; Ester with Ethylene
GlycolOn Request

71342-70-6
552-30-7

Heat Resistant Insulation

Anhydride

Rikacid
TMTA-C

2-Acetoxypropane-1,3-Diyl bis-(1,3Dihydro-1,3-Dioxoisobenzofuran 5Carboxylate)

On Request

1732-97-4
552-30-7

Exceptional Heat Resistant
Both as Liquid & Solid Available

Anhydride

WondamineHM4,4ʹ-Diamino-Dicyclohexyl Methane

1761-71-3

Raw Material for Di-Iso-Cyanates
Epoxy Curing Agent

Amine

Rikacid BT-W

1,2,3,4-Butane-tetra-Carboxylic Acid

1703-58-8

Modifier for Poly-Ester | Poly-Amide | Poly-Urethane Etc.
Improves Heat Resistance & Solubility

Carboxylic Acid

EpoxyCuring Agents

26

26

Description

Product

Structure

CAS NoKey Feature - Application

Functionality

Rikacid HH-W

Cis-1,2-Cyclohexane Dicarboxylic Acid

610-09-3

Free Acid of HHPA
Epoxy Curing Agent

Carboxylic Acid

Rikacid TH-W

Cyclohex-4-en-1,2-Dicarbonsure

88-98-2

Free Acid Of THPA
Epoxy Curing Agent

Carboxylic Acid

Rikacid CHDA

1,4-Cyclohexane Dicarboxybic Acid

1076-97-7

Raw Material for Poly-Ester
Excellent Transparency
Excellent Weather Resistance

Carboxylic AcidSA
Sebacic Acid

111-20-6

Epoxy Curing Agent
Raw Material for Nylon

Carboxylic Acid

FujiCure 1061

FujiCure 7001

FujiCure 7002
Fujicure FXR1020
FujiCure FXR1030
FujiCure FXR1061
FujiCure FXR1081

PowderLow Curing Temperature (60 °C)
High Tg (>100 °C)
LiquidLow Curing Temperature (80 °C)
High Tg
LiquidHigh Curing Temperature (150 °C)
Very High Tg (>140 °C)
PowderLow Curing Temperature (80 °C)
High Tg (>100 °C)
PowderModerate Curing Temperature (100 °C)
High Tg (>100 °C)
PowderLow Curing Temperature (60 °C)
High Tg (>100 °C)
PowderLow Curing Temperature (70 °C)
High Tg (>100 °C)

Amine-Based

Amine-Based

Amine-Based

Amine-Based

Amine-Based

Amine-Based

Amine-BasedEpoxyCuring Agents27
Product

27

Description

Structure

CAS NoFujiCure FXR1121

Key Feature - Application

Functionality

PowderLow Curing Temperature (80 °C)
Very High Tg (>140 °C)

Amine-Based

Adipic Dihydrazide

1071-93-8

Latent Hardener in Epoxy Resinfor Adhesives and Paints

Hydrazide

Dodecane Diohydrazide

4080-98-2

Latent Hardener in Epoxy Resinfor Adhesives and Paints

Hydrazide

Isophtalic Dihydrazide

2760-98-7

Latent Hardener in Epoxy Resinfor Adhesives and Paints

Hydrazide

Salicyclic Dihydrazide

936-02-7

Latent Hardener in Epoxy Resinfor Adhesives and Paints

Hydrazide

Sebacid Dihydrazide

925-83-7

Latent Hardener in Epoxy Resinfor Adhesives and Paints

HydrazideEpoxyCuring Agents28

28

Product

Description

Structure

CAS NoKey Feature - Application

Functionality

DPMP

Dipenta-Erythritol Hexakis(3-Mercaptopropionate)25359-71-1

High Reactivity | Improved Adhesion
Crosslinking Agent

ThioleEGMP-4

Tetra-Ethylenglycol Bis(3-Mercaptopropionate)6889-92-9

High Reactivity | Improved Adhesion
Crosslinking Agent

ThiolePEMP

Penta-Erythritol Tetrakis(3-Mercaptopropionate)7575-23-7

High Reactivity | Improved Adhesion
Crosslinking Agent

ThiolePEMP-LV

Penta-Erythritol Tetrakis(3-Mercaptopropionate)7575-23-7

Low Odor Grade of PEMP

ThiolePEPTPenta-Erythritol Trispropane Thiol

1966153-30-9

Ester-free
High Flexibility | Water Resistance
Rapid Curing | Low Temp. Curing l High Adhesion

ThioleTEMPIC

Tris-[(3-Mercapto Propionyloxy)-Ethyl]Iso-Cyanurate

36196-44-8

High Reactivity | Improved Adhesion & Flexibility
Crosslinking Agent

ThioleTMMP

Trimethylolpropane Tris(3-Mercapto pPropionate)

33007-83-9

High Reactivity | Improved Adhesion & Flexibility
Crosslinking Agent

ThioleTMMP-LV

Tri-Methylolpropane Tris(3-Mercapto Propionate)

33007-83-9

Low Odor Grade of TMMP

ThiolePolymer & Resin

Non-Solv. Acrylic R.

