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This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 36 |
B (I.D) | 15 |
L | 3000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 36 |
B (I.D) | 15 |
L | 5000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 36 |
B (I.D) | 15 |
L | 10000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 42 |
B (I.D) | 18 |
L | 1000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 42 |
B (I.D) | 18 |
L | 2000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 42 |
B (I.D) | 18 |
L | 3000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 42 |
B (I.D) | 18 |
L | 5000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 42 |
B (I.D) | 18 |
L | 10000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 50 |
B (I.D) | 25 |
L | 1000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 50 |
B (I.D) | 25 |
L | 2000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 50 |
B (I.D) | 25 |
L | 3000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 50 |
B (I.D) | 25 |
L | 5000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 50 |
B (I.D) | 25 |
L | 10000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 60 |
B (I.D) | 32 |
L | 1000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 60 |
B (I.D) | 32 |
L | 2000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 60 |
B (I.D) | 32 |
L | 3000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 60 |
B (I.D) | 32 |
L | 5000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 60 |
B (I.D) | 32 |
L | 10000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 75 |
B (I.D) | 38 |
L | 1000 |
This hose is used to connect the pump to the chamber during vacuum evacuation.
NW / KF 16 to NW / KF 50 are standardized.
The length of hose can be extended in 1m increments.
*Up to 10m.
*Except RH38 and 50.
Please use the dedicated hose clamp for fixing.
Use for low vacuum applications.
No data such as leakage rate is available.
Main materials | Thermoplastic elastomer (TPE) |
---|---|
Maximum temperature | 80℃ |
RoHS2 corresponding | ○ |
A (O.D) | 100 |
B (I.D) | 50 |
L | 1000 |