Selecting Side Wall Semi Trailers for a Cement Plant in Sierra Leone

A cement plant customer in Sierra Leone ordered three brand-new RUCKMAN 3-axle 60-ton side wall semi trailers. This project covers the customer's initial requirements, key trailer configuration considerations, structural components and export preparation before shipment.

Understanding the Customer's Requirements

The customer found RUCKMAN through the company website and contacted us about purchasing trailers. During the initial discussions, the customer explained that it operated a local cement plant with a reported daily output of approximately 800 bags and had an urgent transportation equipment requirement.

The initial brief established the customer's business context and the need to arrange transport capacity. The available project information does not specify the exact cargo loading method, transport route or road conditions, so these details would need to be confirmed before finalizing a configuration for a similar order.

Why Consider a Side Wall Semi Trailer?

Side wall semi trailers have enclosed sides that help contain and secure cargo during transportation. Depending on the actual cargo dimensions and loading arrangement, they can be suitable for general cargo, bagged materials and construction supplies.

For a customer sourcing transport equipment in connection with a cement plant, the trailer selection process should consider:

• The actual cargo type, weight and dimensions.
• The loading and unloading method.
• Required payload and axle configuration.
• Route conditions and local transport regulations.
• The availability of suitable tires, axles, suspension and braking components.

Based on the customer's stated requirements, RUCKMAN recommended a 3-axle 60-ton side wall semi trailer configuration. After reviewing the proposed solution and components, the customer decided to purchase three units.

Evaluating Structural Quality and Components

The main beam is a key structural component because it supports the load and experiences stress during operation.

For this order, RUCKMAN used automatic submerged-arc welding technology to manufacture the main beams. The production process used imported high-speed, twin-wire submerged-arc welding machines, supporting consistent weld formation and deep penetration.

The trailers were also fitted with TRIANGLE brand 13R22.5 tubeless tires. For heavy-duty transportation, tire selection should be evaluated alongside axle loads, suspension, braking components and the intended operating conditions. These details illustrate why buyers should evaluate the complete trailer configuration rather than relying on a single specification or component when comparing suppliers.

Main beam welding and component details for the side wall semi trailer order.

Planning Export Logistics for Three Units

The customer ordered three trailers, making shipping efficiency an important part of the procurement arrangement. RUCKMAN arranged a stacked shipping method to reduce the overall shipping height and help lower freight costs. Since stacked transportation requires suitable handling and destination arrangements, reassembly must follow the required procedures after arrival.

Export preparation also included applying anti-rust wax and covering the trailers with waterproof tarpaulins. These measures were intended to help protect exposed surfaces against moisture and external elements during sea transportation and storage. Freight planning and corrosion protection should be considered alongside the initial product price when evaluating the total procurement cost of multiple semi trailers.

Export preparation, including protective treatment and tarpaulin covering.

Project Status and Next Steps

Production of the three trailers was completed within one month. At the time of the project update, the units had arrived at Yantai Port in China and were awaiting loading for export to Sierra Leone.

The available information confirms the production and export-preparation stages; it does not yet confirm arrival in Sierra Leone, commissioning or results from actual operation. For customers with similar requirements, the next step is to confirm cargo specifications, loading arrangements, route conditions and local regulations before finalizing a trailer configuration.