29

29

Viscosity[mPa*s]Amount offunct. Groups

15.000 – 20.000

AV = 98 ± 1

3.000

Carboxylic Acid-Functionality
Poly-(BA) Backbone

20.000 – 30.000

AV = 98 ± 1

3.000

Non-Solvent Acrylic resin | Poly(BA)Backbone | Multifuntional Glycidyl ether

50.000 – 80.000

Epoxy = 6

16.000

NE-1000

Monofunctional Alkoxysilyl
Poly-(BA) Backbone

1.000 – 1.500

Silyl = 7 ± 1

3.000

NE-3000

Multifunctional Alkoxysilyl
Poly-(MMA) Backbone

1.500 – 2.500

Silyl = 9 ± 1

5.000

NE-4000

Multifunctional Alkoxysilyl
Poly-(2-EHA) Backbone

60.000 – 100.000

Silyl = 6

20.000NE-4001

Multifunctional Alkoxysilyl
Poly-(2-EHA) Backbone

25.000 – 55.000

Silyl = 2

20.000

UT-1001

Difunctional Hydroxy
Poly-(2-EHA) Backbone

3.500

OHV = 58 ± 3

3.500

Product

Description

CB-3098

Carboxylic Acid-Functionality
Poly-(2-EHA) Backbone

CBB-3098

GB-1

Structure

CAS NoKey Feature - Application.

MW[g/mol]Polymer & Resin

Urethane Acrylic R.

30

Key Feature

Product

30

Type of ResinElongation [%]Tensile strength[kg*f /cm2]

Viscosity[mPa*s]Number offunct. Groups

U-200PA

Good Balance of Elongation and Tensile Strength
Hydrophilic

Urethane-Acrylate

170

100

60.000*2

UA-W2

Methacryloyl Group | Hydrophilic

Urethane-Acrylate

180

24

30.000**2

UA-W2A

Hydrophilic

Urethane-Acrylate

140

16

40.000**2

UA-122P

High Tensile Strength
Contains 20 % of AMP-20GY

Urethane-Acrylate

50

220

45.000*2

UA-160TM

Flexible after Curing

Urethane-Acrylate

858025.000*2

UA-2235PE

Hydrophilic | Lipophilic
Contains 20 % of PG-700

Urethane-Acrylate

5030

16.000**2

UA-4200

Lipophilic

Urethane-Acrylate30202.000**

2

UA-4400

Lipophilic

Urethane-Acrylate30303.000**

2

UA-7000

Hydrophilic

Urethane-Acrylate

2030

3.000**

2

UA-31F

Crystalline

Urethane-Acrylate

50.000**3

UA-7100

Hydrophilic

Urethane-Acrylate

15.000**

3

30

40

* at 40 °C**at 25 °C

Polymer &Resin

Urethane Acrylate R.

31
Product

Key Feature

Type of Resin

Appearance

Viscosity[mPa*s]31

Number of funct. Groups

U-2HA

Low Molecular Weight | Crystalline

Urethane-Acrylate

Light-Yellow Viscous2

U-2PPA

Low Molecular Weight | High Crosslinking Density

Urethane-Acrylate

Light-Yellow Viscous

40.000(50°C)

2

U-6LPAHigh Crosslinking Density

Urethane-Acrylate

Light-Yellow Viscous

500.000**

6

U-10PA

Grade with Hardness to break

Urethane-Acrylate

Light-Yellow Viscous

15.000*10

U-10HA

Grade with Hardness to break

Urethane-Acrylate

Light-Yellow Viscous

50.000**10

UA-33HHigh Crosslinking Density

Urethane-Acrylate

Light-Yellow Viscous

50.000*9

UA-53H

Many Functional Groups | High Crosslinking Density

Urethane-Acrylate

Light-Yellow Viscous

45.000*15

UA-32P

Rigid skeleton| Contamination | Low Curing Shrinkage

Urethane-Acrylate

Light-Yellow Viscous

10.000**3

UA-1100H

A-TMMT contained | Low Viscosity
High Crosslinking Density

Urethane-Acrylate

Light-Yellow Viscous

15.000**6* at 40 °C**at 25 °C

Polymer & Resin

Epoxy Acrylate R.

32

Key Feature

Product

32

Type of Resin

APHA

Acid Value[mgKOH/g]

Viscosity[mPa*s]Number offunct. groups

EA-1010N

Solventless | Thermal Curable

Epoxy-Acrylate

30

400

20.000*

1–2

EA-1010LC

Solventless | Low Chlorine

Epoxy-Acrylate

30

400

10.000*

1–2

EA-1010NT

Solventless | Low Chlorine

Epoxy-Acrylate

>500

400

50.000*

1–2

EA-1020

Solventless | Flexible

Epoxy-Acrylate

20

500

80.000*2

Solventless | Low Chlorine

Epoxy-Acrylate

10

500

80.000*2

EA-6320
PGMAC

Phenol Novolac Backbone | Contains 20 % of PGMAC

Epoxy-Acrylate

>500

1250

35.000**

5–6

EA-7120
PGMAC

Phenol Novolac Backbone | Contains 30 % of PGMAC

Epoxy-Acrylate

>500

1650

13.000**

5–6

EA-7420
PGMAC

Phenol Novolac Backbone | Contains 30 % of PGMAC

Epoxy-Acrylate

>500

1250

14.000**

5–6

EMA-1020

Solventless | Methacrylate | Flexible | Transparent

Epoxy-Acrylate

>500

1650

55.000**

5–6

EA-1020LC3* at 40 °C**at 25 °C

Polymer & Resin

33
Product

Key Feature - Application

Epoxy R.

