Product

CHEP USA: Poly-Optimum-Pac (POP) collapsible dry container


Image courtesy of CHEP USA.

CHEP is a global supply chain solutions provider that helps consumer packaged goods companies make their value chains more efficient and sustainable. Our solutions generated $60 million in value for customers, while eliminating 4.3 million empty truck miles and 16.2 million pounds of CO2 from their transportation networks. Visit www.chep.com.
8517 South Park Circle
Orlando, Florida, 32819-9040
United States
1 (407) 370-2437  1 (800) 243-7872 
CHEP USA Company Profile

Collapsible, reusable container with foldable sidewalls, drop-down doors.

Collapsible, reusable container with foldable sidewalls, drop-down doors.

Ideal for shipping and transport of light- to medium-duty goods, such as plastic food packaging, the Poly-Optimum-Pac (POP) collapsible dry container by CHEP Pallecon features foldable sidewalls to save up to 65% of used space in transit and storage.

Stackable and collapsible, the container resists variable temperatures from -4°F to 104°F and is washable for hygienic applications. For easy access to contents, drop-down doors are engineered into the four sidewalls.

The container measures 47.24 x 39.37 x 40.95 inches (1200 x 1000 x 1040 millimeters) when open, and collapses to 14.13 inches (359 millimeters) tall. It holds a maximum load capacity of 1,102 pounds (500 kilograms).


Company Description:

CHEP’s Poly-Optimum-Pac is great for the shipping and storage of medium-duty dry goods such as adhesive logs. With its collapsible sidewalls, this stackable container provides exceptional volume reduction, saving up to 65% of used space in transit and in storage. Take advantage of CHEP’s cost-effective, efficient and environmentally friendly collapsible dry containers for shipping and storage today.

Features and Benefits:

  • Washability and resistance to damage ensures hygiene
  • Can be stored on high shelves
  • Resistant to variable temperatures
  • Easy handling with 4 drop-down doors
  • Collapsibility can reduce return transport by 65%