DICA Introduces New EcoMax Crane Pad Combining Steel and Composite Materials

DICA, a leading provider of high-performance outrigger pads, cribbing and blocking and ground protection and site access products, has announced the launch of its new EcoMax crane pad, designed to combine the strength of steel with the durability of engineered composite materials. The new product offers crane operators an option that balances performance, longevity and cost.

“EcoMax expands our crane pad line and fills a gap in the market,” said Kris Koberg, CEO of DICA. “It’s more durable and will last significantly longer than wood timber mats, and is a cost-effective alternative to steel crane mats and pads without sacrificing performance.”

The EcoMax pad integrates the stiffness and strength of steel with recycled composite materials to maximize load distribution. Its design features flanges on the I-beams that engage molded composite timbers, creating a single, rigid body that moves uniformly, unlike traditional wood mats held together with through-bolts.

A built-in center plate provides a designated operating area to assist crane operators with outrigger float placement. This feature helps reduce setup time and improves job site safety by promoting optimal load distribution.

EcoMax is rated with two capacity scenarios. The standard rated capacity applies when the pad is fully supported, while a secondary “Bridge Rating” accounts for situations where the pad’s ends are supported and a gap exists beneath the center.

“Materials should be in full contact with the supporting surface. However, we understand this is not always possible. EcoMax pads have the strength and stiffness properties to support loads without full contact with supporting materials, which enables EcoMax pads to be used in this de-rated scenario,” said Koberg.

Additional features include built-in lifting lugs for safe handling and a non-slip coating on steel components to improve friction and enhance safety during use.

The current EcoMax model measures 24 square feet and is rated for a maximum capacity of 160,000 lbs. (80 tons), making it suitable for cranes up to the 150-ton lifting class.