2017 Highway Equipment Company Dump Bodies PS400

Engineered for durability and built workhorse tough, the PS400 dump body handles max payloads with minimum effort. Designed for a tandem-axle chassis, it features a robust one-piece floor made from AR 400 for increased strength. A cross-memberless design delivers the capacity for the highest payloads on a lighter body.

• Heavy-duty 10-gauge grade 50 sides, headsheet and tailgate (65,000 psi tensile & 50,000 psi yield strength)

• inch (1.9 cm) tailgate latch hooks with 3/8 inch (1 cm) latch plates

• 1 inch (3.2 cm) diameter upper and lower tailgate pins

• 3/16 inch (4.8 mm) one piece AR 400 floor (180,000 psi tensile & 145,000 psi yield strength)

• 7-gauge grade 50 front and rear corner posts

• Solid 10-gauge grade 50 tailgate panel

• Variety of body lengths and heights available

Available options on the PS400 include:

• Body steel types including 304 stainless steel

• Coal chute door

• inch (0.64 cm) AR 400 floor

• Cab shield

• Ladder

• Asphalt lip

• 9 or 12 panel tailgate bracing

• Tarp rail

• Additional tailgate and side bracing

• Finish paint

Hi-Way engineered the PS400 for optimum material transport, down to the smallest detail. Top rail, rub rail and horizontal braces are seamless and sloped outward to shed debris. A 5 inch (12.7 cm) formed floor-to-side radius prevents material build-up in corners. The tailgate panel has full perimeter bracing to prevent flexing and twisting from load pressure.

The PS400 is the first choice for extended service life. Innovative, forward-thinking features take the pressure off of operators and the bottom line:

• Corrosion-resistant 300 series stainless steel upper tailgate pins

• Phosphate washed grade 50 steel bodies for greater paint adhesion

• Epoxy-urethane primed grade 50 steel bodies for superior body protection

• Heavy-duty tailgate latch mechanism for longer life

• Nitrided cylinder tubes for better corrosion and wear resistance

The best results only come with the most precisely manufactured equipment, built using advanced product techniques like laser cutting and slot-and-tab design. Precision on the back end translates to precision on the front lines.