06
Our Products
As a manufacturer of chemical products and preparations, we are in constant dialogue with industry and trade associations. In this way we ensure that we are always up to date with regard to the application and interpretation of the REACH regulation.
Rheoplast L 250
Chemical characterization:
Acrylic-acid-copolymer
Appearance: white dispersion
Dry solids: 25 ± 1
Viscosity: 2500 ± 1000
pH: 6.0 ± 1
Density: 1.10 ± 0.03
Net charge: a
Description / Application
Aqueous thickener for coating formulations with higher pigment load. High adsorption affinity to mineral surfaces. Very good OBA carrier. Provides additional electrostatic and steric stabilization.
Rheoplast L 260
Chemical characterization:
Acrylic-acid-copolymer
Appearance: white dispersion
Dry solids: 25 ± 1
Viscosity: 2500 ± 1000
pH: 6.0 ± 1
Density: 1.10 ± 0.03
Net charge: a
Description / Application
Aqueous thickener for coating formulations with higher pigment load. High adsorption affinity to mineral surfaces. Very good OBA carrier. Provides additional electrostatic and steric stabilization.
Rheoplast L 270
Chemical characterization:
Acrylic-acid-copolymer
Appearance: yellowish, viscous liquid
Dry solids: 20 ± 1
Viscosity: 1000 ± 500
pH: 5.0 ± 1
Density: 1.05 ± 0.03
Net charge: a
Description / Application
Rheological additive for high speed metering size presses. Promotes plastic flow properties and prevents misting and bleeding.
Rheoplast L 275
Chemical characterization:
Acrylic-acid-methacrylatecopolymer
Appearance: white dispersion
Dry solids: 25 ± 1
Viscosity: 1500 ± 750
pH: 6.0 ± 1
Density: 1.05 ± 0.03
Net charge: a
Description / Application
Comb type polymer for steric stabilization of coating formulations. Imparts more plastic flow and improves physical paper properties, like gloss and smoothness. Allows higher dry solids content.
Rheoplast MG 20 A
Chemical characterization:
Acrylic-acid-copolymer
Appearance: white dispersion
Dry solids: 20 ± 1
Viscosity: max. 750
pH: 5.5 ± 1
Density: 1.05 ± 0.03
Net charge: a
Description / Application
Microgelemulsion for improved particle stabilization, increase of dry solids content, improves coating hold-out, less binder required, very efficient OBA carrier.
Rheoplast MG 25 H
Chemical characterization:
Methacrylate-copolymer
Appearance: white dispersion
Dry solids: 25 ± 1
Viscosity: 1000 ± 500
pH: 5.5 ± 1
Density: 1.05 ± 0.03
Net charge: a
Description / Application
Microgelemulsion for improved particle stabilization, increase of dry solids content, improves coating hold-out, less binder required, very efficient OBA carrier. Slightly thickening effect.
Rheoplast RG 40
Chemical characterization:
Acrylate-copolymer
Appearance: yellowish solution
Dry solids: 40 ± 1
Viscosity: max. 500
pH: 8.5 ± 1
Density: 1.10 ± 0.03
Net charge: a
Description / Application
Steric stabilizing agent for paper coatings. Leads to significantly improved high shear viscosity, better water retention, improved opacity, whiteness, smoothness and gloss.
Rheoplast MI 25
Chemical characterization:
Methacrylate-terpolymer
Appearance: yellowish liquid
Dry solids: 22 ± 1
Viscosity: max. 750
pH: 5.0 ± 1
Density: 1.05 ± 0.03
Net charge: n
Description / Application
Steric stabilizing agent for high-solids paper coatings >72%, plastification of starch solutions, reduced retrogradation and viscosity of starch solutions.
