Mount Arm Weldment For Tommy Vacuum System
Keep your vacuum station arches rigid, perfectly aligned, and professional-looking with the Tommy Vacuum Mount Arm Weldment.
Specifically fabricated for the structural framework of Tommy Car Wash Systems Vacuum modules and dual-user vacuum stanchions, this heavy-gauge component acts as the high-strength bridge extension linking the main utility stanchion to the overhead canister or connection manifolds. Constructed entirely from premium, industrial-grade stainless steel, this structural weldment features pre-machined, heavy-duty mounting flanges on both ends. One side features a precision radius contour curve designed to fit seamlessly against cylindrical vacuum piping, ensuring an ultra-stable, gap-free bolt-on installation that eliminates the sway and vibration caused by continuous customer use and aggressive high-airflow suction cycles.
Key features and benefits include:
- 100% Industrial Stainless Steel: Engineered to thrive completely exposed to outdoor elements—offering ultimate resistance against rain, UV exposure, snow, and corrosive winter road salt tracked into the vacuum lanes.
- Continuous Heavy-Duty Weldments: Features full-circumference structural welds at both connection plates to handle high torsional strain, keeping overhead components firmly locked in place.
- Pre-Slotted Mounting Flanges: Equipped with pre-drilled, elongated slots to allow micro-adjustments during on-site leveling, speeding up layout alignment and lowering installation downtime.
- High-Flow Internal Clearance: Hollow core layout ensures structural lightweight efficiency while matching standard architectural tolerances for Tommy Car Wash vacuum plaza frameworks.
- Component Type: Vacuum Stanchion Extension Arm / Bracket Weldment
- Material: Marine-Grade / Industrial Stainless Steel
- Mounting Pattern: 4-Bolt Rectangle Base Flange (Flat) to 2-Bolt Saddle Flange (Contoured)
- Application Fitment: Tommy’s Express Vacuum Producer/Canister infrastructure and universal stainless vacuum stanchions.