Multi-purpose Dica Safetytech® 42" Round Outrigger Pad | Super Duty | 3" Thick | Black Essentials [PArOZWIf]

Super Duty 42" Round Outrigger Pad

Introducing the DICA SafetyTech® 42" Round Outrigger Pad, the ultimate solution for stabilizing your heavy-duty equipment during operations. Engineered for the toughest conditions, this pad is designed to provide a secure base for cranes, aerial devices, and a variety of other equipment. Its super duty construction ensures maximum stability, preventing ground shifts and equipment tipping, making it an essential tool for safety-conscious professionals.

Outrigger Pad Construction and Features

Constructed from a durable thermoplastic material, the SafetyTech pad offers industrial-grade safety texturing and is resistant to electricity and a wide range of chemicals. The UV-resistant TuffGrip® handles make it easy to transport, whether carried or rolled, and its bright orange color ensures high visibility on any job site. Key features include radius edges and corners for a seamless fit, an engraved model and weight for easy identification, and a wide operational temperature range of -40°F/-40°C to 180°F/82.22°C. The maximum allowable pressure is 600 psi, and the pad is three inches thick, providing superior support.

• Radius edges and corners for a seamless fit
• Engraved model and weight for easy identification

Practical Uses and Benefits

The DICA SafetyTech® 42" Round Outrigger Pad is ideal for aerial lifts, mobile cranes, concrete pumpers, and rock crushers. Its ability to distribute load over a wider area minimizes the risk of ground movement and equipment instability, ensuring a safe work environment. Made in the USA, this pad is built to last and offers peace of mind for professionals in the construction and industrial sectors. With its robust design and versatile applications, this outrigger pad is a must-have for anyone looking to enhance the safety and efficiency of their operations.

• For aerial lifts, mobile cranes, concrete pumpers, and rock crushers
• Enhances safety and efficiency on job sites