Cargo load bar for container

Types of Cargo Load Bar for Container

A cargo load bar for container is a crucial piece of equipment in freight transportation. It is used to secure cargo inside a shipping container to prevent it from shifting during transit. Load bars are often sold in pairs and can be adjusted to fit different container sizes. Below are the various types of cargo load bars for containers:

• Adjustable Cargo Load Bar

  This type of load bar is designed to fit different container widths. The length of the bar can be extended or retracted to offer a snug fit. Apart from securing cargo, it prevents the container doors from bulging when packed tightly. The adjustable cargo load bar is popular among freight haulers who use containers of different sizes.

• Telescoping Cargo Load Bar

  The telescoping cargo load bar is a variant of the adjustable load bar. It has a telescopic mechanism that allows it to extend further. This makes it ideal for securing cargo in larger shipping containers. The telescoping feature also makes it easy to store the load bar when not in use.

• Heavy-Duty Cargo Load Bar

  As the name suggests, heavy-duty cargo load bars are designed to withstand heavy freight. They are constructed using high-strength steel materials. The load capacity is significantly higher than that of standard cargo load bars. Heavy-duty cargo load bars are commonly used in the transportation of industrial machinery and construction materials.

• Friction-Moment Cargo Load Bar

  These types of cargo load bars use friction to stay in position. They have rubberized ends to prevent the bar from slipping. The friction moment cargo load bar is effective when securing small cargo that can fit between the load bar and the container wall. Besides cargo containment, the friction-moment load bar can be used to maximize space by loading items vertically.

• Container Spreader Bar

  Container spreader bars are designed to lift containers during loading and unloading. They are connected to cranes and have multiple lifting points. Spreader bars ensure that containers are lifted evenly, reducing the risk of damage. They come in different sizes depending on the container dimension.

• Utility Cargo Load Bar

  Utility cargo load bars are versatile. They can be used in freight transportation, car loading, and truck loading. They are sold in pairs with various load capacities. The utility cargo load bar comes in adjustable and fixed designs.

Specification and maintenance of cargo load bar for containers

• Size and Dimensions

  Container cargo load bars come in different sizes and dimensions depending on the application. Standard sizes range from 48 to 110 inches long and have a diameter of 2 to 3 inches. Always ensure that the load bar fits properly to avoid unnecessary accidents.

• Load Capacity

  Every cargo load bar has a limit it can carry without getting damaged. This is referred to as the load capacity. For container cargo load bars, the load capacity ranges from 1,500 pounds to 3,000 pounds or more. Always ensure that the weight of the cargo being secured is within the load bar's capacity to avoid failure.

• Material

  Cargo load bars are made of different materials. Each has its advantages and disadvantages. For instance, load bars made of steel are very durable and have a high strength-to-weight ratio. On the other hand, load bars made of aluminum are lightweight and resistant to corrosion.

• End Fittings

  Container cargo load bars have different end fittings depending on the application. These fittings are used to attach the load bar to the container walls. Common end fittings include rubber pads, hooks, and swivel fittings. The end fittings should be compatible with the cargo and container for effective load control.

• Surface Treatment

  Surface treatment is an important specification for cargo load bars. This is because they are often used in different environments that may cause them to corrode. Container cargo load bars are coated with materials like powder coating or galvanized steel to protect them from corrosion.

Container cargo load bars require regular maintenance to increase their lifespan and make them safe for use. Some of the maintenance requirements include:

• Container cargo load bars should be inspected regularly for signs of wear and tear like cracks, bends, and corrosion. This enables the user to take the necessary action before the load bar gets damaged.
• In case the cargo load bars are dirty, they should be cleaned using a soft cloth and mild soap. This cleanss the load bar without damaging the surface treatment.
• Container cargo load bars should be lubricated regularly. This reduces friction and prevents the load bar from getting damaged.
• Cargo load bars should be stored in a dry and protected place. This prevents them from getting damaged by harsh weather conditions or physical damage.

How to Choose Cargo Load Bar for Container

Choosing cargo load bars for containers is a critical decision that impacts the efficiency and safety of cargo transport. It’s important to understand the various factors that come into play when selecting these vital truck accessories.