33

Epoxy Equivalent[g/eq]

APHA

Hydrolyzable
Chlorine [%]Viscosity[mPa*s]800 - 25.000

Bisphenol A
Epoxy Resin

Liquid | Specific Products on Request

178 - 244

1 - 900,05 - 1.95

Bisphenol A
Epoxy Resin

Semi-Solid | Specific Products on Request

230 - 260

1 - 400,01 - 0,5

Bisphenol A
Epoxy Resin

Solid | Specific Products on Request

286 - 2.900

1-20,05 - 0,5

Epoxy Resin
Solvent basedSpecific Products on Request

184 - 530

Fire-Retardant
Brominated
Epoxy Resin

Specific Products on Request

380 - 630

Heat Resistant
Epoxy Phenol

Heat and Acid Resistance | Anti-Corrosive
Good Adhesion | Specific Products on Request<0,05 - 0,1

500 - 30.000

500 - 5.000* at 40 °C**at 25 °C

Polymer & Resin

34

Product

T-REZ H-Series

Description

Hydrogenated Alicyclic and Aromatic Hydrocarbon Resin Via Polymerization of
DCPD/Aromatic Monomer

T-REZ R-Series

Hydrogenated Alicyclic and Aromatic Hydrocarbon Resin Via Polymerization of
C5/Aromatic Monomer

T-REZ Premium Series

Hydrogenated Alicyclic and Aromatic Hydrocarbon Resin Via Polymerization Of
DCPD/Aromatic Monomer for Specific Quality Requirements

Neopolymer

Hydrogenated Alicyclic and Aromatic Hydrocarbon Resin Via Polymerization of
Aromatic C9 Monomer

Neopolymer Premium

Modified Aromatic Hydrocarbon Resins with Unique Characteristics

Hydrocarbon R.

34

Key Feature - Application

Hotmelts | Adhesives | Rubber Goods
Heat Stability | Weathering Resistance | Low Odor
Compatible with Base Polymers such as SIS, SBS, SBR, SEBS, EVA etc.

Paint | Inks | Adhesives | Rubbers
Good Solubility | Good Compatibility
Paint | Inks | Adhesives | Rubbers | Hotmelts
High Compatibility

Polymer & Resin

Alkox-Series

35

35

Molecular Weight[g/mol]Viscosity of aq.
Solution [mPa*s]*

E-30
E-20G

300 - 500

40 - 100

E-45
E-45G

600 – 1.000

300 - 600

E-60
E60G

1.000 – 1.500

2.000 – 4.000

E-75
E-75G

Ca. 2.000

40 - 70

Ca. 3.000

90 - 105

Ca. 4.000

150 - 170

E-240

Ca. 5.000

200 - 250

E-300
E-300GCa. 7.000

300 - 360

L-11

110

230 - 500

R-1000R-1000G

250 - 400

2.000 – 4.000

Description

Product

E-100
E-160
E-160G

Alkox

ResinsareHigh

Molecular

Cas No.

WeightApplication

Poly-

Ceramics | Construction(Ethylene oxide) with a melting point of 65 – 67 °C. They can

Cosmetics | Electricity

25322-68-3

be molded and are completely soluble in water.

Ink and Paints | Resins

CP-A Series

Random Copolymer of Ethylene Oxide, Propylene Oxide &Allyl Glycidyl Ether

75-21-8 | 75-56-9
Methyl: 106-92-3

Resin Modifier
Coating Additive

Ca. 60.000

500 – 3.000

CP-B Series

Random Copolymer of Ethylene Oxide, Propylene Oxide &Phenyl Glycidyl Ether

75-21-8 | 75-56-9
122-60-1

Resin ModifierCa. 100.000

200 – 1.500
300 – 2.000* at 25 °C

Polymer & Resin

36

KOH[mg/g9Viscosity[mPa*s]2.000 – 10.000

Water Soluble Urethane | Hotmelts
Synthetic Leather | Adhesive | Ink Binder

11 - 56

500 – 54.000

Polyester Polyol based on AA | DEG | EG | HD | IPA | NPG |PA and TPA

1.000 – 5.500

Water Soluble Urethane | Hotmelts
Synthetic Leather | Adhesive | Ink Binder

20 - 112

500 – 125.000

Polyester Polyol based on AA | iND | PA and SA

2.000 and 5.200

Water Soluble Urethane | Hotmelts
Ink Binder | Adhesive

22 and 56

5.500 – 18.000

Polyester Polyol based on AA and 1,4-BD

1.000 – 2.500

Water Soluble Urethane | Hotmelts
Synthetic Leather | Ink Binder

45 - 112

200 – 1.200

Key Feature

HS2H-XXXXS

Sebacic Acid based Polyol | Polymerization of HD and SA |Polymerization of NPG, HD, SA and IPA

HT-XXX

Molecular Weight[g/mol]36

Application

Product

HS2H-XXAP
HS2H-XXXAHS2H-XXXT
HS2N-XXXAHS2N-XXXPHS2N-XXXSPolyols

AA = Adipic acid | EG = Ethylene Glycol | HD = 1,6-Hexanediol | iND = 2,4-Diethyl 1,5-Pentanediol
IPA = Iso-propanol | NPG = Neopentyl Glycol | SA = Sebacic Acid | TPA = tere-Phthalic acid

Polymer & Resin

Silicone R.

