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Gpx 80 Accessories

Order GPX 80 Accessories & Spare Parts Online

The GPX 80 Accessories category includes OEM add-ons and support components designed to improve the performance, control, and versatility of the Titan GPX 80 gas airless sprayer. These accessories help optimize spraying efficiency, extend operating reach, improve pressure control, and support heavy-duty coating applications in commercial and industrial environments. The GPX 80 is commonly used for large-scale painting, protective coatings, exterior surfaces, and high-production airless spraying jobs where durable accessories are essential for consistent operation.

Common accessories associated with the GPX 80 system include spray guns, whip hoses, spray hoses, tip guards, pressure control components, and electronic control assemblies. Important OEM parts often used with the GPX series include the Titan 316-505 50' Spray Hose, Titan 550-227 Whip Hose, Titan 661-012 Tip Guard, Titan 0291002 Hose Pnt, Arlss, Titan 550-110 S-5 Tip and Hose Spray Gun, and Titan 0509558 Electronic Pressure Control Assembly. These components help maintain stable fluid pressure, improve operator control, and support long-distance material delivery during demanding spraying operations.

The accessories category also supports easier maintenance and customization of the sprayer, allowing contractors to adapt the GPX 80 system for different coatings, spray patterns, and job-site conditions without replacing the complete sprayer setup.

FAQs

Pressure spikes are often caused by partially blocked spray tips, restricted hose flow, or sudden trigger release during high-pressure spraying. Long hoses with internal buildup can also contribute to uneven pressure response.

Excessive twisting usually results from internal hose fatigue, improper hose routing, or continuous rotation at the spray gun connection. Twisted whip hoses can reduce operator control and increase wear at fittings.

Pressure instability may occur when the transducer, potentiometer, or internal control circuitry becomes contaminated or worn. Electrical vibration from prolonged heavy-duty use can also affect pressure regulation accuracy.

A damaged tip guard may cause improper spray tip alignment, inconsistent fan patterns, or unsafe spray operation under high pressure. Worn guards can also increase the risk of paint buildup around the tip assembly.

Trigger delay is GPX 80 commonly caused by internal spray gun wear, clogged fluid passages, or pressure restriction in the hose assembly. Debris accumulation inside the gun valve can also reduce trigger responsiveness during spraying.