• Weight Capacity

  To begin with, the cargo load bars have to be selected based on the weight of the cargo that is being transported. The load bars have to be selected in such a way that they can handle the maximum weight without being damaged or deformed. This prevents accidents.

• Length and Adjustability

  The length of the cargo load bar is also an important consideration. The bars should be long enough to fit the container and create a secure cargo area. Adjustable bars provide more flexibility for different container sizes and cargo arrangements.

• Type of Cargo

  The type of cargo being transported is also a determining factor when selecting cargo load bars. For fragile goods, softer load bars that can be adjusted to exert less pressure are better. For bulk goods, stronger and more aggressive load bars are needed to prevent shifting.

• Ease of Installation and Removal

  Ease of installation and removal is also a consideration when selecting cargo load bars for containers. Load bars that come with easy-to-use fastening systems save time and effort, making it easier to load and unload cargo.

• Durability and Material

  Finally, the cargo load bars to be selected ought to be made out of robust and long-lasting materials. Steel load bars are very durable and can withstand heavy loads, while aluminum load bars are lighter and resistant to corrosion.

How to DIY and Replace Cargo Load Bar for Container

Replacing a cargo load bar for containers is a pretty straightforward task that can be done with minimal tools and basic mechanical skills. Following the manufacturer's instructions and safety guidelines when installing or replacing cargo load bars is essential. Here's a step-by-step guide on how to replace a cargo load bar for containers:

• 1. Gather the necessary tools and materials

  New cargo load bar (compatible with the container and load requirements)

  Adjustable wrench or socket set (if applicable)

  Screwdriver (if applicable)

  Safety glasses

  Hearing protection

  Container cargo net

• 2. Prepare the work area

  Ensure the container is parked on a level surface and stable.

  Clear any cargo or obstacles that may interfere with the installation process.

• 3. Remove the old cargo load bar

  If applicable, use an adjustable wrench or socket set to remove any bolts or nuts securing the old cargo load bar.

  Use a screwdriver to remove any screws holding the cargo load bar in place.

  Carefully pull the cargo load bar out of the container, being mindful of any attached accessories or components.

• 4. Prepare the new cargo load bar

  Adjust the length of the new cargo load bar (if adjustable) to fit the container's interior width.

  Clean the new cargo load bar and inspect it for any damage or defects.

• 5. Install the new cargo load bar

  Position the new cargo load bar across the container's interior width, ensuring it is parallel to the container walls.

  If applicable, use an adjustable wrench or socket set to tighten the bolts or nuts securing the cargo load bar.

  Use a screwdriver to secure any screws holding the cargo load bar in place.

• 6. Test the installation

  Gently shake the cargo load bar to ensure it is securely installed and doesn't move or shift.

  Verify that the cargo load bar is positioned correctly and does not obstruct container doors or other components.

• 7. Reorganize cargo and final checks

  Reorganize cargo inside the container, ensuring even weight distribution and proper loading techniques.

  Perform a final inspection to ensure the cargo load bar is correctly installed and the container is ready for transport.

Q&A

Q: How do container load bars work?

A: Cargo load bars are designed to hold cargo and prevent it from shifting during transportation. They achieve this by being wedged between the walls of a container or trailer and locking in place. Once in position, they create tension across the cargo, effectively holding it in place.

Q: What are the different types of cargo load bars?

A: There are two main types of cargo load bars: the cargo stabilization bar and the cargo control bar. The cargo stabilization bar is used to prevent cargo from shifting during transportation, while the cargo control bar creates a barrier across the cargo space, effectively preventing the cargo from shifting and providing extra loading space.

Q: Can cargo load bars be adjusted to fit different container sizes?

A: Yes. Cargo load bars can be adjusted to fit different container sizes. Nonetheless, this will depend on the specific type of cargo load bar. Ideally, load bars with adjustable mechanisms can be extended or retracted to fit snugly inside various container sizes.

Q: Are cargo load bars easy to install and remove?

A: Cargo load bars are designed to be relatively easy to install and remove. Nonetheless, the ease of installation can vary depending on the type and design of the load bar as well as the cargo being loaded. For instance, cargo control bars are designed to be quickly installed across the cargo space.