"T" Frame Style Spray Boom Column 5+5 Ceramic Jets - Code 25423

The professional-grade "T" frame style vertical spray boom column (Product Code: 25423), engineered as a direct structural match adaptable to OEM part number 005050, is a high-precision fluid-dynamic manifold assembly developed for the setup, build, or service of delivery lines on agricultural mist-blowers and vertical canopy sprayers. Thanks to its large-scale T-shaped geometric architecture, this manifold secures a perfectly balanced hydraulic flow distribution, yielding specular and completely uniform chemical wetting across both sides of the target crop row.

Design Details and Wing-Nut Jet Engineering

This vertical spray column features a heavy-walled tubular manifold frame with an overall linear extension of 1160 mm, sized to absorb structural field vibrations and severe fluid backpressure spikes during intensive spraying cycles on wide or tall crop profiles. The internal distribution network follows a 5+5 way grid infrastructure (totaling 10 symmetrical delivery points), factory-equipped with adjustable butterfly or wing-nut style nozzle holders featuring a standard 1/4" threaded interface. The technical core of the assembly incorporates technical ceramic orifice discs fitted inside the output housings. Compared to standard brass or plastic components, technical ceramic yields unyielding structural resistance against hydraulic friction under intense pressure loads and completely resists the chemical breakdown triggered by concentrated pesticides, copper solutions, or liquid sulfur mixtures. This material matrix guarantees long-term retention of the pre-set orifice gauge diameter, locking in consistent fluid atomization metrics while preventing accidental over-application or waste of chemical product per hectare.

Technical Specifications

Operational Guidelines and Field Maintenance Advice

• Rigid Frame Mounting: Anchor the T-chassis securely onto the rear fan cowling of the mist-blower, ensuring the 1160 mm horizontal wings mount completely perpendicular to the ground to maintain steady symmetrical spray projection angles.
• Wing-Nut Jet Orientation: Leverage the swivel joint of the 1/4" butterfly jet bodies to adjust the trajectory profile based on canopy height and leaf-wall density, maximizing chemical penetration across extended high crop profiles while preventing chemical drift.
• Line Rinsing Protocol: Run a clear-water flushing cycle through the line following the application of seasonal treatments or wettable powder compounds. To protect the technical ceramic structure, do not use raw metal wires or sharp metal tools to clear out clogged nozzle orifices.