The Graco 17D364 Ball Guide is an essential component for maintaining precision flow in high-performance coating systems with an airless sprayer. Engineered for integration with Graco ProX17, ProX19, and ProLTS 170 stands, it ensures consistent paint delivery and reduces equipment wear. Built to withstand rigorous job site demands, the durable design delivers long-lasting reliability for professionals seeking flawless surface finishes. Designed with precision tolerances, it adapts seamlessly to various spray media and helps reduce maintenance downtime.
Compatible with ProX 17, ProX19, and ProLTS 170 stands, this ball guide supports uniform atomization for professional coatings demands. It also enhances high-pressure filtration efficiency, maintaining smooth operation under rigorous workloads and extending the service life of spray components.
$3Precision in fluid handling equipment hinges on the reliability of each component. Graco 17D364 Ball Guide stands out by ensuring smooth valve motion, reducing wear and stabilizing spray patterns under variable pressures. Expertise in material science led to a robust stainless-steel construction that resists corrosion and abrasion even in aggressive solvents. Professionals upgrading fluid delivery systems appreciate how this guide mitigates ball-to-seat friction, enhancing service intervals and minimizing downtime. Seamless integration allows use alongside devices such as graco 395 airless paint sprayer without custom modifications.
Innovative geometry defines the core of this ball guide’s superior performance. Crafted from high-grade stainless steel, every unit undergoes a precision machining process to maintain tolerances within microns. A specialized passivation treatment adds an oxide layer that wards off pitting and stress corrosion cracking. Internal passages feature finely polished surfaces to reduce turbulence, boosting volumetric efficiency when cycling high-viscosity coatings. Engineers valued compatibility with a wide spectrum of solvents, enabling integration in both waterborne and solvent-based setups. Rigorous bench testing confirms reliable operation beyond 500,000 cycles without significant wear.
Maintenance intervals extend substantially thanks to consistent ball seating and reduced leakage paths. Flow rate stability remains within ±2% under differential pressures up to 3000 psi, a benchmark that translates to uniform atomization on challenging substrates. Vibration damping features decrease acoustic resonance, facilitating quieter operation in enclosed booths. Correlating field data from industrial trials demonstrated a 15% decrease in paint waste and overspray when paired with larger distribution systems like graco 490 paint sprayer. Operators reported fewer pulse irregularities, leading to smoother finish textures and enhanced productivity across extended production runs.
Reliable integration into automated spray systems demands consistent dimensional data and material compatibility. Ball guide interfaces align seamlessly with common valve bodies and fluid manifolds, eliminating the need for custom adapters. Software-controlled spray heads can exploit real-time feedback from integrated pressure sensors without calibration drift, thanks to stable valve seating geometry. Cross-testing confirmed compatibility with various pump models and controllable fluid circuits. Process engineers appreciated straightforward retrofits, particularly in multi-head configurations where balanced flow between channels is critical for maintaining uniform layer thickness. Testing extended to both low-viscosity solvents and heavy coatings, validating performance across the viscosity spectrum.
Versatile utilization spans automotive primer lines, protective coatings in heavy industry, and precision lab rigs. Field painters appreciate its resilience in on-site operations, while research facilities exploit its repeatable flow for testing novel fluids. Municipal pumping systems also benefit from consistent valve performance.
In-field installation requires minimal specialized tooling. Precise torque settings prevent deformation while ensuring leak-free sealing. Material concavities on the guide interface with complementary ball surfaces to sustain consistent sealing pressure over thousands of cycles. Detailed diagrams expedite service tasks, guiding technicians through disassembly and reassembly sequences. Routine inspection of seat surfaces under magnification helps identify wear patterns early, promoting timely refurbishment. Spare kit procedures simplify part replacement, reducing labor time and complexity. For users operating high-capacity systems such as graco 695 paint sprayer, this component plays a pivotal role in preserving consistent output and minimizing downtime.
Every ball guide undergoes ultrasonic cleaning and dimensional verification before shipment. Traceability protocols record batch numbers, material certificates, and inspection results, enabling a full chain-of-custody record. Hardened steel surfaces pass through magnetic particle inspection to detect subsurface flaws. Acceptance criteria align with ISO 9001 standards and internal quality benchmarks. Comprehensive documentation includes torque recommendations, compatible seal materials, and troubleshooting guides. Customer inquiries benefit from prompt clarification via our technical support and thorough service manuals.
Choosing premium components like this ball guide elevates overall system reliability and prolongs the service life of fluid-handling equipment. Solenoid valve assemblies, pump modules, and spray manifolds all benefit from reduced wear when fitted with precision-engineered guides. Seamless performance contributes to smoother finishes, less downtime, and lower maintenance costs. Product-specific inquiries or service-related assistance can be directed to our engineering team, which offers detailed OEM replacement parts information and advanced diagnostic support.
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