Laminated polyethylene resin foaming sheet

Abstract

The invention provides a laminated polyethylene resin foaming sheet, which could prevent foaming sheets from mutual attaching or attacking on packaged goods such as a glass substrate, has excellent packaged goods packing operation, avoids peeling static electricity and prevents dusts from attaching on packaged goods. The laminated polyethylene resin foaming sheet is laminated with a polyethylene resin layer including a polymeric antistatic agent on at least one surface and is a laminated sheet having a thickness of 0.2-2.0mm and an apparent density of 0.02-0.1g / cm3. The laminated polyethylene resin foaming sheet is characterized in that the laminated sheet at least meets optionally a requirement in specific conditions (i), (ii) and (iii).

Description

technical field [0001] The invention relates to a laminated polyethylene resin foam sheet. Background technique [0002] In recent years, in order to prevent damage and damage to glass substrates for displays used in thin televisions, polyethylene resin extruded foam sheets rich in flexibility and cushioning properties have been used as packaging materials. The glass substrate for display is required to have a very high level of surface cleanliness, so a polyethylene resin extruded foam sheet containing a polymer antistatic agent was used as a packaging material. As such a foam seat|seet, the interlayer paper for glass substrates described in patent document 1 is mentioned, for example. [0003] But for the foam sheet that is used as the cushioning material of the electronic precision instrument, the foam sheet of the packaging material that is headed with the interlayer paper for glass substrate described in patent document 1 at present, all contain the expensive macromole...

AI Technical Summary

Problems solved by technology

However, although this laminated foam sheet exhibits good antistatic properties, it has a problem of poor sliding

Specifically, when this foam sheet is laminated and stored, the foam sheet forms a state of mutual adhesion and is difficult to peel off, or forms a state of being easy to adhere to packaged objects such as glass substrates and is difficult to peel off. When the foam sheet is used to cover the packaged object, since the foam sheet is difficult to slide, creases are formed on the foam sheet, and the workability may be reduced.

Furthermore, when the object to be packaged is an article that is subject to static electricity such as a glass substrate, there is also a problem that peeling static electricity is generated when the foam sheet is peeled off from the glass substrate.

In addition, when this foam sheet is used as a packaging material, although the cushioning property is excellent, there is a problem in the visibility of the packaged object.

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