Artikelnr.
JRRM-121-135
Einheit
15 x 20 g (powder)
Transportdaten
No Dangerous Good
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Inhalte
| Analyt | CAS-Nummer | Konzentration | Einheit | Zusätzliche Informationen | Methode |
|---|---|---|---|---|---|
Loss on Ignition (LOI)
|
~0,05 | % | JRRM-121: Refractory, CRM, Fireclay | ||
Al2O3
|
6,07 | % | JRRM-121: Refractory, CRM, Fireclay | ||
CaO
|
1,96 | % | JRRM-121: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,01 | % | JRRM-121: Refractory, CRM, Fireclay | ||
Fe2O3
|
0,4 | % | JRRM-121: Refractory, CRM, Fireclay | ||
K2O
|
0,23 | % | JRRM-121: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,12 | % | JRRM-121: Refractory, CRM, Fireclay | |
MnO
|
0,02 | % | JRRM-121: Refractory, CRM, Fireclay | ||
Na2O
|
3,2 | % | JRRM-121: Refractory, CRM, Fireclay | ||
P2O5
|
0,32 | % | JRRM-121: Refractory, CRM, Fireclay | ||
SiO2
|
86,3 | % | JRRM-121: Refractory, CRM, Fireclay | ||
TiO2
|
0,05 | % | JRRM-121: Refractory, CRM, Fireclay | ||
ZrO2
|
1,11 | % | JRRM-121: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,12 | % | JRRM-122: Refractory, CRM, Fireclay | ||
Al2O3
|
10,2 | % | JRRM-122: Refractory, CRM, Fireclay | ||
CaO
|
0,43 | % | JRRM-122: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,81 | % | JRRM-122: Refractory, CRM, Fireclay | ||
Fe2O3
|
0,24 | % | JRRM-122: Refractory, CRM, Fireclay | ||
K2O
|
2,05 | % | JRRM-122: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,65 | % | JRRM-122: Refractory, CRM, Fireclay | |
MnO
|
0,2 | % | JRRM-122: Refractory, CRM, Fireclay | ||
Na2O
|
1,04 | % | JRRM-122: Refractory, CRM, Fireclay | ||
P2O5
|
4,89 | % | JRRM-122: Refractory, CRM, Fireclay | ||
SiO2
|
78,2 | % | JRRM-122: Refractory, CRM, Fireclay | ||
TiO2
|
1,03 | % | JRRM-122: Refractory, CRM, Fireclay | ||
ZrO2
|
0,2 | % | JRRM-122: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,03 | % | JRRM-123: Refractory, CRM, Fireclay | ||
Al2O3
|
13,3 | % | JRRM-123: Refractory, CRM, Fireclay | ||
CaO
|
0,13 | % | JRRM-123: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,01 | % | JRRM-123: Refractory, CRM, Fireclay | ||
Fe2O3
|
4,13 | % | JRRM-123: Refractory, CRM, Fireclay | ||
K2O
|
0,1 | % | JRRM-123: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 1,32 | % | JRRM-123: Refractory, CRM, Fireclay | |
MnO
|
0,01 | % | JRRM-123: Refractory, CRM, Fireclay | ||
Na2O
|
0,29 | % | JRRM-123: Refractory, CRM, Fireclay | ||
P2O5
|
0,8 | % | JRRM-123: Refractory, CRM, Fireclay | ||
SiO2
|
79,1 | % | JRRM-123: Refractory, CRM, Fireclay | ||
TiO2
|
0,45 | % | JRRM-123: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,1 | % | JRRM-124: Refractory, CRM, Fireclay | ||
Al2O3
|
16,5 | % | JRRM-124: Refractory, CRM, Fireclay | ||
CaO
|
1,09 | % | JRRM-124: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,11 | % | JRRM-124: Refractory, CRM, Fireclay | ||
Fe2O3
|
2,6 | % | JRRM-124: Refractory, CRM, Fireclay | ||
K2O
|
1,79 | % | JRRM-124: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,1 | % | JRRM-124: Refractory, CRM, Fireclay | |
