FEMALE CONNECTOR
₹30
/ Pcs.
When a digital printer performs an automated purge or pressure cycle, ink can easily be forced backward up the supply lines. This valve shuts down instantly under reverse pressure, preventing different colors from mixing in the lines or contaminating white ink sub-tanks.
ndustrial printheads rely on a delicate micro-vacuum to prevent ink from spontaneously leaking out of the nozzles
White inks are prone to quick sedimentation and require constant circulation. By enforcing a strict one-way loop
When a digital printer performs an automated purge or pressure cycle, ink can easily be forced backward up the supply lines. This valve shuts down instantly under reverse pressure, preventing different colors from mixing in the lines or contaminating white ink sub-tanks.
ndustrial printheads rely on a delicate micro-vacuum to prevent ink from spontaneously leaking out of the nozzles
White inks are prone to quick sedimentation and require constant circulation. By enforcing a strict one-way loop
| Technical Parameter | Specification Details |
| Product Name | Non-Return Valve / One-Way Inline Check Valve |
| Valve Mechanism | Spring-Loaded Diaphragm / Precision Micro-Ball System |
| Body Material | High-Density Chemical-Resistant Polypropylene (PP) |
| Internal Seal Material | Viton / Premium Fluoroelastomer (High Chemical Tolerance) |
The Non-Return Valve (One-Way Check Valve / Inline Liquid Lock) is a critical fluidic safety spare part engineered for the high-pressure ink delivery networks of digital inkjet printing machinery. This component acts as a directional traffic controller for your printer's fluid system, allowing ink or cleaning solvent to flow freely in one direction while completely locking out and blocking any reverse backflow.
Molded from premium, high-density Polypropylene (PP) and featuring a highly resilient, chemically inert internal diaphragm or micro-ball mechanism, this valve guarantees instant closure the moment backpressure occurs. It isolates specific fluid channels, ensuring that volatile inks do not mix, bleed backward into sub-tanks, or destabilize the system's precise negative pressure vacuum.
