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Showing posts from November, 2025

What Are the Different Types of Crane Equipment Mats?

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  Also known as timber mats or construction mats, crane mats are temporary platforms made from timber or composite materials designed to stabilize heavy equipment during construction. They provide a sturdy, level base, which is essential for safety and efficiency.   Crane mats  can be used for stationary applications or for "bridging" over unstable or sensitive areas such as swamps, wetlands, or pipelines (often referred to as bridge mats or access mats). They help keep equipment stable and safe, prevent soil erosion and ground compaction, and protect roads and sidewalks from damage caused by heavy machinery.   Regardless of the application, mats must be affordable, usable, durable, and shippable. Depending on the type and scope of your project, the size and weight of the equipment, and the composition and stability of the terrain, each of these factors carries different levels of importance. Here is a quick guide to the various types of crane equipment mats.   ...

Composite Road Plate vs. Steel Road Plate - Which is Best?

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When it comes to road construction and maintenance, selecting the right type of road plate is crucial. With options like composite road plates and steel road plates, understanding their differences can significantly impact project efficiency and safety.   What are Composite Plates?   Composite road plates  are made from a blend of materials, typically including fiberglass and resin. These plates are known for their lightweight nature and high strength-to-weight ratio, making them ideal for temporary roadways and construction sites where ease of handling is essential.   What are Steel Road Plates?   Steel road plates, on the other hand, are robust metal sheets designed to bear heavy loads. They are commonly used in utility work and road repairs, offering durability and stability under pressure.   Durability Comparison   In terms of durability, steel plates have the upper hand when it comes to withstanding extreme conditions. They are resistant...