37

Key Feature

Product

Methyl Phenyl
Silicone Resin
Epoxy
Modified
Silicone Resin
Acrylic
modified
Silicone Resin
Alkyd
modified
Silicone Resin
Polyester
modified
Silicone Resin

High Temperature Resistance | Electrical Insulation
Moisture Proof
Anti-Corrosion | Good Adhesion | Heat and Oil Resistance
Moisture Proof

37

Application

High Temperature Resistant Coatings.
High Temperature and Weather
Resistant Coatings
Anti-corrosive Coatings

Solvent

Viscosity[mPa*s]Toluene | Xylene | Xylene
Butyl Acetate

20 - 60

Butanol | Toluene
Xylene20 - 100

Temperature Resistance | Good Hardness
Electrical Insulation

Hight Temperature resistant Coatings

Xylene20 - 160

Temperature Resistance | Good Hardness
Electrical Insulation

Hight Temperature resistant Coatings

Xylene25 - 50

Temperature Resistance | Moisture ResistanceGood Film Builds

Non-Stick Coatings | Special Coatings

Butanol |CAC | PMA
Xylene90 - 750

SAP
Description

Product

Sanfresh ST250
Sanfresh ST500DSAP stands for Super Absorbent Polymer. It can absorb liquids up to several

Key Feature

Application

High Rention
Agriculture | Construction | Cosmetics | Water Treatment

hundred times of its own Weight.
High Absorption under Load

Urethan

Alkane-diols

38
Product

Description

38

Structure

CAS NoKey Feature - Application

Boiling Point [°C]

1,2-BD
1,2-Butanediol

584-03-2

Raw Material for Polyester & Poly-Urethane
Solvent for Inkjet Ink

193

1,2-HD
1,2-Hexanediol

6920-22-5

Raw Material for Polyester & Poly-Urethane

223 - 224

1,5-PD
1,5-Pentanediol

111-29-5

Raw Material for Polyester & Poly-Urethane242

1,6-HD
1,6-Hexanediol

629-11-8

Raw Material for Polyester & Poly-Urethane

250

Blocked Iso-Cyanates
Product

Description

CAS NoKey Feature

Disassociation
Temp. °C]

Solid
Content

NCOContent

Meikanate
TP-10

TDI based blocked Iso-Cyanate

Temperature Controlled Polymerisation

120 - 160

44 %

8,4 %
in solid parts

SU-268A

HDI based blocked Iso-Cyanate

Temperature Controlled Polymerisation

100 – 13030 %

14,66 %
in solid Parts

SU-315V

HDI based blocked Iso-Cyanate

Temperature Controlled Polymerisation

90 – 11055 %11,64 %
in solid parts

Construction

39
39
Construction
40
40
40

Intermediate
Plasticizer
Raw Material

Construction

40

Key Feature - Application

Product

Alkox(Poly Ethylene Oxide)40
Cas No.

Fluidizer for Concrete
Viscosity Modifier

25322-68-3

Magnesium Diacrylate 35

Resin Modifier for Water-Stopping | Proofing Agent

5698-98-6

Methoxy Polyethylene
Glycol 400 Acrylate

Chemical Intermediates | Raw Material of Methacrylate Binders

32171-39-4

Methoxy Polyethylene
Glycol 400 Methacrylate

Chemical Intermediates | Raw Material of Methacrylate Binders

26915-72-0

Polyethylene Glycol Mono
Methallylether

A Basic Raw Material for High Range Water Reducing Admixtures
Polycarboxylate Based Superplasticizers

9004-74-4

Emulsifier for Emulsion Polymerization andthe Dye Dispersant.

151-21-3

Third Monomer in the Process of Wet Polyacrylonitrile in Water Treatment
and Paint Additive Industries.

1561-92-8

Thioglycerol

Chain Transfer Agents of PolycarboxylatesSuperplasticizer for Concrete

96-27-5

Thioglycolic Acid

Chain Transfer Agents of PolycarboxylatesSuperplasticizer for Concrete68-11-1

Thiomalic Acid

Chain Transfer Agents of PolycarboxylatesSuperplasticizer for Concrete

70-49-5

A Basic Raw Material for High Range Water Reducing Admixtures
Polycarboxylate Based Superplasticizers

2601-60-9

Chain Transfer Agents of PolycarboxylatesSuperplasticizer for Concrete | 80 % aq. Solution available

107-96-0

Sodium Lauryl Sulfate
Sodium Methallyl
Sulfonate

Tresylated Polyethylene
Glycolβ-Mercapto
propionic Acid

Other Specialties

41
44

46

57

Additives

Phosphates

Raw Material

42

43

52

58

Activated Carbon

Acrylamide

Particles

ZeomicOther Specialties

42

Description[Cas No.

Application

Gold
RecoveryAir & Gas
Treatment

Water
Treatment&
Water Filter

Catalyst

Super
Capacitor

Activated Carbon
Mesh Size[ASTM]

Butane Activity[ASTM]CTC Activity[ASTM]

Iodine Adsorption[mg/g]

42

Surface
Area [m2/g]

