Stretch Wrapping

    pallet wrapping, stretch film

Best practices for 15 semi-automatic fpc2.

The manual on how to operate and troubleshoot machines is available for most stretch packages. However, they can’t cover what you need to know to make a safe load created.

What is containment? The retention force of the membrane under load is the containment force – the most important factor in successful transport. It is determined that it is the winding force times the number of film layers of the load. Your own unique control is required for each load, and the shape of the load and the product are the determinants.

Fifteen of the questions about control have been collected by us. Here are some Suggestions for movie breaks and machine Settings. You can find useful things when you build a safe ship.

Tips for stopping power:

A control measuring tool that can be purchased with your stretch wrapper. The function of this tool is to measure the weight of the film on the load. Click here and you can find out how much control you need. If you have a control tool, or you need to know is how much control you, so you need to do is wrap it tightly as possible, does not produce distortion, also can not crush the film. There are a lot of control tools and methods that you can use. You know which one you are using to be guaranteed, and its measurements are not compared to the measurements of other tools. Even with the same tools, measurement differences between people can exist. Rounded up. Having more containment forces is the best outcome, but that’s not enough.

What is movie technique?

When we buy stretch film, don’t buy the cheap ones. “Cheap” film is a fake economy. The product damage is compared with the film cost, which needs to be more cost driven.


Stretch Wrapping

If you want to avoid the first question of fpc1, what should you do?

As we all know, in 1972, L invented fpc1, in terms of technology, has greatly improved, the shipper to get the help, to send their goods from their device to their clients, damage is greatly reduced, and it also can be finished at the lowest cost.

However, we should also know that stretching is not without problems. Film damage is the biggest problem. That’s when something bad happens. In the best of circumstances, time and money will be wasted, to buy your product, but you will end up with disastrous results, with damaged goods the worst.

So, what’s the good news? You can limit the risk of breakage for the most common cause before stretching or even getting started. Here are some things you can do:

Your products are hung on a tray and can be prevented by you, and sharp corners can be eliminated. If you used to have a garbage bag at home, if someone had put a sharp corner box in it, then you’d know… This will produce a messy result

Proper handling of film is training operators. One of the main causes of the film rupture is due to improper film threading. In addition, if we discard a roll of film, or mishandled the film, the nicks will appear. The nicks took place on film breaks. Buying “cheap” film is undesirable because we can see that it has a higher risk of defects (gels, nicks, tears). If it’s a “cheap” film, it’s likely to produce less tear-jerking results, and the ability to extend it to the performance film isn’t there. Any savings you are achieving can disappear with a broken load that is what you think.

It’s not advisable to set the packing pressure too high. This process is a trial and error process, but it is worth the effort.


Stretch Film


By reducing the film tension or pretension level, the rupture of the membrane caused by the risk of the load is generally reduced. However, as we reduce these, it’s important to remember that adding more membranes is the most important thing to do, so that you can avoid losing control. Observe how your changes affect several shifts or what you need to do. How should we set the movie tension? We should set the film tension at the highest level so that too much film breakage or load distortion, breakage or distortion will not occur again. These changes can affect movie costs and productivity, which you can’t forget.

But what if that doesn’t work? Or the rest is caused by 6 other reasons, what should you do?

If the reason for your movie interrupts is not due to the risk of load configuration, or, rather than being addressed by the above Suggestions, it is time to solve the problem. What is the reason for your stretch film? We all know that the three things to check are a good place to start the process. However, how to solve common packaging problems is a broader resource.

How should we solve common packaging problems?

On how to solve common packing problem, we held a meeting, this is a 30 minutes free web conference, we use 44 years of experience in stretch packaging to help you, to help you solve the problem of the packing of the real world. What should the seminar focus on?

The first question that should be noted is the impact of the rest of the movie, how to fix them and how the movie’s broken list should be done. If you want to set the best film tension, what should you do? What you should do in choosing the percentage of PR stretching and the best method for film thickness. What can we do to avoid load crushing, distortion, or bending?



Stretch Film


Do you know the reason why the most common stretch film fracture?

Stretch film fracture is an inevitable challenge for elastic packaging operators. Typically, three to five times a few customers find the time of each roll. In the best of circumstances, we all know that these breaks are a stimulus. In the worst cases, a series of increasingly problematic challenges can be brought to the surface.

Do you know the most likely reason for the destruction of your stretch film? It’s broken.

There are many reasons for the stretch film to be destroyed, here are 7 common reasons, but so far, the most likely cause of your tensile rupture is your load. In fact, at the time of the movie break, the risk of load is very high, about 27 percent.

Do you know what we mean by the danger of a load profile? The composition of the load itself is a load hazard, which can puncture, tear, or emphasize the film because it is applied to the point that causes the fault. Such situations, such as sharp load angles or serious internal product layers, are typical examples of load configuration hazards.

What are you going to do if you want to solve this problem?

If the risk is caused by the load profile, changing the configuration file is the most obvious solution. In this case, we all know that sometimes even the most obvious answer is not the best solution. We all know that if you want to change the composition of the load, it’s not always possible. If you want to reassemble a load, and need to have your precious time, to be honest, almost no one ever to do so, so, from the point of view of solution, this is not a possible solution. So how can we solve this problem?