Tylose®HS 6000 YP2

Product Properties

Constitution: Hydroxyethyl cellulose
Appearance: powder
Etherification: high
Particle size: powder
Delayed solubility: yes
Level of viscosity:
according to Höppler
6000 mPa•s

Tylose® HS grades – water soluble, non-ionic, hydroxyethyl cellulose with increased biostability

Application performance
Building materials
Consistency development: fast
Final consistency: low
Sag resistance: low
Water demand: low
Water retention: high
Influence on cement hydration: moderate
Heat stability: very high
Coating materials
Biostability: yes
Gloss: high
Pigment Compatibility: high
Anti-spattering: good
Pseudoplasticity: low
Thickening effect: moderate
Wet scrub resistance: moderate
Water retention: moderate
Personal and home care
Thickening effect: moderate
Higher purity: No
Clarity of the solution: high
Stabilization of foam: moderate
Pseudoplasticity: moderate
Compatibility with salts: high
Compatibility with surfactants: high
Recommended fields of application
Building materials
Cemulsion decorative render
Coating materials
Glazes
Powder paints
Solid paints
Tinters
Personal and home care
Liquid detergents
Toilet cleaners / WC-gels
Nomenclature Information
Type of ether Viscosity level Chemical refinement
M Methyl 60000

The viscosity level

is based on

Hoeppler: 2%

solution of the

commercial product

with 5% moisture

content, 20ºC,

20º dH

(German hardness)

Y Delayed solubility products
H Hydroxyethyl 30000 K Readily soluble granules
O Hydroxypropyl 15000 N non-delayed solubility products
A Allyl 10000 (only for Tylose H grades) *
X Hydrophobe 6000
etherification 4000 Degree of particle size
2000 Types of granules:
Degree of 1000 G4 Granules (< 500 μm)
B etherification 300 G6 Granules (< 400 μm)
F Special higher 200 G6 Granules (< 400 μm)
S degrees of . Powder types:
T etherification, . P2 Powder (< 180 μm)
depending on the . P3 Fine Powder (< 125 μm)
individual type of 01 P4 Fine powder (< 125 μm)
ether 02 P6 Ultra fine powder (< 100 μm)
03
04
.
.
.

* Tylose MH and MO Grades are not explicitly marked by ”N”, even if these products are ”non-delayed solubility products”.