Coconut Based

6 x 12

Coconut Based

8 x 16

Coconut Based

4x8

55 – 100 %Coconut Based

1.5 mm pelletized

100 -140 %Coal Based

4x8

50 – 60 %Coal Based4 - 7 mm pelletized

50 – 60 %Coconut Based

8 x 30| 12 x 30 | 20 x 50

1.000 – 1.200

Coconut Based

35 x 80 | 80 x 200 | 80 x 325

1.000 – 1.200

Coal Based

8 x 30 | 12 x 30 | 20 x 50

900 – 1.050

Pitch Based

10 – 20 µm

2.000 - 3.000

Coconut Based

4x8

55 - 65 %Coconut Based3 – 4 mm pelletized

70 – 80%

Wood Based>200

Pitch Based

60 – 100 μm

2.000 - 3.000

Resin Based

8 – 12 μm

2.000 – 3.000

2-24

1.200

Other Specialties

Acrylamides

43
Product

Description

Structure43

CAS NoKey Feature - Application

Adhesive for Glass & Metal Surfaces
Copolymer

Appearance

DMAA
N,N Dimethyl Acrylamide

268-03-7

IBMA
N-Iso-Butoxymethyl Acrylamide

16669-59-3

Crosslinking Agent
Adhesives & Paint

Clear, almost colorless liquid

MBAA
N,N-Methylenebis Acrylamide

110-26-9

Crosslinking AgentWhite Powder

NBMA
N-Buthoxymethyl Acrylamide

1852-16-0

Crosslinking Agent
Adhesives & Paint

Clear, almost colorless liquid

NMAA
N-Methylol Acrylamide

924-42-5

Crosslinking Agent
Adhesives & Paint

Clear, almost colorless liquid

TBAA
N-tert-Butyl Acrylamide

107-58-4

Hair Care

Clear & colorless Liquid

White PowderOther Specialties

Additives

44
Product

Blended
Foaming Agent

Description

Structure

CAS NoKey Feature - Application

Solubility

Flash
P. [°C]

44
Melting
P. [°C]

Different Grades with Different
Technical Functions

BT-120

1,2,3-Benzotriale

95-14-7

Ethanol

194

BT-LX

1-[N,N-Bis-(2-Ethylhexyl)Aminomethyl]-Benzotriazole

80301-64-0

N-HexaneTolueneEthanol

182

CBT-1

Carboxy-Benzotriazole

60932-58-3

Ethanol

280(Degradation)

JAST-5006-(2-Benzotriazoyl)-4-Tert-Octyl-6'Tert-Butyl-4'-Methyl-2,2'Methylenebisphenol

209324-18-5

TolueneJCL-400

1,2,3-Benzotriazole Sodium Salt
Aqueous Solution

15217-42-2

Ethanol
Water

JF-77

2-(2'-Hydroxy-5'-Methylphenyl)Benzotriazole

2440-22-4

DP*
Toluene126 - 132

JF-79

2-(2'-Hydroxy-3'-Tert-Butyl-5Methylphenyl)-5-Chlorobenzotriazole3896-11-5

Toluene137 - 141

JF-80

2-(2'-Hydroxy-3',5'-Di-TertAmyöphenyl)-Benzotriazole

25973-55-1

Toluene78 - 83

JF-83

2-(2'-Hydroxy-5'-Tert-Octylphenyl)Benzotriazole

3147-75-9DPEthanol
Ethanol

102 – 106

JF-8322,2'-Methylene-Bis-[6-(2HBenzotriazole-2-Yl)-4-T-Octylphenol]

103597-45-1

Toluene196 - 199

On Request

On Request

93

148

*Dioctyl Phthalate

Other Specialties

Additives

45
Product

Description

StructureJF-90Bis-(2,2,6,6-tetramethyl-4-piperidyl)Sebacate52829-07-9

JF-95

Bis-(1,2,2,6,6-Pentamethyl-4-piperidyl)Sebacate41556-26-7

TT-LX

1-[N,N-Bis-(2-Ethylhexyl)aminomethyl]-Methylbenzotriazole

80584-90-3(4-Methyl):80595-74-0

TT-LYK

2,2'-[[(Methyl-1H-benzotriazol-1-yl)methyl]-imino]-bis-Ethanol

88477-37-6

On Request

Unifoam AZ

Foaming Agent

Unifoam AZ P

Inorganic Foaming Agent

Unifoam AZ
Ultra

Foaming AgentCAS NoKey Feature - Application

Solubility
n-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-HexaneTolueneEthanol
Ethanol
Water

Good Dispersibility | Decomposition Control
High Gas Volume
Alternative to organic foaming Agents
Endothermic Decomposition
Low Odor & Discoloration
Superior Dispersibility | Decomposition Control
High Gas Volume | Dust Prevention

Flash
P. [°C]

45
Melting
P. [°C]85

190

Other Specialties

Phosphates

46
Product

Description

Structure

CAS NoPhoslex A-1

Methyl Acid Phosphate

12789-45-6

Phoslex A-3

Iso-propyl Acid Phosphate

52933-00-3

Phoslex A-4

Butyl Acid Phosphate107-66 4 (Diester)
1623-15-0 (Monoester)

Phoslex A-8N

n-Octyl Acid Phosphate

68307-94-8

Phoslex A-8

2-Ethylhexyl Acid Phosphate

12645-31-7

Phoslex A-208

Di-2-Ethylhexyl Acid Phosphate

298-07-7

Phoslex A-12

Lauryl Acid Phosphate

12751-23-4

Phoslex A-13

Iso-Tridecyl Acid Phosphate

52933-07-0

Phosphate A18C

Oleyl Acid Phosphate

68610-15-1

Phoslex A-18D

Oleyl Acid Phsophate

37310-83-1

Phoslex A-18F

Iso-Stearyl Acid Phosphate

39471-52-8

Key Feature - Application

Viscosity[mPa*s]Glass
Transition

46
Melting
PointOther Specialties

Phosphates

47
Product

Description

Structure

CAS NoKey Feature - Application

Chelex H-8

Di-2-Ethylhexyl Hydrogen
Phosphite

3658-48-8

Chelex H-12

Dilauryl Hydrogen Phosphite

21302-09-0

Chelex H-18TA

Dioleyl Hydrogen Phosphite

64051-29-2

Chelex H-18D

Dioleyl Hydrogen Phosphite

64051-29-2

JP-360Triphenyl Phosphite

101-02-0

Antioxidant
Reduce Deterioration & Discoloration

JP-351

Tris-Nonylphenyl Phosphite

26523-78-4

Antioxidant
Reduce Deterioration & Discoloration

JP-3CpTris-(p-Cresyl) Phosphite

25586-42-9

Antioxidant
Reduce Deterioration & Discoloration

JP-308E

Tris-(2-Ethylhexyl) Phosphite

301-13-3

Antioxidant
Reduce Deterioration & Discoloration

JP-310Tri-Decyl Phosphite

25448-25-3

Antioxidant
Reduce Deterioration & Discoloration

JP-312L

Tri-Lauryl Phosphite

3076-63-9

Antioxidant
Reduce Deterioration & Discoloration

JP-333E

Tris-(Tri-Decyl) Phosphite

77745-66-5

Antioxidant
Reduce Deterioration & Discoloration

47

Solubility

Flash
P. [°C]

