The Graco 114601 flexible, non-metallic conduit is engineered to deliver consistent flow and protect supply lines in demanding surface finishing applications. Compatible with any airless sprayer, this conduit integrates seamlessly with existing systems to ensure uninterrupted output. Its toughness withstands abrasion and bending stresses, while advanced internal surfaces support high-pressure filtration to safeguard against contamination and extend equipment life. Designed for quick-connect fittings and versatile length options, it adapts to various configurations and reduces downtime.
Ideal for professional settings, this conduit excels in delivering top-tier results on a variety of projects. From automotive refinishing to industrial maintenance, it provides the consistency needed for precision work and professional coatings, maintaining smooth, clog-free operation throughout each job. Its smooth interior surface simplifies maintenance routines, making cleanup fast and hassle-free.
$10.96The Graco 114601 Conduit Flexible Non-Metallic is engineered as a precision fluid routing solution for demanding industrial spray systems. Fabricated from a proprietary fluoropolymer blend, the conduit resists chemical degradation, offering exceptional durability under repetitive flex cycles. Its flexible non-metallic design minimizes weight and maximizes corrosion resistance, making it suitable for aggressive solvents and high-solids coatings. The smooth inner bore profile eliminates dead zones, ensuring consistent fluid flow and reducing risk of material hang-up. The outer sheath exhibits outstanding abrasion resistance and UV stability, extending service life even under continuous outdoor exposure. Compatible with a range of connectors, the conduit maintains secure fluid seals and supports seamless integration with standard Graco pump assemblies and manifold interfaces.
Engineered to accommodate flow rates up to 1.2 gallons per minute, this conduit features an inner diameter precisely controlled to ±0.005 inches, ensuring optimal pressure containment and smooth fluid transmission. The structural lumen is reinforced with a helically wound fiber core, delivering crush resistance up to 500 pounds and a minimum bend radius of 2.5 inches. Such robust mechanical characteristics allow integration into complex routing schemes without kinking under dynamic load. Dedicated locking collars and precision-molded ends facilitate rapid assembly. Its compatibility with an airless sprayer platform enhances responsiveness in high-speed application scenarios, promoting uniform film thickness and minimized downtime.
The conduit’s core composition comprises a multi-layer architecture of perfluoroalkoxy (PFA) and ethylene tetrafluoroethylene (ETFE) co-extrusion, yielding a chemically inert passage that resists degradation from acids, bases, and hydrocarbon solvents. This non-conductive assembly eliminates galvanic corrosion concerns while providing dielectric strength in excess of 5000 V. Its outer ETFE jacket incorporates carbon-black additives for UV attenuation, preventing polymer embrittlement in prolonged sun exposure. These features optimize compatibility with professional coatings processes, ensuring that fluid media remain uncontaminated throughout transit. The seamless extruded bore promotes laminar flow, reducing shear-induced viscosity changes and maintaining fluid integrity under variable temperature conditions.
Performance metrics for the Graco 114601 detail a maximum working pressure of 6000 psi at ambient temperature, with a burst rating exceeding 18,000 psi. As part of a high-pressure fluid path, this conduit supports advanced high-pressure filtration modules, sustaining particulate removal thresholds down to 1 micron. Field tests demonstrate superior pump efficiency gains of up to 12% when the conduit’s smooth internal walls reduce dynamic friction losses. Additionally, the optimized seal interfaces contribute to enhanced seal longevity, effectively maintaining leak-free operation over millions of cycles. These specifications make the conduit ideal for robotic spray applications, precision dispensing, and corrosive fluid conveyance in aerospace and automotive assembly lines.
During installation, maintain a minimum bend radius equivalent to ten times the conduit’s outer diameter to preserve structural integrity. Specialized barbed fittings and compression nuts ensure secure coupling without additional adhesive or clamp hardware. End-of-line adapters accommodate both male and female quick-connect couplings, streamlining maintenance and reducing system downtime. Application in multi-arm robotic paint cells benefits from the conduit’s low mass and torsional flexibility, enabling full range motion without impedance. Its resistance to kinking under alternating loading conditions supports uninterrupted fluid delivery in multi-axis spraying tasks, delivering consistent film weights for demanding protective and decorative finishes.
In routine maintenance cycles, inspect the inner bore for particulate buildup and perform scheduled flushing with compatible solvents to restore original flow characteristics. The non-metallic composition simplifies decontamination procedures, reducing risk of galvanic contamination common to metallic hoses. Service life audits indicate tenfold improvement in cycle counts compared to standard PVC conduits, attributable to the fluoropolymer’s fatigue resistance. For critical systems requiring maximum uptime, implement an annual pressure test at 125% of nominal rating to verify seal integrity. These practices extend operational lifecycle, minimize unplanned downtime, and deliver predictable maintenance intervals aligned with stringent industrial quality standards.
Overall, the Graco 114601 Conduit Flexible Non-Metallic stands as a high-performance solution for fluid handling challenges in industrial spray and dispensing systems. Its advanced material construction, precision-dimension control, and robust mechanical properties deliver reliable performance under aggressive chemical exposure and high-pressure environments. By integrating seamlessly with existing pump assemblies and coating delivery systems, it contributes to improved process consistency, enhanced pump efficiency, and prolonged seal longevity. This conduit represents an essential component for engineers seeking to optimize system robustness and achieve superior application results.
Subscribe to our newsletter to get exclusive discounts and new theme launches right in your inbox.
You may unsubscribe at any moment. For that purpose, please find our contact info in the legal notice.
