Insulation boxIn many packaging products nowadays, they have gradually become mainstream because they have various advantages when used. Firstly, they have the advantage of being lightweight. As we all know, for today's products, they often pay attention to their performance in terms of weight. Because it increases weight while also increasing its performance in shipping, this is one of the biggest advantages of an insulated box. Another aspect is that it has its own impact resistance performance when used. The so-called packaging is to protect the product during use.

Insulation boxes are a necessary condition for products to enter the circulation field, and the main means of packaging is to use packaging machinery. With the development of technology and the progress of the times, packaging machinery is playing an increasingly important role in the circulation field. Traditional insulation box machinery often adopts mechanical control, such as cam distribution shaft type. Later, electronic control, photoelectric control, pneumatic control, and other control forms emerged for insulation boxes. But with the increasing productivity and the randomness of packaging parameters, these control systems have become increasingly difficult to meet the development of the new situation. A new technology called insulation box: mechatronics integration technology has emerged, and insulation box has completely changed the appearance of packaging machinery, making it appear in a new posture in front of the world.

Insulation box manufacturerIntroduce the materials and usage characteristics of the insulation box:

In brief, the incubator is a package made of foam. The commonly referred to insulation box mainly refers to the insulation box made of expandable polystyrene (EPS)

The raw materials are hot processed through the mold, and the packaging products produced are commonly known as "foam". Expandable polystyrene is an ideal packaging material

The forming process can be processed into various shapes and thicknesses of packaging products according to needs. Under high loads, materials undergo deformation, energy absorption

Decomposing energy and other functions to achieve buffering and shock absorption, while also having insulation and insulation functions. EPS packaging products are generally white and can be produced in color according to requirements.

Main usage characteristics:

1. Lightweight. Part of the space for EPS packaging products is replaced by gas, with 3 to 6 million independent sealed bubbles per cubic centimeter of volume. Therefore, it is several to tens of times larger in volume than plastic.

2. Has the ability to absorb impact loads. When EPS packaging products are subjected to impact load, the gas in the foam will consume and dissipate the external energy through stagnation and compression, and the foam body will gradually terminate the impact load with a small negative acceleration, so it has a good shockproof effect.

3. Good insulation performance. The thermal conductivity is the weighted average of the pure EPS thermal conductivity (108cal/m.h. ℃) and the air thermal conductivity (around 90cal/m.h. ℃).

4. Good sound insulation performance. The sound insulation of EPS products mainly comes from two ways: firstly, absorbing sound energy, reducing reflection and transmission; The second is to eliminate resonance and reduce noise.

5. Anti aging and corrosion performance. Except for long-term exposure to high-energy radiation, the product has no obvious aging phenomenon. Can tolerate many chemical substances, such as dilute acids, dilute alkalis, methanol, lime, asphalt, etc.

6. Anti static performance. Due to the low conductivity of EPS products, they are prone to self charging during friction, which will not affect the products of general users. For high-precision electronic products, especially modern electrical large-scale integrated block structural components, anti-static EPS products should be used.