TolueneEthanol

207

21

193

N/A

217

<- 10

n-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluene

199

218

232

215

Melting
P. [°C]Other Specialties

Phosphates

48
Product

Description

Structure

CAS NoKey Feature - Application

Solubility
n-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
TolueneFlash
P. [°C]

JP-318O

Tri-Oleyl Phosphite

13023-13-7

Antioxidant
Reduce Deterioration & Discoloration

JMP-308

Di-Phenyl Mono-(2-Ethylhexyl)
Phosphite

1241-94-7

Antioxidant
Reduce Deterioration & Discoloration

JMP-311

Di-Phenyl Mono Decyl Phosphite

26544-23-0

Antioxidant
Reduce Deterioration & Discoloration

JMP-313

Di-Phenyl Mono (Tri-Decyl)
Phosphite60628-17-3

Antioxidant
Reduce Deterioration & Discoloration

JPS-312

Tri-Lauryl Tri-Thio Phosphite

1656-63-9

Antioxidant
Reduce Deterioration & Discoloration

JPE-208

Bis-(2-Ethylhexyl) Hydrogen
Phosphite

3658-48-8

Antioxidant
Reduce Deterioration & Discoloration

JP-212

Di-Lauryl Hydrogen Phosphite

21302-09-0

Antioxidant
Reduce Deterioration & Discoloration

JP-260Di-Phenyl Hydrogen Phosphite

4712-55-4

Antioxidant
Reduce Deterioration & Discoloration

Ethanol
Toluene186

JPP-100

Tetra-Phenyl Di-Propyleneglycol
Di-Phosphite

On Request

80584-85-6

Antioxidant
Reduce Deterioration & Discolorationn-Hexane
Ethanol
Toluene216

JA-805

Tetra-(C12-C15 Alkyl)-4,4'-IsoPropylidene Di-Phenyl DiPhosphite

On Request

96152-48-6

Antioxidant
Reduce Deterioration & Discolorationn-HexaneTolueneJPE-10Bis-(Decyl)-Penta-Erythritol DiPhosphite

26544-27-4

Antioxidant
Reduce Deterioration & Discolorationn-Hexane
Ethanol
Toluene48
Melting
P. [°C]

229

206

223

219

209

168

157

212

23

Other Specialties

Phosphates

49

Key Feature - Application

FlashP. [°C]

Melting
P. [°C]

Product

Description

Structure

CAS NoJPP-88Bis-(Tridecyl) Pentaerythritol
Diphosphite Bis-(Nonylphenyl)
Pentaerythritol Diphosphite

Mixture69439-68-5
64012-42-6

Antioxidant
Reduce Deterioration & Discoloration

JPE-13R

Bis (Tridecyl) Pentaerythritol
Diphosphite

69439-68-5

Antioxidant
Reduce Deterioration & Discoloration

JP-218-OR

Dioleyl Hydrogen Phosphite

64051-29-2

Antioxidant
Reduce Deterioration & Discoloration

JP-318E

Tri-Stearyl Phosphite

2082-80-6

Antioxidant
Reduce Deterioration & Discoloration

JPP-2000PT

Di-Stearyl Penta-Erythritol DiPhosphite

3806-34-6

Antioxidant
Reduce Deterioration & Discoloration

Toluene≥42

JP-650Tris-(2,4-Di-tert-Butyl Phenyl)
Phosphite

31570-04-4

Antioxidant
Reduce Deterioration & Discoloration

Toluene249

185

JPH-3800

Hydrogenated Bisphenol A PentaErythritol Phosphite Polymer

101320-77-8

Antioxidant
Reduce Deterioration & Discoloration

202

≥90

JP-502Ethyl Acid Phosphate

598-02-7

JP-504

Butyl Acid Phosphate107-66-4

JP-506H

Butoxyethyl Acid Phosphate39454-62-1

JP-5082-Ethylhexyl Acid Phopshate

12645-31-7

Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent

Solubility

49

n-HexanTolueneEthanoln-HexanTolueneEthanoln-HexanTolueneEthanol

204

172

236

183

Ethanol
Water
TolueneEthanol
Water
n-HexanTolueneEtOH|Water
n-HexanEthanol
Toluene

134

180

156

142

42

Other Specialties

Phosphates

50
Product

Description

Structure

CAS NoJP-512

Alkyl (C12; C14; C16,C18) Acid
Phosphate

JP-513

Iso-Tridecyl Acid Phosphate

52933-07-0

JP-518-0

Oleyl Acid Phosphate

37310-83-1

JP-524R

Tetra-Cocyl Acid Phosphate

100683-84-9
100683-85-0

EGAP

Ethyleneglycol Acid Phosphate

DBP

Dibutyl Phosphate107-66-4

LB-58

Bis-(2-Ethylhexyl) Phosphate

298-07-7

JC-224Ethyl Diethyl Phosphono Acetate867-13-0

JC-228Diethyl Benzyl Phosphonate

1080-32-6

CBPDE

Diethyl (p-Chlorobenzyl)
Phosphonate

39225-17-7

JP-213-D

Dilauryl Hydrogen Phosphite

21302-09-0

On Request

52012-13-2

Key Feature - Application
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent
Antioxidant
Reduce Deterioration & Discoloration

