Frame Crates

Frame crates, used for packaging and transporting industrial goods, feature a core structure consisting of a "bottom load-bearing frame" with four corner posts. They lack fixed side or roof panels and are categorized by material type. Metal frame crates (commonly made of steel or aluminum alloy) and wooden frame crates (using high-strength solid wood or plywood) are suitable for extremely heavy and oversized industrial goods (such as large machinery and heavy steel structures), while wooden frame crates are suitable for medium-weight, irregularly shaped goods that require cushioning (such as large equipment parts and irregular molds). These frame crates offer exceptional loading and unloading flexibility, allowing cargo to be loaded and unloaded via various methods, including hoisting, forklift transport, and horizontal movement. They are particularly suitable for oversized cargo, which can be loaded directly without disassembly. They are also suitable for odd-shaped and irregular cargo. The rigid bottom frame can be equipped with accessories such as anti-slip mats, fixing clips, and custom brackets to conform to the contours of the cargo, preventing displacement during transport. Even protruding parts of the cargo will not be squeezed by the side panels.

Frame Crates offer significant advantages in terms of load capacity. They meet the stringent requirements for packaging strength, stability, and risk resistance for oversized and heavy industrial products. Their structural design effectively distributes weight and resists transport shock, offering superior protection compared to conventional wooden crates. Strict raw material control, a comprehensive supply chain, and a high proportion of robotic production ensure precision and efficiency in mass production. They also support customization of the frame structure and accessories based on cargo weight, size, and securing requirements. Their streamlined logistics and transportation are facilitated by a side-panel-less top panel design that reduces packaging volume and weight, lowering transportation costs. Supporting services include loading plan design and accessory compatibility recommendations. Their core advantages lie in efficient loading and unloading, wide adaptability, and reliable load capacity, meeting the safe transportation needs of industrial goods of unusual sizes and weights.