Manual Pipe Hole Punch Tool

Code	Size (Ø)	Quantity
019 BDA D19 000 000	19 mm (C16)	1 pc
022 BDA D22 000 000	22 mm (C20)	1 pc

Категория: Accessories

The manual pipe hole punch tool is specifically engineered to execute clean, precision-rated orifices in rigid plastic supply mainlines without inducing structural deformities, jagged burrs, or excessive shaving debris. The highly intuitive, ergonomic T-shaped handle configuration delivers an optimized manual grip, empowering field operators to apply maximum balanced rotational torque with minimal physical stress. This makes the pipeline preparation sequence seamless and fluid, even during high-density multi-point tapping installations.

The tool is equipped with a high-carbon sharpened pilot point that self-centers the cutting blade, entirely preventing walking or slipping on the slick, rounded outer surface of the plastic pipe. The resulting orifice features completely smooth, uniform structural edges—a non-negotiable prerequisite for securing a high-compression, interference-free fit with the rubber sealing grommet to maintain absolute hydraulic system integrity.

Type: Manual mechanical pipeline perforation / boring instrument
Material: Heavy-duty, high-impact polymer structural matrix (handle) and industrial-grade hardened tempered steel (cutting blade)
Sizing matrix: 19 mm; 22 mm
Color profile: High-visibility safety red handle formulation to ensure quick on-site tool recovery across active agricultural fields

This mechanical boring tool is deployed during the foundational installation phase of commercial micro-irrigation layout assemblies to drill precise entry ports for take-off sealing grommets and start-connector valves in rigid HDPE and PVC main headers. Primary Operational Advantages: Uncompromising Dimensional Precision: The cut orifice diameter strictly corresponds to standard commercial fitting interfaces (19 mm or 22 mm), permanently mitigating the risk of localized fluid weeping. Complete Field Autonomy: Requires zero external power infrastructure, grid electricity, or heavy power tools, allowing for remote open-field pipeline deployments. Optimized Ergo-Dynamics: Significantly reduces wrist and forearm repetitive-strain fatigue during large-scale, continuous manifold perforation layouts.