MnO
|
0,24 | % | JRRM-124: Refractory, CRM, Fireclay | ||
Na2O
|
0,31 | % | JRRM-124: Refractory, CRM, Fireclay | ||
P2O5
|
0,19 | % | JRRM-124: Refractory, CRM, Fireclay | ||
SiO2
|
73,9 | % | JRRM-124: Refractory, CRM, Fireclay | ||
TiO2
|
2,74 | % | JRRM-124: Refractory, CRM, Fireclay | ||
ZrO2
|
0,11 | % | JRRM-124: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,07 | % | JRRM-125: Refractory, CRM, Fireclay | ||
Al2O3
|
18,7 | % | JRRM-125: Refractory, CRM, Fireclay | ||
CaO
|
0,13 | % | JRRM-125: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,01 | % | JRRM-125: Refractory, CRM, Fireclay | ||
Fe2O3
|
0,5 | % | JRRM-125: Refractory, CRM, Fireclay | ||
K2O
|
0,69 | % | JRRM-125: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,08 | % | JRRM-125: Refractory, CRM, Fireclay | |
Na2O
|
0,07 | % | JRRM-125: Refractory, CRM, Fireclay | ||
P2O5
|
0,04 | % | JRRM-125: Refractory, CRM, Fireclay | ||
SiO2
|
79,2 | % | JRRM-125: Refractory, CRM, Fireclay | ||
TiO2
|
0,3 | % | JRRM-125: Refractory, CRM, Fireclay | ||
ZrO2
|
0,02 | % | JRRM-125: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,17 | % | JRRM-126: Refractory, CRM, Fireclay | ||
Al2O3
|
21,3 | % | JRRM-126: Refractory, CRM, Fireclay | ||
CaO
|
0,45 | % | JRRM-126: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,65 | % | JRRM-126: Refractory, CRM, Fireclay | ||
Fe2O3
|
3,34 | % | JRRM-126: Refractory, CRM, Fireclay | ||
K2O
|
3,13 | % | JRRM-126: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,12 | % | JRRM-126: Refractory, CRM, Fireclay | |
MnO
|
0,03 | % | JRRM-126: Refractory, CRM, Fireclay | ||
Na2O
|
0,28 | % | JRRM-126: Refractory, CRM, Fireclay | ||
P2O5
|
0,49 | % | JRRM-126: Refractory, CRM, Fireclay | ||
SiO2
|
66,9 | % | JRRM-126: Refractory, CRM, Fireclay | ||
TiO2
|
2,84 | % | JRRM-126: Refractory, CRM, Fireclay | ||
ZrO2
|
0,04 | % | JRRM-126: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,07 | % | JRRM-127: Refractory, CRM, Fireclay | ||
Al2O3
|
23 | % | JRRM-127: Refractory, CRM, Fireclay | ||
CaO
|
0,18 | % | JRRM-127: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,27 | % | JRRM-127: Refractory, CRM, Fireclay | ||
Fe2O3
|
0,92 | % | JRRM-127: Refractory, CRM, Fireclay | ||
K2O
|
0,54 | % | JRRM-127: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,15 | % | JRRM-127: Refractory, CRM, Fireclay | |
MnO
|
0,17 | % | JRRM-127: Refractory, CRM, Fireclay | ||
Na2O
|
1,75 | % | JRRM-127: Refractory, CRM, Fireclay | ||
P2O5
|
1,78 | % | JRRM-127: Refractory, CRM, Fireclay | ||
SiO2
|
68,5 | % | JRRM-127: Refractory, CRM, Fireclay | ||
TiO2
|
2,19 | % | JRRM-127: Refractory, CRM, Fireclay | ||
ZrO2
|
0,04 | % | JRRM-127: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,02 | % | JRRM-128: Refractory, CRM, Fireclay | ||
Al2O3
|
26 | % | JRRM-128: Refractory, CRM, Fireclay | ||
CaO
|
2,8 | % | JRRM-128: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,85 | % | JRRM-128: Refractory, CRM, Fireclay | ||
Fe2O3
|
4,45 | % | JRRM-128: Refractory, CRM, Fireclay | ||
K2O
|
