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S 10 N - 10 G Dispersing element |
Dispersing element |
S 10 N – 10 G |
Ident. No. |
3370100 |
Suitable for dispersing instrument |
T 10 basic |
Working range |
1 – 100 ml |
Stator diameter |
10 mm |
Rotor diameter |
7,6 mm |
Gap between rotor and stator |
0,2 mm |
Min. / max. immersion depth |
20 / 100 mm |
Shaft length |
115 mm |
Materials in contact with medium |
PTFE, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
yes |
Max. temperature |
180 °C |
Sterilization methods |
all methods |
Min. vacuum |
– |
Max. pressure |
– |
Ultimate fineness, suspensions |
5 – 25 µm |
Ultimate fineness, emulsions |
1 – 10 µm |
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S 10 N - 5 G Dispersing element |
Dispersing element |
S 10 N – 5 G |
Ident. No. |
3304000 |
Suitable for dispersing instrument |
T 10 basic |
Working range |
0,5 – 10 ml |
Stator diameter |
5 mm |
Rotor diameter |
3,8 mm |
Gap between rotor and stator |
0,1 mm |
Min. / max. immersion depth |
20 / 75 mm |
Shaft length |
92 mm |
Materials in contact with medium |
PTFE, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
yes |
Max. temperature |
180 °C |
Sterilization methods |
all methods |
Min. vacuum |
– |
Max. pressure |
– |
Ultimate fineness, suspensions |
5 – 25 µm |
Ultimate fineness, emulsions |
1 – 10 µm |
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S 10 N - 8 G Dispersing element |
Dispersing element |
S 10 N – 8 G |
Ident. No. |
3305500 |
Suitable for dispersing instrument |
T 10 basic |
Working range |
1 – 50 ml |
Stator diameter |
8 mm |
Rotor diameter |
6,1 mm |
Gap between rotor and stator |
0,25 mm |
Min. / max. immersion depth |
20 / 95 mm |
Shaft length |
115 mm |
Materials in contact with medium |
PTFE, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
yes |
Max. temperature |
180 °C |
Sterilization methods |
all methods |
Min. vacuum |
– |
Max. pressure |
– |
Ultimate fineness, suspensions |
5 – 25 µm |
Ultimate fineness, emulsions |
1 – 10 µm |
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For disperser |
Dispersing element shaft |
Seals |
Diameter stator |
Degree of fineness achieved |
Material |
T 10 |
S 10 |
D = without seal |
7 |
G = coarse |
KS = plastic |
T 18 |
S 18 |
D = without seal |
14-Oct |
G = coarse |
KS = plastic |
T 25 |
S 25 |
D = without seal |
14-Oct |
G = coarse |
KS = plastic |
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S 18 D - 10 G - KS Dispersing element |
Plastic dispersing elements are ideal for those applications where absolutely no cross-contamination is permitted. They are disposable and can be thrown away after a single use. The element is disposable and designed for one-way use. However, it can be re-used several times in applications where this is permitted. If you decide to re-use the element, make sure that you follow the cleaning instructions carefully. Example use: homogenizing tissue samples.
incl. 1 Disposable tube
Plastic materials used approved by FDA.
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Dispersing element |
S 18 D – 10 G – KS |
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Suitable for dispersing instrument |
T 18 basic |
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Working range |
10 – 100 ml |
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Stator diameter |
10 mm |
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Rotor diameter |
6,75 mm |
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Min. / max. immersion depth |
15 / 85 mm |
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Shaft length |
150 mm |
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Materials in contact with medium |
Polycarbonate (PC) |
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Polyetheretherketon (PEEK) |
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Max. temperature |
100 °C |
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Sterilization methods |
yes, autoclavable |
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S 18 D - 10 G - KS Dispersing element |
incl. 1 Disposable tube
Plastic materials used approved by FDA.
Dispersing element |
S 18 D – 10 G – KS |
Suitable for dispersing instrument |
T 18 basic |
Working range |
10 – 100 ml |
Stator diameter |
10 mm |
Rotor diameter |
6,75 mm |
Min. / max. immersion depth |
15 / 85 mm |
Shaft length |
150 mm |
Materials in contact with medium |
Polycarbonate (PC) |
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Polyetheretherketon (PEEK) |
Max. temperature |
100 °C |
Sterilization methods |
yes, autoclavable |
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S 25 D - 14 G - KS Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
incl. 1 Disposable tube
Plastic materials used approved by FDA.
