FEMALE CONNECTOR
₹30
/ Pcs.
The connector is engineered with sharp, high-tolerance external barbs that latch onto the inner lining of flexible tubes. This ensures that the severe physical pulling and vibrations of a high-speed print carriage will not cause ink lines to wiggle loose or slide off.
The precision-molded internal channel eliminates fluid restriction through the joint. This smooth fluid dynamics layout ensures a steady, uninhibited supply of ink directly to your printhead nozzles for uniform solid-color printing.
The connector is engineered with sharp, high-tolerance external barbs that latch onto the inner lining of flexible tubes. This ensures that the severe physical pulling and vibrations of a high-speed print carriage will not cause ink lines to wiggle loose or slide off.
The precision-molded internal channel eliminates fluid restriction through the joint. This smooth fluid dynamics layout ensures a steady, uninhibited supply of ink directly to your printhead nozzles for uniform solid-color printing.
| Technical Parameter | Specification Details |
| Product Name | Male Connector / Inline Barb Fitting |
| Connection Configuration | Straight Male-to-Male Barb / Threaded Male Plug |
| Body Material | High-Density Chemical-Resistant Polypropylene (PP) |
The Male Connector (Male Hose Barb Fitting / Inline Tube Joint) is a vital, high-precision mechanical spare part designed for the fluidic routing systems of digital inkjet printing machinery. This component serves as the primary insertion plug within the sub-ink assembly, designed to bridge separate segments of ink lines or snap directly into matching female couplings, dampers, capping valves, and ink sub-tanks.
Molded from premium, high-density Polypropylene (PP) plastic, this male connector features an engineered external barb or threaded interface that provides a tight physical grip on the inside walls of your fluid lines. This design creates an immediate airtight and leak-proof seal, keeping your digital printer's negative pressure vacuum steady and preventing sudden ink drops during long print shifts.