1,84 | % | JRRM-128: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 3,1 | % | JRRM-128: Refractory, CRM, Fireclay | |
MnO
|
0,24 | % | JRRM-128: Refractory, CRM, Fireclay | ||
Na2O
|
0,37 | % | JRRM-128: Refractory, CRM, Fireclay | ||
P2O5
|
3,36 | % | JRRM-128: Refractory, CRM, Fireclay | ||
SiO2
|
54,3 | % | JRRM-128: Refractory, CRM, Fireclay | ||
TiO2
|
1,37 | % | JRRM-128: Refractory, CRM, Fireclay | ||
ZrO2
|
1,01 | % | JRRM-128: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,11 | % | JRRM-129: Refractory, CRM, Fireclay | ||
Al2O3
|
30,1 | % | JRRM-129: Refractory, CRM, Fireclay | ||
CaO
|
0,15 | % | JRRM-129: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,1 | % | JRRM-129: Refractory, CRM, Fireclay | ||
Fe2O3
|
1,46 | % | JRRM-129: Refractory, CRM, Fireclay | ||
K2O
|
1,92 | % | JRRM-129: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 2,23 | % | JRRM-129: Refractory, CRM, Fireclay | |
MnO
|
0,01 | % | JRRM-129: Refractory, CRM, Fireclay | ||
Na2O
|
0,23 | % | JRRM-129: Refractory, CRM, Fireclay | ||
P2O5
|
0,2 | % | JRRM-129: Refractory, CRM, Fireclay | ||
SiO2
|
62,2 | % | JRRM-129: Refractory, CRM, Fireclay | ||
TiO2
|
0,96 | % | JRRM-129: Refractory, CRM, Fireclay | ||
ZrO2
|
0,11 | % | JRRM-129: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,11 | % | JRRM-130: Refractory, CRM, Fireclay | ||
Al2O3
|
32,7 | % | JRRM-130: Refractory, CRM, Fireclay | ||
CaO
|
1,95 | % | JRRM-130: Refractory, CRM, Fireclay | ||
Cr2O3
|
1,05 | % | JRRM-130: Refractory, CRM, Fireclay | ||
Fe2O3
|
0,53 | % | JRRM-130: Refractory, CRM, Fireclay | ||
K2O
|
1,42 | % | JRRM-130: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,61 | % | JRRM-130: Refractory, CRM, Fireclay | |
MnO
|
0,37 | % | JRRM-130: Refractory, CRM, Fireclay | ||
Na2O
|
2,32 | % | JRRM-130: Refractory, CRM, Fireclay | ||
P2O5
|
0,91 | % | JRRM-130: Refractory, CRM, Fireclay | ||
SiO2
|
53,4 | % | JRRM-130: Refractory, CRM, Fireclay | ||
TiO2
|
3,35 | % | JRRM-130: Refractory, CRM, Fireclay | ||
ZrO2
|
0,83 | % | JRRM-130: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,17 | % | JRRM-131: Refractory, CRM, Fireclay | ||
Al2O3
|
36,6 | % | JRRM-131: Refractory, CRM, Fireclay | ||
CaO
|
0,78 | % | JRRM-131: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,07 | % | JRRM-131: Refractory, CRM, Fireclay | ||
Fe2O3
|
2,2 | % | JRRM-131: Refractory, CRM, Fireclay | ||
K2O
|
2,61 | % | JRRM-131: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 1,02 | % | JRRM-131: Refractory, CRM, Fireclay | |
MnO
|
0,03 | % | JRRM-131: Refractory, CRM, Fireclay | ||
Na2O
|
0,76 | % | JRRM-131: Refractory, CRM, Fireclay | ||
P2O5
|
1,61 | % | JRRM-131: Refractory, CRM, Fireclay | ||
SiO2
|
52,7 | % | JRRM-131: Refractory, CRM, Fireclay | ||
TiO2
|
1,16 | % | JRRM-131: Refractory, CRM, Fireclay | ||
ZrO2
|
0,26 | % | JRRM-131: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,15 | % | JRRM-132: Refractory, CRM, Fireclay | ||
Al2O3
|
39,1 | % | JRRM-132: Refractory, CRM, Fireclay | ||
CaO
|
