Titan 9805348 Hexagonal Screw

Part number 9805348 is a Hexagonal Screw, a precision-engineered fastener utilized across a comprehensive range of Impact, Helix, and Airless sprayer platforms. This screw features a hexagonal head designed for positive engagement with standard hex wrenches, enabling precise torque application during installation and service. The hexagonal drive configuration provides superior torque transmission compared to Phillips or slotted drives, significantly reducing the risk of cam-out and head stripping during repeated assembly and disassembly cycles.

On Impact 1140 service, 1140 I and IA, and 1040 models, this hexagonal screw is employed in multiple critical locations including motor mounting, where three screws secure the motor to the gearbox housing, control panel attachment requiring four screws, motor shroud and cover fastening, belly pan retention, and motor baffle installation. The specific hex wrench sizes required for servicing these components range from 5/64" to 3/8", highlighting the precision engineering applied to each fastener application throughout these professional sprayer systems.

This fastener extends compatibility to Impact 400 Airless Sprayer, Impact 340, and Helix VR and FR plural component systems, demonstrating standardized engineering across multiple equipment platforms. Each hexagonal screw is manufactured to exact specifications including thread pitch, diameter, length, head height, and material grade. These specifications are carefully selected by equipment designers to provide the correct clamping force, vibration resistance under continuous operation, and long-term reliability demanded by professional finishing environments.

Fastener 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. A damaged or missing hexagonal screw can allow critical components to loosen, shift, or separate during operation, leading to misalignment, increased vibration, accelerated wear of adjacent parts, and potential safety hazards. Replacement with the correct factory-specified fastener restores equipment to original engineered condition.