Rheoplast RM 4050
Chemical characterization:
Modified polyether
Appearance: clear liquid
Dry solids: 50 ± 1
Viscosity: 1000 ± 500
pH: 6.5 ± 1
Density: 1.08 ± 0.03
Net charge: n
Description / Application
Plastification of starch solutions, reduced crack folding and wrinkles, reduced viscoelasticity, improved gloss paper and print gloss, reduced calander load, very good OBA carrier.
Rheoplast RM 306/95
Chemical characterization:
Modified polyether
Appearance: clear liquid
Dry solids: 72 ± 1
Viscosity: 100 ± 75
pH: 7.0 ± 1
Density: 1.10 ± 0.03
Net charge: n
Description / Application
Lubricating agent for runnability improvement of textile coating formulations.
Solids content in %, Brookfield RVT viscosity at 20°C in mPa.s 100rpm/min, density in g/cm³, ionogenicity: n = nonionic, a = anionic, k = cationic
PU-Coat DMP 10
Chemical characterization:
Aliphatic Polyester-PU-Dispersion
Appearance: white dispersion
Dry solids: 50 ± 2
Viskosität¹: 50 – 800
pH²: 7.5 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -42°C
E-Modul: 2,1 MPa
Description / Application
PUD for the formulation of textile coatings. High film flexibility, suitable for mechanical foaming, good alcohol resistance and good lightfastness.
PU-Coat DMP 30
Chemical characterization:
Aliphatic Polyester-PU-Dispersion
Appearance: white dispersion
Dry solids: 40 ± 1
Viskosität¹: 50 – 600
pH²: 7.0 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -54°C
E-Modul: 2 MPa
Description / Application
PUD for the formulation of textile coatings. High film flexibility,suitable for mechanical foaming, good alcohol resistance and good lightfastness.
PU-Coat DMP 40
Chemical characterization:
Aliphatic Polyester-PU-Dispersion
Appearance: white dispersion
Dry solids: 59 ± 2
Viskosität¹: 50 – 600
pH²: 7.0 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -4°C
E-Modul: 1,3 MPa
Description / Application
PUD for the formulation of textile coatings. Outstanding resistance to hydrolysis, good adhesion, high solids content, very good stirring stability, suitable for mechnaical foaming, high light fastness, soft handle.
PU-Coat DMP 50
Chemical characterization:
Aliphatic Polycarbonateesterpolyether-PUD
Appearance: white dispersion
Dry solids: 60 ± 2
Viskosität¹: 150 – 800
pH²: 8.0 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -69°C
E-Modul: 2-3 MPa
Description / Application
PUD for the formulation of textile coatings. High solids content, outstanding resistance to hydrolysis, crosslinkable, suitable for mechanical foaming, high scratch resistance, good light fastness, high resistance to cracking.
PU-Coat DMP 65
Chemical characterization:
Aliphatic Polyether-PU-Dispersion
Appearance: white dispersion
Dry solids: 40 ± 1
Viskosität¹: 50 – 600
pH²: 6.5 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -37°C
E-Modul: 5 MPa
Description / Application
PUD for the formulation of textile coatings. High film flexibility, good alcohol resistance, good lightfastness, very good forces.
PU-Coat DMP 75
Chemical characterization:
Aliphatic Polyether-PU-Dispersion
Appearance: white dispersion
Dry solids: 59 ± 2
Viskosität¹: 50 – 600
pH²: 7.5 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -42°C
E-Modul: 2,5 MPa
Description / Application
PUD for the formulation of textile coatings. High film flexibility, suitable for mechanical foaming, good alcohol resistance and good lightfastness.
PU-Coat DMP 80
Chemical characterization:
Aliphatic Polycarbonatester-PU-Dispersion
Appearance: white dispersion
Dry solids: 40 ± 1
Viskosität¹: 150 – 800
pH²: 7.5 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -33,5°C
E-Modul: 5 MPa
Description / Application
PUD for the formulation of textile coatings. Good resistance to hydrolysis, high scratch resistance, high ageing resistance, good light fastness, high resistance to cracking.