1,29 | % | JRRM-132: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,11 | % | JRRM-132: Refractory, CRM, Fireclay | ||
Fe2O3
|
1,64 | % | JRRM-132: Refractory, CRM, Fireclay | ||
K2O
|
0,79 | % | JRRM-132: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,34 | % | JRRM-132: Refractory, CRM, Fireclay | |
MnO
|
0,11 | % | JRRM-132: Refractory, CRM, Fireclay | ||
Na2O
|
2,16 | % | JRRM-132: Refractory, CRM, Fireclay | ||
P2O5
|
2,38 | % | JRRM-132: Refractory, CRM, Fireclay | ||
SiO2
|
50,6 | % | JRRM-132: Refractory, CRM, Fireclay | ||
TiO2
|
0,29 | % | JRRM-132: Refractory, CRM, Fireclay | ||
ZrO2
|
0,75 | % | JRRM-132: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,08 | % | JRRM-133: Refractory, CRM, Fireclay | ||
Al2O3
|
39 | % | JRRM-133: Refractory, CRM, Fireclay | ||
CaO
|
0,1 | % | JRRM-133: Refractory, CRM, Fireclay | ||
Cr2O3
|
1,27 | % | JRRM-133: Refractory, CRM, Fireclay | ||
Fe2O3
|
3,69 | % | JRRM-133: Refractory, CRM, Fireclay | ||
K2O
|
0,91 | % | JRRM-133: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 2,03 | % | JRRM-133: Refractory, CRM, Fireclay | |
MnO
|
0,01 | % | JRRM-133: Refractory, CRM, Fireclay | ||
Na2O
|
0,33 | % | JRRM-133: Refractory, CRM, Fireclay | ||
P2O5
|
0,34 | % | JRRM-133: Refractory, CRM, Fireclay | ||
SiO2
|
50,1 | % | JRRM-133: Refractory, CRM, Fireclay | ||
TiO2
|
1,93 | % | JRRM-133: Refractory, CRM, Fireclay | ||
ZrO2
|
0,57 | % | JRRM-133: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,14 | % | JRRM-134: Refractory, CRM, Fireclay | ||
Al2O3
|
44,3 | % | JRRM-134: Refractory, CRM, Fireclay | ||
CaO
|
0,2 | % | JRRM-134: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,24 | % | JRRM-134: Refractory, CRM, Fireclay | ||
Fe2O3
|
1,07 | % | JRRM-134: Refractory, CRM, Fireclay | ||
K2O
|
0,37 | % | JRRM-134: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 0,2 | % | JRRM-134: Refractory, CRM, Fireclay | |
MnO
|
0,24 | % | JRRM-134: Refractory, CRM, Fireclay | ||
Na2O
|
0,13 | % | JRRM-134: Refractory, CRM, Fireclay | ||
P2O5
|
3,83 | % | JRRM-134: Refractory, CRM, Fireclay | ||
SiO2
|
47,2 | % | JRRM-134: Refractory, CRM, Fireclay | ||
TiO2
|
1,74 | % | JRRM-134: Refractory, CRM, Fireclay | ||
ZrO2
|
0,35 | % | JRRM-134: Refractory, CRM, Fireclay | ||
Loss on Ignition (LOI)
|
~0,18 | % | JRRM-135: Refractory, CRM, Fireclay | ||
Al2O3
|
48,9 | % | JRRM-135: Refractory, CRM, Fireclay | ||
CaO
|
2,36 | % | JRRM-135: Refractory, CRM, Fireclay | ||
Cr2O3
|
0,42 | % | JRRM-135: Refractory, CRM, Fireclay | ||
Fe2O3
|
3,05 | % | JRRM-135: Refractory, CRM, Fireclay | ||
K2O
|
2,77 | % | JRRM-135: Refractory, CRM, Fireclay | ||
MgO
|
[1309-48-4] | 1,24 | % | JRRM-135: Refractory, CRM, Fireclay | |
MnO
|
0,04 | % | JRRM-135: Refractory, CRM, Fireclay | ||
Na2O
|
2,87 | % | JRRM-135: Refractory, CRM, Fireclay | ||
P2O5
|
0,48 | % | JRRM-135: Refractory, CRM, Fireclay | ||
SiO2
|
37,2 | % | JRRM-135: Refractory, CRM, Fireclay | ||
TiO2
|
0,07 | % | JRRM-135: Refractory, CRM, Fireclay | ||
ZrO2
|
0,2 | % | JRRM-135: Refractory, CRM, Fireclay |
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