Nanometer freshness retaining paper box at room temperature

A nanometer, normal temperature technology, applied in the fields of fruit and vegetable preservation, food preservation, rigid containers, etc., can solve the problems that the coating film is not easy to be accepted by consumers, the thickness of the coating film is not easy to control, and it is easy to breed microorganisms, so as to achieve good market promotion value and improve Fresh-keeping effect, good fresh-keeping effect

A nanometer, normal temperature technology, applied in the fields of fruit and vegetable preservation, food preservation, rigid containers, etc., can solve the problems that the coating film is not easy to be accepted by consumers, the thickness of the coating film is not easy to control, and it is easy to breed microorganisms, so as to achieve good market promotion value and improve Fresh-keeping effect, good fresh-keeping effect

CN107668190AInactive Publication Date: 2018-02-09广东中穗纸品有限公司

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0019] A nanometer fresh-keeping carton at normal temperature, comprising a box body and an ethylene adsorption cloth (prepared by hemp fiber) arranged in the box, the inner surface of the box is coated with a nano-preservation layer, and the nano-preservation layer includes the following raw material group Parts: nano-diatomite, sodium bicarbonate, polyethyleneimine, antibacterial agent, deionized water, the surface of the ethylene adsorption cloth is coated with water evaporation inhibitor and ethylene adsorbent in sequence. The coating amount of nano fresh-keeping layer is 0.65L / m 2 , the coating amount of water evaporation inhibitor is 0.32L / m 2 , the coating amount of ethylene adsorbent is 0.2L / m 2 .

[0020] Among them, the percentage ratio of each raw material in the nano-preservation layer is: 25% of nano-diatomite, 8% of sodium bicarbonate, 8% of polyethyleneimine, 9% of antibacterial agent, and the balance of deionized water; Composition of phenol, beeswax and euc...

Embodiment 2

[0024] A nanometer fresh-keeping carton at normal temperature, comprising a box body and an ethylene adsorption cloth (prepared by hemp fiber) arranged in the box, the inner surface of the box is coated with a nano-preservation layer, and the nano-preservation layer includes the following raw material group Parts: nano-diatomite, sodium bicarbonate, polyethyleneimine, antibacterial agent, deionized water, the surface of the ethylene adsorption cloth is coated with water evaporation inhibitor and ethylene adsorbent in sequence. The coating amount of nano fresh-keeping layer is 0.8L / m 2 , the coating amount of water evaporation inhibitor is 0.38L / m 2 , the coating amount of ethylene adsorbent is 0.26L / m 2 .

[0025] Among them, the percentage ratio of each raw material in the nano fresh-keeping layer is: 40% of nano-diatomite, 5% of sodium bicarbonate, 10% of polyethyleneimine, 10% of antibacterial agent, and the balance of deionized water; Composition of phenol, beeswax and ...

Embodiment 3

[0029] A nanometer fresh-keeping carton at normal temperature, comprising a box body and an ethylene adsorption cloth (prepared by hemp fiber) arranged in the box, the inner surface of the box is coated with a nano-preservation layer, and the nano-preservation layer includes the following raw material group Parts: nano-diatomite, sodium bicarbonate, polyethyleneimine, antibacterial agent, deionized water, the surface of the ethylene adsorption cloth is coated with water evaporation inhibitor and ethylene adsorbent in sequence. The coating amount of nano fresh-keeping layer is 0.7L / m 2 , the coating amount of water evaporation inhibitor is 0.4L / m 2 , the coating amount of ethylene adsorbent is 0.16L / m 2 .

[0030] Among them, the percentage ratio of each raw material in the nano-preservation layer is: 30% of nano-diatomite, 8% of sodium bicarbonate, 11% of polyethyleneimine, 12% of antibacterial agent, and the balance of deionized water; Composition of phenol, beeswax and eu...

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Abstract

The present invention provides a nanometer freshness retaining paper box at room temperature. The nanometer freshness retaining paper box comprises a box body and a plurality of ethylene absorption cloths arranged in the box body, an inner surface of the box body is coated with a nanometer freshness retaining layer, the nanometer freshness retaining layer comprises the following raw material components: nanometer diatomaceous earth, sodium bicarbonate, polyethyleneimine, an antibacterial agent and deionized water, and surfaces of the ethylene absorption cloths are successively coated with a water content evaporation inhibitor and an ethylene adsorbent. By a reasonable box body interior design and a ratio of coating materials, the nanometer freshness retaining paper box effectively improvesa preservation effect of fruits and vegetables at room temperature, significantly improves oxidation preventing, micro-organism preventing, corrosion preventing, water retaining and freshness retaining abilities, can extend the shelf life of different varieties of agricultural products for 3-20 days, and has a good market promotion value.

Description

technical field [0001] The invention relates to the technical field of fruit fresh-keeping cartons, in particular to a nanometer room-temperature fresh-keeping carton. Background technique [0002] As the personalized demand for commodities becomes more and more widespread, functional corrugated boxes are attracting more and more attention. The so-called functional corrugated boxes refer to packaging containers with special functions made of corrugated cardboard, which generally have many advantages, such as Light weight, good structural performance, scientific and environmental protection, etc., its internal corrugated structure is similar to an arched structure, which can play a role in cushioning and shock absorption for the packaged products, and has good mechanical properties. At the same time, it has many good protection functions for packaged items, such as moisture-proof, heat dissipation, fresh-keeping, refrigeration, easy handling, etc., lower transportation costs,...

Claims

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Application Information

Patent Timeline
09 Feb 2018
Publication
CN107668190A
IPC
A23B7/152; A23B7/154; B65D5/56
CPC
A23B7/152; A23B7/154; B65D5/563
Inventors
张晓斌