PU-Coat DMP 105
Chemical characterization:
Aliphatic Polyester-PU-Dispersion
Appearance: white dispersion
Dry solids: 40 ± 1
Viskosität¹: 50 – 600
pH²: 7.5 ± 1.5
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -33°C
E-Modul: 13 MPa
Description / Application
PUD for the formulation of textile coatings. Good resistance to hydrolysis, high scratch resistance, dry surface.
PU-Coat DMP 110
Chemical characterization:
Aliphatic Polyether-PU-Dispersion
Appearance: white dispersion
Dry solids: 40 ± 1
Viskosität¹: 150 – 800
pH²: 7.5 ± 1.5
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -49,5°C
E-Modul: 9 MPa
Description / Application
PUD for the formulation of textile coatings. High scratch resistance, good light fastness, dry surface.
PU-Coat DMP 115
Chemical characterization: Aromatic Polyether-PU-Dispersion
Appearance: white dispersion
Dry solids: 35 ± 1
Viskosität¹: 50 – 1000
pH²: 8.0 ± 1
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -50°C
E-Modul: 2 MPa
Description / Application
PUD for the formulation of textile coatings. Good adhesion, Tie-Coat for PU-Coat high-solids systems.
PU-Coat 42
Chemical characterization:
Aliphatic Polyester-PU-Dispersion
Appearance: white dispersion
Dry solids: 50 ± 2
Viskosität¹: 150 – 800
pH²: 7.0 ± 1
Density: 1.07 ± 0.03
Net charge: a
Tg-Wert: -4°C
E-Modul: 1.3 MPa
Description / Application
PUD for the formulation of textile coatings. Good resistance to hydrolysis, good adhesion, suitable for mechanical foaming, good light fastness, soft handle.
PU-Coat 53
Chemical characterization:
Polyurethanedispersion
Appearance: white dispersion
Dry solids: 40 ± 1
Viskosität¹: 50 – 600
pH²: 7.5 ± 1
Density: 1.07 ± 0.03
Net charge: a
Tg-Wert: -50°C
E-Modul: 6.9 MPa
Description / Application
PUD for the wet bonding of textile substrates. Very suitable for applications involving flexibilised PVC substrates. Soft film and low activation temperature.
PU-Coat 96
Chemical characterization:
High molecular weight PU-Dispersion
Appearance: white dispersion
Dry solids: 50 ± 2
Viskosität¹: 50 – 900
pH²: 7.5 ± 1.5
Density: 1.10 ± 0.03
Net charge: a
Tg-Wert: -50°C
E-Modul: 5.6 MPa
Description / Application
PUD for the formulation of heat activatable adhesive.
Epamin VAE 60
Chemical characterization:
Ethylene / vinylacetatecopolymerdispersion
Appearance: white dispersion
Dry solids: 60 ± 1
Viskosität¹: 3800 ± 1000
pH²: 4.5 ± 1
Density: 1.07 ± 0.03
Net charge: n
Tg-Wert: ca. 3°C
Description / Application
EVA dispersion for the formulation of ink jet receiving layers, coating and finishing of textiles. Excellent flow properties, fast set off. Can be combined with any other disperion.
Epamin LP 909
Chemical characterization:
Modified polyvinylacetatedispersion
Appearance: white dispersion
Dry solids: 55 ± 2
Viskosität¹: 3000 ± 1500
pH²: 4.5 ± 1
Density: 1.09 ± 0.03
Net charge: n
Tg-Wert: ca. 33°C
Description / Application
PVAC dispersion for application in ink jet receiving layers and for coating and finishing of textiles.
Acrylan LS 283
Chemical characterization:
Silanated Polyvinylalcohol
Appearance: clear solution
Dry solids: 30 ± 1
Viskosität¹: 2500 ± 1000
pH²: 5.0 ± 1
Density: 1.04 ± 0.03
Net charge: n
Description / Application
Silanated PVOH for the formaultion of cationic ink jet receiving layers. Low molecular weight high binding power.
