There are a number of distinct types of hot melt adhesive films; however, the EVA hot melt adhesive film and the TPU hot melt adhesive film are the ones that are utilized on a regular basis. There are also a number of other varieties of hot melt adhesive films. There are additionally numerous varieties of hot melt adhesive films available. Additionally, there is a hot melt film that is made of PA, there is a hot melt film that is made of PO, and there is a hot melt film that is made of PES. Recently, a client contacted us with the following query: "Out of PO hot melt film and PES hot melt film, which one do you recommend I use?"It is difficult to provide a satisfactory response to this question, which is typical of someone who is not familiar with hot melt film.

It is possible for hot melt films made of either PO or PES to adhere very well to the material to which they are applied, or they may not adhere at all, depending on the nature of the material to which they are applied. The comparison between hot melt film and medicine is one that has been made on multiple occasions. In the same way that the condition can be treated with the appropriate medication, the material can have the adhesive applied to it in order to create a strong bond. This is not only true for hot melt films, but it is also true for the entirety of the adhesives industry as a whole.

Both thermoplastic urethane Low-melting point TPU adhesive film and polyether sulfide (PES) hot melt adhesive film are examples of conventional material types of hot melt adhesives that are included in the hot melt adhesive product system. They are both hot melt adhesive films made of the material PES, and they have the same purpose, which is to solve the problem of bonding and compounding of materials in the production molding process, use method, and other processes. They are also similar in that they both have this function. Aspects, for the most part, are interchangeable with one another. What other distinctions can be made between the two materials, aside from the components that are the same in both of them? After all, there will never be a situation in which two different kinds of material are an exact match for one another.

1. a selection of different materials and raw materials from which to choose:

The utilization of distinct raw materials provides the basis for our first point of differentiation between the two. The thermoplastic polyurethane hot-melt mesh (also known as TPU hot-melt mesh) is an elastomer material, and the primary component of this material is polyurethane. As a result of the different melting points, the color will additionally be classified as either having a high transparency or falling into the category of having a transparent appearance. The primary constituent of the PES hot melt adhesive mesh is the copolyester, which is a type of material that is white in color and translucent in appearance.

2. Different from one another in terms of coziness and suppleness: each of the following:

There is still a big difference between the two choices in terms of how comfortable they are and how soft they are. The TPU hot-melt mesh film has great elasticity and performs exceptionally well in terms of being comfortable and having a high level of softness. The performance of PES hot-melt adhesive mesh in terms of softness and comfort is relatively poor, and it is significantly lower than that of TPU hot-melt mesh. This is because the primary raw material of PES hot-melt adhesive mesh is a polymer material that is inelastic. Because of this, the applications that could be found for TPU hot melt mesh are substantially more varied and extensive than those that could be found for PES hot melt mesh.

3. The difference between the durability against wet cleaning and the durability against dry cleaning:

TPU hot-melt film has a water-washing resistance that is on par with that of PES hot-melt adhesive film. On the other hand, the water-washing resistance of PES hot-melt adhesive mesh film is significantly higher than that of TPU hot-melt film. The washing resistance of TPU hot-melt mesh film, on the other hand, is able to fulfill the requirements for washing resistance that are mandated by the vast majority of industries. In contrast, the performance of the TPU hot-melt mesh film in terms of its resistance to dry cleaning is below average, whereas the dry cleaning resistance of the PES hot-melt mesh film is both good and satisfactory. This is due to the fact that the PES hot-melt mesh film is made from polyethylene terephthalate (PET).

4. Differences in the capacity to withstand extremely high temperatures:

The low temperature resistance of Low-melting point TPU adhesive film is minus 30 degrees, while the high temperature resistance of PES hot melt adhesive film is above 120 degrees. The resistance of TPU hot melt film to temperatures as high as 110 degrees is significantly higher than the resistance of PES hot melt film to temperatures as low as minus 20 degrees.

5. Differences in the temperature at which different objects begin to melt:

The melting point type of TPU hot melt film is higher than that of PES hot melt adhesive film, and the melting point span is relatively large, basically encompassing both high and low temperatures. In addition, the melting point type is higher than that of PES hot melt adhesive film. In addition, the melting point type is one that has a higher value than the melting point type of PES hot melt adhesive film. The lowest possible melting point is 65 degrees, while the highest possible melting point is 180 degrees. The range of possible melting points is quite wide. In most cases, the temperature of approximately 110 degrees Fahrenheit is required for the PES hot melt adhesive mesh to melt, and the temperature range is not very large!