Tylose® MH 60010 P4
Product Properties
| Constitution: | Methyl hydroxyethyl cellulose modified |
| Appearance: | powder |
| Etherification: | standard |
| Particle size: | fine powder |
| Delayed solubility: | no |
|
Level of viscosity: according to Höppler |
60000 mPa•s |
Tylose® MH grades – water soluble, non-ionic, methyl hydroxyethyl cellulose with standard etherification.
| Application performance | |
| Building materials | |
| Consistency development: | very fast |
| Final consistency: | high |
| Sag resistance: | moderate |
| Water demand: | high |
| Water retention: | very high |
| Influence on cement hydration: | moderate |
| Heat stability: | standard |
| Recommended fields of application |
| Building materials |
| Cement render |
| Cement tile adhesive standard |
| Gypsum hand plaster |
| Gypsum joint compound |
| Gypsum mounting binder |
| Gypsum spray plaster |
| Gypsum trowelling compound |
| 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 | |||||
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| . | |||||
| . | |||||
* Tylose MH and MO Grades are not explicitly marked by ”N”, even if these products are ”non-delayed solubility products”.