Acrylan LS 285
Chemical characterization:
Silanated Polyvinylalcohol
Appearance: clear solution
Dry solids: 25 ± 1
Viskosität¹: 2500 ± 1000
pH²: 5.0 ± 1
Density: 1.04 ± 0.03
Net charge: n
Description / Application
Silanated PVOH for the formaultion of cationic ink jet receiving layers. Mid molecular weight, weight high binding power.
Acrylan LS 287
Chemical characterization:
Silanated Polyvinylalcohol
Appearance: clear solution
Dry solids: 13 ± 1
Viskosität¹: 3000 ± 1500
pH²: 5.0 ± 1
Density: 1.04 ± 0.03
Net charge: n
Description / Application
Silanated PVOH for the formaultion of cationic ink jet receiving layers. High molecular weight, high binding power.
Solids content in %, Brookfield RVT viscosity at 20°C in mPa.s 100rpm/min, density in g/cm³, ionogenicity: n = nonionic, a = anionic, k = cationic
¹Viscosity: measured in a 4% standard solution, Brookfield RVT 20°C, 100rpm/min
²pH value: measured in a 4% standard solution
Sealcoat® GB 44
Chemical characterization:
Modified Vinylacetate-Copolymer
Appearance: white dispersion
Dry solids: 45 ± 1
Viscosity: 2500 ± 500
pH: 6.0 ± 1
Density: 1.05 ± 0.03
Net charge: n
Description / Application
Suitable for mineral oil barrier (MOSH/MOAH), oil and grease resistance, forms extremely strong and highly flexible films, complies with BfR 36, FDA CFR 21 § 176.170 und 176.180, EU 10/2011 regulations.
Sealcoat® MB 46 HE
Chemical characterization:
Modified Vinylacetate-Copolymer
Appearance: white dispersion
Dry solids: 46 ± 1
Viscosity: 2500 ± 1500
pH: 5.0 ± 1
Density: 1.05 ± 0.03
Net charge: n
Description / Application
Suitable for mineral oil barrier (MOSH/MOAH), oil and grease resistance, forms extremely strong and highly flexible films, complies with BfR 36, FDA CFR 21 § 176.170 und 176.180, EU 10/2011 regulations.
Sealcoat® SL 251
Chemical characterization:
Modified Alkene-Acrylic Acid-Copolymer
Appearance: yellowish, viscous liquid
Dry solids: 25 ± 1
Viscosity: 200 ± 100
pH: 8.5 ± 1
Density: 1.00 ± 0.03
Net charge: a
Description / Application
Suitable for water vapour barrier coatings (WVTR), precoat lacquer for metallization, water repellency of board and paper surfaces, heat-sealable, complies with BfR 36, FDA CFR 21 § 176.170 und 176.180, EU 10/2011 regulations.
Sealcoat® HS 25
Chemical characterization:
Modified Vinylacetate-Copolymer
Appearance: clear solution
Dry solids: 24.5 ± 1
Viscosity: 2750 ± 750
pH: 5.5 ± 1
Density: 1.06 ± 0.03
Net charge: n
Description / Application
Very good oxygen and mineral oil barriers (MOSH/MOAH), complies with BfR 36, FDA CFR 21 § 176.170 und 176.180, EU 10/2011 regulations.
Solids content in %, Brookfield viscosity in mPa.s 100 rpm, column 3, density in g/cm³, ionogenicity: n = non-ionic, a = anionic, k = cationic
Eporit® L 100
Chemical characterization:
Bisphenol-A-diglycidetheremulsion
Appearance: white dispersion
Dry solids: 60 ± 1
Viscosity: 3500 ± 500
pH: 7.5 ± 1
Density: 1.08 ± 0.03
Description / Application
BPA Epoxy resin emulsion with high electrolyte stability for high-wet strengt and alkali resistant paper coatings. Excellent crosslinker for carboxylated SB- and SA-dispersions. Also used for bonding improvement in texile finishing and coating.