Solubility
n-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
TolueneFlash
P. [°C]

197

188

218

TolueneEthanol

222

Ethanol
Water

145

n-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-HexanTolueneEtOH|Water
n-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluenen-Hexane
Ethanol
Toluene

196

108

165

218

156

50
Melting
P. [°C]45

Other Specialties

Phosphates

51
Product

Description

Structure

CAS NoJC-263Tri-Phenyl Phosphine603-35-0

JP-518Zn

Zinc Stearyl Phosphate

16700-97-3
4615-31-0

Key Feature - Application

Extreme Pressure AgentCorrosion Inhibitor
Dispersion Agent

51

Solubility

Flash
P. [°C]

Melting
P. [°C]n-HexaneToluene

187

81

≥150

Other Specialties

Particles-ChemiSnow

52
Product

Description

Application

Cosmetics
Films
MX - Series

PaintsCeramic Agents

MZ - Series

Cosmetics

spheroidizing Acryl and Styrene Monomer.

Films

Control of Crosslinking Density as well as

Paintsfunctional Groups leads to unique properties.

Ceramic Agents

Films
PaintsCeramics Agent

Cosmetics | Films
MP - Series

Crosslinking
Density

Avg.
Size [µm]Standard to High0,8 - 30

Ultra High5 - 30Standard to High1 - 10Light Diffusion | Anti-Glare
Anti-Blocking for Films | Improved Film Smoothness
Narrow Size Distribution
Decomp. Temp. = 250 - 270°C |Heat & Solvent
ResistanceLight Diffusion | Anti-Glare

Chemisnow are fine Particles manufactured by

Cosmetics
MR - Series

Key Feature

52

Anti-Blocking for Films | Improved Film Smoothness
Narrow Size Distribution
Decomp. Temp. = 230 – 260 °C | Heat & Solvent
ResistanceLight Diffusion | Anti-Glare
Anti-Blocking for Films | Improved Film Smoothness
Narrow Size Distribution
Decomp. Temp. = 270 – 290 °C | Heat & Solvent
ResistanceLight Diffusion | Anti-Glare

Paints & Inks | Toner

Anti-Blocking for Films | Improved Film Smoothness

Ceramic Agents

Narrow Size Distribution | Heat & Solvent Resistance

0,15 – 0,4

Other Specialties

Particles-ChemiSnow

53
Product

Description

Application

Cosmetics
KMR - Series
KSR - Series

spheroidizing Acryl and Styrene Monomer.
Control of Crosslinking Density as well asfunctional Groups leads to unique properties.

Crosslinking
Density

Avg. Size [µm]Standard to Ultra High

3

Standard

1,5 - 5

Low to Standard

20 - 55

Excellent Heat ResistanceFilms

Excellent Solvent Resistance

Paints

Decomp. Temp. = 280 – 300 °C

Chemisnow are fine Particles manufactured by
SX - Series

Key Feature - Application

53

Light Diffusion
Cosmetics
Films
PaintsAnti-Glare
Narrow Size Distribution
Decomp. Temp. = 260 – 300 °C
Light Diffusion

SGP - Series

BMC

Anti-Glare

SMC

Wide Size Distribution
Heat and Solvent ResistanceOther Specialties

54

Description - Application

Product

Particles-BaSO4
Key Feature - Application

54
pH

BaSO4
[%]

Avg. Size[µm]

92 - 96

0,01 - 0,1

9,7 - 8,3*

94 - 980,3 – 0,7

8,0 - 6,0*98,50,6 – 0,99 – 6,598,514 - 16

9-6*(ambient Temp.
Method)Main Application: Coatings for Automobiles & Consumer Electrical Appliances
Particle Size: 0,01 – 0,1 µm
Barifine
BF - Series

Improved Colouring of organic Pigments
Improved Gloss of Coating Films
Excellent Transparency

Smallest to Largest Particles
Wide Resin Compatibility
Affinity to Water-Borne Resin

Improved Orientation of Peal Pigments and Aluminium Flakes
Main Application: Coatings &Inks | Plastics
Excellent Dispersibility
BariaceB - Series

Unique Grades for Specific Properties
High Degree of Whiteness
Low Volatility

Precipitated
Barium Sulfate
SeriesElutriatedBarium Sulfate
BA

Main Application: Coatings and Inks
Standard Grade

Elutriated Product
Main Application: Plastics and Rubber

Improved Resin Affinity
Si - Al Surface Treatment
Lower Zeta to Higher Potential than Standard B-Grade
Improved Dispersibility compared Standard B-Grade

Standard Grade of Precipitated Baso4
Control of Dispersibility | Purity and Particle SizeWhite Impurity Reduction of BD
Coarse Particles Reduction Of BD
Pulverized Natural Barium Sulfate

Other Specialties

Particles

55

Description

Product

TISMO D

Potassium Titanate Fiber [K2Ti8O17]

