| Codenummer : | 814 50132 |
|---|---|
| AWG / Gauge : | 27 |
| Interne ø (mm) : | 0.335 |
| Externe ø (mm) : | 0.406 |
| Verpakking : | x 8 |
| Kleur : | Rood |
Micron-S Precision Dispensing Tips are designed for high accuracy micro-dot dispensing.
Micron-S tips have a Luer lock thread and can be used with any dispensing syringe, valve, or pump.
Offers a super low resistance molecular fluid flow and significant cost savings over machined nozzles without sacrificing placement precision or deposition accuracy.
A primary design feature of this unique Luer lock dispensing tip is the stream-line conical fluid path which delivers substantially higher fluid flow rates and lower dispense pump back pressures, resulting in improved dispensing accuracy and component life.
The design also employs very thin rigid walls offering a larger I.D.
These coatings greatly reduce the wicking affect when using aqueous fluids and significantly improves performance of anaerobic as well as UV cure materials.
The material is highly loaded with PTFE, is inert, and is often used as a replacement for stainless steel.
Micron-S Precision Dispensing Tips are designed for high accuracy micro-dot dispensing.
Micron-S tips have a Luer lock thread and can be used with any dispensing syringe, valve, or pump.
Offers a super low resistance molecular fluid flow and significant cost savings over machined nozzles without sacrificing placement precision or deposition accuracy.
A primary design feature of this unique Luer lock dispensing tip is the stream-line conical fluid path which delivers substantially higher fluid flow rates and lower dispense pump back pressures, resulting in improved dispensing accuracy and component life.
The design also employs very thin rigid walls offering a larger I.D.
These coatings greatly reduce the wicking affect when using aqueous fluids and significantly improves performance of anaerobic as well as UV cure materials.
The material is highly loaded with PTFE, is inert, and is often used as a replacement for stainless steel.