Eporit® AF 100
Chemical characterization:
Bisphenol-A/F-diglycidetheremulsion
Appearance: white dispersion
Dry solids: 60 ± 1
Viscosity: 3500 ± 500
pH: 7.5 ± 1
Density: 1.08 ± 0.03
Description / Application
BPA/F Epoxy resin emulsion with high electrolyte stability for high-wet strengt and alkali resistant paper coatings. Excellent crosslinker for carboxylated SB- and SA-dispersions. Also used for bonding improvement in texile finishing and coating.
Eporit® F 100
Chemical characterization:
Bisphenol-F-diglycidetheremulsion
Appearance: yellowish, viscous liquid
Dry solids: 60 ± 1
Viscosity: 3500 ± 500
pH: 7.5 ± 1
Density: 1.08 ± 0.03
Description / Application
BPF Epoxy resin emulsion with high electrolyte stability for high-wet strengt and alkali resistant paper coatings. Excellent crosslinker for carboxylated SB- and SA-dispersions. Also used for bonding improvement in texile finishing and coating.
Eporit® GE 45
Chemical characterization:
Pentaerythrite-Epichlorohydrinepolymer
Appearance: yellowish liquid
Dry solids: ca. 99
Viscosity: 1050 ± 150
pH: –
Density: 1.24 ± 0.02
Description / Application
Epoxy resin for high-wet strengt and alkali resistant paper coatings. Excellent crosslinker for carboxylated SB- and SA-dispersions. Improves water and alkali resistance of coated papers. Also used for bonding improvement in texile finishing and coating.
TexCross AI 45
Chemical characterization:
Blocked Aliphatic Polyisocyanate
Appearance: turbid liquid
Dry solids: 40 ± 1
Viscosity: <1500
pH: 7.5 ± 1
Density: –
Description / Application
Reactive blockes crosslinker with improved reactivity, co-solvent free and thermostability (yellowing) for PU-based textile coatings. Deblocking temperature 120°C.
TexCross HM 45
Chemical characterization:
Hydrophilic aliphatic Polyisocyanate
Appearance: turbid liquid
Dry solids: 100
Viscosity: 1250 ± 300
pH: –
Density: 1.15 ± 0.03
Description / Application
HDI-based Polyisocyanate emulsifiable in almost all kinds of polymer dispersions. Increases the chemical and mechanical resistance of the bonds.
TexCross IB 25
Chemical characterization:
Waterborne Suspension of a TDI-Dimer
Appearance: weisse Flüssigkeit
Dry solids: 40 ± 1
Viscosity: < 1000
pH: 9.5 ± 1
Density: 1.15 ± 0.03
Description / Application
Crosslinker for the production of latently-reactive adhesive films.
TexCross IP 100
Chemical characterization:
Aliphatic Polyisocyanate
Appearance: turbid liquid
Dry solids: 100
Viscosity: 730 ± 300
pH: –
Density: 1.15 ± 0.02
Description / Application
HDI-based Polyisocyanate showing very good chemical and mechanical resistance. Interacts best with Polyacrylate- or Polyesterpolyols.
TexCross IP 105
Chemical characterization:
Hydrophilic aliphatic Polyisocyanate
Appearance: turbid liquid
Dry solids: 100
Viscosity: 2800 ± 800
pH: –
Density: 1.16 ± 0.03
Description / Application
HDI-based Polyisocyanate used as crosslinker for polyol-based binder. Self emulsifying in water due to ist hydrophilic character.
Solids content in %, Brookfield viscosity in mPa.s 100 rpm, column 3, density in g/cm³, ionogenicity: n = non-ionic, a = anionic, k = cationic
Particle size: measured by laser diffraction
