Ten Tips To Avoid Forklift Pallet Damage (Part 1)

Damaged pallets reduce productivity and increase costs, and are often caused by forklifts. Pallet and repair costs increase over time, impacting profits. While they can be damaged in many different ways, improper forklift handling is a common cause. Fortunately, many situations that damage pallets can be avoided through careful handling and enhanced training. Here are 10 tips to reduce forklift pallet damage:

① Reduce Speed

1. This is one of the most important techniques for limiting forklift damage and is related to many other techniques you will read about below.

2. Slowing down gives forklift operators more reaction time to properly handle pallets and reduces situations like short forks, improper tooth spacing, and other errors.

3. In addition, slowing down prevents the mast, fork teeth, or other parts of the lift from impacting the pallet or the product it carries. Reducing rushing and using the forklift more gently will also extend its lifespan.

4. Important times to slow down are when picking up and unloading loads. This is also crucial when stacking or lifting pallets.

② Use the correct pallet

1. Does the pallet have sufficient load-bearing capacity?

2. Small differences in pallet material dimensions and structural layout can significantly affect its load-bearing capacity.

3. Overloaded or incorrectly designed pallets are more prone to breakage, cracking, or shattering, and are more easily damaged by improper forklift handling.

4. Weight distribution is another crucial factor in using the correct pallet. Even if the pallet meets the load capacity, uneven weight distribution will affect performance. Improper weight distribution will put stress on the pallet in unintended ways, leading to failure.

5. Using a pallet design system can help ensure that the pallet is loaded correctly and performs its intended purpose.

③ Do not turn the pallet before the fork tines are fully removed from the pallet

1. A type of damage harmful to pallets is longitudinal beam damage. These are critical components that hold the pallet together, and longitudinal beam failure will immediately result in a significant loss of the pallet's load-bearing capacity.

2. This particular type of damage is often caused by the forklift driver releasing the load too early and turning the pallet away from the pallet, causing the fork tines to impact the longitudinal beams, resulting in tearing and damage.

3. Forklift drivers must ensure that the forks are fully disengaged from the pallet before unloading it.

④ Do not drag or push pallets.

1. "Dragging" pallets means pushing them across the floor.

2. Pallets are not designed to be pushed along the ground; doing so will subject them to undue lateral stress, compromising their load-bearing capacity.

3. Dragging also causes physical damage to pallet components, weakening them and increasing the likelihood of failure.

⑤ Do not use short-fork pallets.

1. Short forks refer to forklifts where the forks are not fully inserted into the pallet before lifting. Ensure the front of the forklift mast is as close as possible to the pallet and product, with the pallet's end on the fork tip.

2. Pallets are designed to support the weight of the product and require full fork insertion. When the forks are not fully inserted, additional stress is applied to the pallet's deck and nails, increasing the likelihood of failure or damage.

3. Pallets are also more prone to slipping and falling when short-forked, especially during rushed handling.