- 1:
Anwendungen.- 1.1: Bauchemie.
- 1.2: Bodenbeläge.
- 1.3: Filtration.
- 1.4: Wood-Plastic-Composite.
- 1.4.1: Holzfaserstoffe.
- 1.4.2: WPC-Granulat.
- 1.4.1:
- 1.5: Kunststoffe.
- 1.6: Kartonagen.
- 1.7: Reinigungsmittel.
- 1.8: Samenherstellung.
- 1.9: Schweißelektroden.
- 1.10: Sonstige.
- 1.11: Wanddekoration.
- 1.1:
- 2: Produkte.
- 2.1: Jelucel.
- 2.1.1: Jelucel H.
- 2.1.2: Jelucel HM Pulvertypen.
- 2.1.3: Jelucel HM Fasertypen.
- 2.1.4: Jelucel HM T1 Pulvertypen.
- 2.1.5: Jelucel HM T1 Fasertypen.
- 2.1.1:
- 2.2: Jeluxyl.
- 2.2.1: Jeluxyl OM .
- 2.2.2: Jeluxyl HAHO .
- 2.2.3: Jeluxyl HW.
- 2.2.4: Jeluxyl WEHO .
- 2.2.1:
- 2.1:
Jelucel HM T1
JELUCEL | HM | HM | HM | HM | HM | ||
Cellulosegehalt | [%] | ~ 99,5 | ~ 99,5 | ~ 99,5 | ~ 99,5 | ~ 99,5 | |
Weiße | [%] | ~ 92 | ~ 92 | ~ 92 | ~ 92 | ~ 92 | |
Glührückstand | [%] | ~ 0,3 | ~ 0,3 | ~ 0,3 | ~ 0,3 | ~ 0,3 | |
Trockenverlust | [%] | ~ 5 | ~ 5 | ~ 5 | ~ 5 | ~ 5 | |
Schüttgewicht | [g/l] | ~ 55 | ~ 50 | ~ 45 | ~ 30 | ~ 30 | |
pH-Wert | ~ 6 | ~ 6 | ~ 6 | ~ 6 | ~ 6 | ||
Aussehen | Fasern | Fasern | Fasern | Fasern | Fasern | ||
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32 µm | [%] | ~ 75 | ~ 80 | ~ 85 | ~ 90 | ~ 95 | |
100 µm | [%] | ||||||
150 µm | [%] | ||||||
200 µm | [%] | ~ 10 | ~ 20 | ~ 30 | ~ 50 | ~ 60 | |
500 µm | [%] | ~ 0,5 | |||||
1000 µm | [%] | ~ 1 | ~ 4 | ||||
2000 µm | [%] | ~ 0,5 | ~ 1,0 | ||||
