UNITRAILER 3m/25mm/0.8t transport belt with tensioner

UNITRAILER 3m/25mm/0.8t transport belt with tensioner

The UNITRAILER orange belt with tensioner consists of two parts: a shorter one with a tensioner (i.e. ratchet) and a hook, and a longer one with a strap also finished with a hook. The total length of the belt, including the strap and buckle, is 3 meters, which provides the right length for various transport applications. The width of the belt is 25 mm, providing an optimal pressure surface. The belt has a strapping strength of 0.8 tons (800 daN), which makes it an ideal solution for safe securing of small loads, such as gardening equipment, light construction materials or workshop equipment during transport.

Transport belts are an essential element when it comes to safe transport of goods - they help to stably immobilize various loads on trailers, flatbed trucks or in transport vehicles. They come in various lengths and strengths, which allows you to adjust their strength to the weight and size of the load being transported. Well-chosen belts protect the goods from shifting and damage, while increasing the safety of all road users. IMPORTANT: belts are used only to secure the load, not to suspend it.

UNITRAILER cares about the quality of its belts, which are manufactured from solid materials that are resistant to stretching. All metal elements - hooks and the tensioning mechanism - are made of durable, anti-corrosion steel, which allows for safe and long-term use in various weather conditions. Each belt has a legible label, protected by foil, with information in Polish and English. For convenience and safety, the maximum working load has also been engraved on the buckle and hooks, which allows for quick checking of the belt parameters even in the event of damage to the label.

Tensile strength (LC)

The 0.8 ton (800 daN) strength in the strap indicates the maximum load that the strap can withstand when wrapped around the load or attached to the floor on two opposite sides of the load. This method of attachment allows for stronger and more stable securing of the load, as the force is distributed over both parts of the strap, reducing the risk of damage at higher loads.

Straight Tension Strength (LC)

The strap has a simple tension strength of 0.4 tons (400 daN), which is the maximum force that the strap can transfer when point-secured, i.e. directly from point to point. This value is usually half the strength of the strapping and determines the maximum safe load when the strap is simply tensioned. It should be remembered that to ensure safe transport, the load should be secured symmetrically, which means that the minimum number of straps secured in a simple arrangement is 2 pieces. This solution ensures even distribution of forces and stable immobilization of the load during transport.

Standard Tension Force (STF)

The tension force is 104 daN, which means that the belt presses the load with a force equivalent to 104 kg, effectively securing it from shifting during transport. This is a key parameter of the transport belt defining the pressing force that can be obtained with standard belt tension using a tensioner (ratchet). This parameter is particularly important when planning load securing, because it informs about the actual force immobilizing the load when using standard belt tension, which increases the safety of the load during transport.

Standard Hand Force (SHF)

The manual tension force is 25 daN, which is the force that must be applied to the tensioner to properly secure the load. This value ensures ergonomics and work safety, allowing the belt to be properly tensioned without the risk of excessive effort. The SHF parameter is important when selecting a belt, as it indicates the optimal manual force required to effectively and stably immobilize the load.

Maximum stretchability

Maximum elongation is the percentage increase in the length of the belt under full load. It is a value expressed as a percentage, indicating how much the belt can stretch from its original length. Maximum elongation, usually around 7%, allows the belt to absorb shocks and reduce sudden changes in force during transport, which additionally protects the load from damage.