55

Avg. Size[µm](ambient Temp. Method)High Strength and Rigidity

0,3 – 0,6

9,0 – 10,0

Key Feature - ApplicationpH

TERRACESS PM

Magnesium Potassium Titanium Oxide

Good Balance Of µ-Level and Wear

5 - 1010,0 – 11,5

TERRACESS PS

Magnesium Potassium Titanium Oxide

Good Balance Of µ-Level and Wear

2-6

10,0 – 11,5

TERRACESS L

Lithium Potassium Titanium Oxide |Outstanding Low Wear

10 - 35

10,0 – 11,5

TERRACESS TF-L

Potassium Titanium Oxide

Good µ-Level

15 - 458,5 – 10,5

TERRACESS TF-S

Potassium Titanium Oxide

Good µ-Level

3 – 118,5 – 10,5

DENTALL WK500

Potassium Titanate Fiber Coated with Conductive Nano Layer

Extremely Stable Resistance

2-4

DENTALL WK500B

Potassium Titanate Fiber Coated with Conductive Nano Layer

Extremely Stable Resistance

6-9

Other Specialties

Particles-BellPearl

56

Description

Product

CAS NoKey Feature - ApplicationMW[g/mol]Avg.
Size

4.000 5.000

BellPearl S899
Melted & Cured by Heat

Bellpearl S890
9003-35-4

Add.
Info

Low
Crosslinking

10.000Control of Molecular Weight
Abrasive | Carbon Material | Refractories Binder

BellPearl S870

56

20 µm
50.000High
Crosslinking

BellPearl S830

BellPearl R800

100.000

Bellpearl is a proprietary phenolic resin.

20 µm

It is a unique material with a primary particle size of about 1 toControl of Particle Size

BellPearl R700
Bellpearl is applied in various applications by taking advantage
BellPearl R200

PDI
Broad

Infusible by Heat

20μm.
9003-35-4

High Performance Carbon Material
Filler of Resin Composite

of its high heat resistance, environmental safety, and high

15 µm

6 µm
PDI
Narrow

Pore Forming Agent

residual carbonization rate.
BellPearl R100

1,5 µm

BellPearl C800

15 µm
Carbon Particle

BellPearlC2000XTBellPearlC2000SR

7440-44-0

Filler for Improved Slippage

15 µm

Filler for Improved Conductivity
8 µm

Carbonized
R800 at
800 °C
Carbonized
R800 at>2.000 °C
Carbonizedat>2.00 °C

Other Specialties

Raw Material

57
Product

Description

Structure

CAS NoKey Feature - Application

Solubility
AcetonEther|MeOH
Chloroform
EtOH
Benzol
DE*|Water

Boiling
P. [°C]

57
Melting
P. [°C]

2,4-DTAP
2,4-di-tert-Amyl Phenol

120-95-6

3-MPA
3-Mercapto Propionic Acid

107-96-0AG
Allyl Glycol

111-45-5

AGE
Allyl Glycidyl Ether106-92-3

Raw Material for Hydrosilylation

AMSD
Alpha-Methyl Styrene Dimer

6362-80-7

Monomer

Epichlorohydrine

106-89-8

Raw Material for Epoxy-Monomer

Rikaresin
HBE-100

HBPA
Hydrogenated Bisphenol A

80-04-6

Raw Material for Epoxy Resin
Curing Agent for Epoxy & Poly-Urethane

Rikacid
HH

HHPA
Hexa-Hydro Phtalic Anhydride85-42-7

Raw Material for Poly-Carbonate
Curing Agent

158

POP
p-Octyl Phenol

140-66-9

Raw Material for Formaldehyde

279 - 281

79 - 82

PTAP
p-tert-Amyl Phenol

80-46-6

Raw Material for Phenol Resin

249

92

SA
Sebacid Acid

111-20-6

Raw Material for Poly-Amide | Poly-Ester
Raw Material for Plasticizer

295

131 - 134

Catalyst | Stabilizer for BPA-Synthesis

264 - 265

53 - 56110

17 - 19

159
MeOH
Toluene
Water

154

- 100

EtOH|Benzol
CCl4
DE*

116

- 48

253 - 257

AlcoholBenzol | DE*
Chloroform*Diethyl Ether

Other Specialties

Zeomic58

Description

Product

58

CAS NoAC10D

130328-19-7

AJ10D | AJ10N

130328-20-0

AW10D | AW10N

Zeomic is an Inorganic Anti-Microbial and Anti-Viral

Zeolite.

Anti-Microbial
Anti-Viral

130328-20

Powder. Its properties origin from Silver Ions infused in
DAW502

Key Feature - Application

1318-02-1
1314-13-2

EAW5021314-13-2
1318-02-1

XLJ50D

1318-02-1
1314-13-3

Inhibition of Low Odor

Compatibility

DosagesResin(PP | PE | ABS
etc.)

Resin: 0,5 – 2,0 wt%
Anti-Bact.: 0,5 – 1,0 wt%
Anti-Fung.: 1,0 – 2,0 wt%

Plastic Film
Coating Materials

Plastic Film: 0,2 -1,0 wt%

Plastic Film; Sheet;
Powder Paint
Textile | Paint

Plastic Film: 0,3 – 2,0 wt%
Pwd Paint: 1,0 – 3,0 wt%
Paint: 0,5 – 3,0 wt%

Moldings

ABS | HIPS: 0,5 – 1,0 wt%
Others: 0,5 – 2,0 wt%

Silicones

Silicone: 1,0 – 3,0 wt%

Moldings

PP: 0,3 – 0,5 wt%
LDPE: 0,3 – 0,5 wt%
HDPE: 0,3 – 0,5 wt%

Low Toxicity
High Compatibility
Excellent Heat Resistance