
28 mins read
Conductivity Calibration and Verification for Routine Laboratory Measurement
Conductivity Calibration and Verification for Routine Laboratory Measurement
Bore
Int. tubing Ø
Length
Specifications
Compare models£0.89
Inc. VAT
£0.89Inc. VAT
The Kartell Tubing Connector PP L for Tube, ID 8/9 mm is designed to provide secure, leak-proof connections for fluid systems in laboratory environments. Made from durable polypropylene (PP), this L-shaped connector offers excellent chemical resistance and reliability, making it perfect for connecting 8/9 mm inner diameter tubing in various laboratory applications.
This L-shaped tubing connector provides a reliable and durable solution for connecting and directing fluid flow in laboratory applications, ensuring secure and leak-proof connections over extended use.
Manufacturer P/N
0125300
Part Number
9.207 254
Manufacturer
Kartell
Bore
6.0 mm
Manufacturer P/N
0125200
Part Number
9.207 253
Manufacturer
Kartell
Bore
4.5 mm
Manufacturer P/N
0125400
Part Number
9.207 255
Manufacturer
Kartell
Bore
8.0 mm
Manufacturer P/N
0125000
Part Number
9.207 251
Manufacturer
Kartell
Bore
1.3 mm
Manufacturer P/N
0125100
Part Number
9.207 252
Manufacturer
Kartell
Bore
2.5 mm
Manufacturer P/N
0125600
Part Number
9.207 257
Manufacturer
Kartell
Bore
11.6 mm
Manufacturer P/N
0125500
Part Number
9.207 256
Manufacturer
Kartell
Bore
10.5 mm
It is designed to provide secure, leak-proof connections for fluid systems in laboratory environments. Made from durable polypropylene (PP), this L-shaped connector offers excellent chemical resistance and reliability, making it perfect for connecting 8/9 mm inner diameter tubing in various laboratory applications.
Yes. It is designed for laboratory fluid systems requiring branching connections, and offers designed for 8/9 mm inner diameter (ID) tubing and l-shape for easy and efficient fluid flow direction to support this kind of work.
It has the following key features: designed for 8/9 mm inner diameter (ID) tubing and l-shape for easy and efficient fluid flow direction.
It is made from polypropylene (PP) for chemical resistance and durability.

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