Dispersing element |
S 25 D – 14 G – KS |
Suitable for dispersing instrument |
T 25 digital |
Working range |
10 – 500 ml |
Stator diameter |
14 mm |
Rotor diameter |
9,5 mm |
Min. / max. immersion depth |
15 / 85 mm |
Shaft length |
150 mm |
Materials in contact with medium |
Polycarbonate (PC) |
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Polyetheretherketon (PEEK) |
Max. temperature |
100 °C |
Sterilization methods |
yes, autoclavable |
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S 18 N - 10 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
Dispersing element |
S 18 N – 10 G |
Ident. No. |
L004639 |
Fig. |
without fig. |
Suitable for dispersing instrument |
T 18 basic |
Working range |
1 – 100 ml |
Stator diameter |
10 mm |
Rotor diameter |
7,5 mm |
Gap between rotor and stator |
0,35 mm |
Circumferential speed |
9,4 m/s |
Min. / max. immersion depth |
25 / 70 mm |
Shaft length |
108 mm |
Materials in contact with medium |
PTFE, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
yes |
Max. temperature |
180 °C |
Sterilization methods |
all methods |
Min. vacuum |
– |
Max. pressure |
– |
Ultimate fineness, suspensions |
10 – 50 µm |
Ultimate fineness, emulsions |
1 – 10 µm |
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S 18 N - 19 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
Dispersing element |
S 18 N – 19 G |
Ident. No. |
L004640 |
Fig. |
without fig. |
Suitable for dispersing instrument |
T 18 basic |
Working range |
10 – 1.500 ml |
Stator diameter |
19 mm |
Rotor diameter |
12,7 mm |
Gap between rotor and stator |
0,4 mm |
Circumferential speed |
15,9 m/s |
Min. / max. immersion depth |
35 / 170 mm |
Shaft length |
204 mm |
Materials in contact with medium |
PTFE, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
yes |
Max. temperature |
180 °C |
Sterilization methods |
all methods |
Min. vacuum |
– |
Max. pressure |
– |
Ultimate fineness, suspensions |
10 – 50 µm |
Ultimate fineness, emulsions |
1 – 10 µm |
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S 25 KV - 18 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
Dispersing element |
S 25 KV – 18 G |
Ident. No. |
2348000 |
Fig. |
without fig. |
Suitable for dispersing instrument |
T 25 digital |
Working range |
10 – 1.500 ml |
Stator diameter |
18 mm |
Rotor diameter |
12,7 mm |
Gap between rotor and stator |
0,3 mm |
Circumferential speed |
15,9 m/s |
Min. / max. immersion depth |
40 / 225 mm |
Shaft length |
270 mm |
Materials in contact with medium |
FFPM / SIC, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
no |
Max. temperature |
220 °C |
Sterilization methods |
wet chemical |
Min. vacuum |
1 mbar |
Max. pressure |
6 bar |
Ultimate fineness, suspensions |
10 – 50 µm |
Ultimate fineness, emulsions |
1 – 10 µm |
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Please review these other products:
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S 25 KV - 25 F - IL Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
Dispersing element |
S 25 KV – 25 F – IL |
Ident. No. |
2830200 |
Fig. |
without fig. |
Suitable for dispersing instrument |
T 25 digital |
Working range |
Inline |
Stator diameter |
25 mm |
Rotor diameter |
18 mm |
Gap between rotor and stator |
0,5 mm |
Circumferential speed |
22,6 m/s |
Min. / max. immersion depth |
40 / 85 mm |
Shaft length |
110 mm |
Materials in contact with medium |
FFPM / SIC, AISI 316L |
pH range |
2 – 13 |
Suitable for solvents |
yes |
Suitable for abrasive substances |
no |
Max. temperature |
220 °C |
Sterilization methods |
wet chemical |
Min. vacuum |
1 mbar |
Max. pressure |
6 bar |
Ultimate fineness, suspensions |
5 – 25 µm |
Ultimate fineness, emulsions |
1 – 5 µm |
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Please review these other products:
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S 25 KV - 25 F Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
Please review these other products:
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S 25 KV – 25 G – IL Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals.
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S 25 KV - 25 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 25 N - 10 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 25 N - 18 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 25 N - 25 F Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 25 N - 25 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 25 N - 8 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 25 NK - 19 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
Please review these other products: |
T 25 digital ULTRA-TURRAX® |
The new ULTRA -TURRAX® high-performance disperser by IKA®
- For volumes of 1 to 2.000 ml (H2O) |
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S 50 KR - G 45 F Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 50 KR - G 45 M Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 50 N - G 45 F Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
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S 50 N - G 45 G Dispersing element |
The variety of media to be processed also requires a variety of rotor-stator configurations and seals. In many cases it is neccessary to use subsequently two dispersing elements, for pre-crushing and fine crushing. The plug-in connectors facilitate the exchange of the dispersing elements.
Please review these other products:
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