Environment-friendly isolating material and production method thereof

Abstract

The invention provides an environment-friendly isolating material and a production method thereof. The material comprises a polyester layer, an aluminum foil layer and a polyethylene foamed layer, wherein the polyester layer is made from a transparent film material, the polyethylene foamed layer is an up-down dual-plane foam film which is made from high-pressure polyethylene, the aluminum foil layer is respectively attached to two sides of the polyethylene foamed layer by using a binder, and the upper and lower outer layers of the environment-friendly isolating material are the polyester layers which are respectively attached by using the binder. The environment-friendly isolating material can be used as a product packaging material and further can be used as a middle interlayer of a wallspace, a floor, a roof or a decorative wallboard. The environment-friendly isolating material is light, anti-shock and convenient to use and meanwhile has various functions of being moistureproof, insulative, flame-retardant, radiationproof and the like.

Description

Technical field [0001] The invention belongs to the technical field of materials, and in particular relates to an environment-friendly insulating material and a production method thereof. Background technique [0002] Electronic accessories need anti-collision and anti-static protection during transportation, and the packaging of these electronic accessories also needs to be waterproof, moisture-proof, and fire-proof. In particular, some relatively fine electronic devices are vulnerable to static electricity or radiation interference, resulting in damage to the use function, or a decrease in accuracy. At this time, special anti-static and radiation-proof packaging must be added to the packaging box. In this way, when the electronic accessories are packaged, multiple protective materials must be used, which is very bulky; it is inconvenient to transport these electronic accessories and increases the transportation cost. At the same time, rubber or plastic materials are often...

AI Technical Summary

Problems solved by technology

In particular, some relatively fine electronic devices are vulnerable to static electricity or radiation interference, resulting in damage to the use function, or a decrease in accuracy. At this time, special anti-static and radiation-proof packaging must be added to the packaging box.

This makes the packaging of electronic accessories use multiple protective materials, which is very cumbersome; it is inconvenient to transport these electronic accessories, which increases the transportation cost

At the same time, rubber or plastic materials are often used in current packaging materials. Although these materials are low in cost and have good shock and waterproof effects, they are extremely flammable and may cause fires at high temperatures, or increase the intensity of fires in fires.

[0003] In addition to insulating people from wind and rain, houses also have thermal insulation and sound insulation effects, making the occupants feel more comfortable, but now houses, especially buildings, are usually designed with thinner walls, roofs or floors in order to pursue space utilization. The sound insulation performance of the wall, roof or floor is greatly affected

This not only increases the energy consumption of people using air conditioning and heating, but also reduces its cooling or heating effect, and the noise generated by neighbors on the left, right, and upper and lower floors will have a greater impact on the residents.

In some office buildings, for the convenience of the layout, the floors are often designed in an open form, and the space layout required by each internal company is realized through the partitions. For the convenience of decoration, these partitions are usually used relatively light and thin, which makes its sound insulation performance Greatly reduce the impact on the company's internal office environment

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