Titan 9805362 Hexagonal Head Bolt

Part number 9805362 is a Hexagonal Head Bolt, a precision-engineered high-strength fastener utilized across the Titan Impact 1140 service models, Impact 1140 I and IA, and the Helix VR and Helix FR plural component spray systems. This bolt features a forged hexagonal head designed for positive engagement with standard wrenches and sockets, enabling precise torque application during critical equipment assembly and service. The hexagonal drive configuration provides superior torque transmission without the cam-out risk associated with Phillips or slotted drives, making it ideal for high-stress structural applications requiring repeated service access.

On Impact 1140 series sprayers, this hexagonal head bolt is employed in multiple critical mounting locations throughout the equipment architecture. Service documentation details extensive use of hexagonal head fasteners for motor mounting to the gearbox housing, control panel attachment, and structural frame assembly. The Impact 1140 features a high-output DC motor delivering up to 3300 PSI operating pressure, requiring robust structural fasteners capable of maintaining clamping force under continuous vibration and thermal cycling. This bolt is manufactured to exact specifications including thread pitch, diameter, length, head height, and material grade to provide the correct preload and fatigue resistance demanded by professional finishing environments.

The Helix VR and Helix FR plural component systems utilize this same hexagonal head bolt for mounting the hydraulic pump, motor assembly, and control components. These proportioners operate at extreme pressures and temperatures while processing reactive isocyanate and resin materials, requiring fasteners with superior corrosion resistance and mechanical properties. The 9805362 bolt meets these demanding requirements through precision manufacturing and protective finishing. Failure modes include stripped hex recesses from worn tools or improper technique, thread damage from cross-threading or over-torquing, corrosion from chemical exposure, and stress fatigue at the head-shank junction. Replacement with genuine factory-specified bolts ensures proper clamping force and structural integrity.