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Developing Edible Starch Film Used for Packaging Seasonings in Instant Noodles
by
Yu, Long
, Chen, Hui
, Zhou, Yinglin
, Chen, Ying
, Liu, Hongsheng
, Alee, Mahafooj
, Ali, Amjad
, Yang, Mao
, Chen, Ling
in
Additives
/ ambient temperature
/ Aridity
/ Biodegradable materials
/ Cellulose
/ Cellulosic resins
/ Contact angle
/ corn starch
/ Crystals
/ Ductility
/ edible
/ edible films
/ edible seaweed
/ Elongation
/ flavor
/ Flavors
/ Food
/ Food additives
/ Food packaging
/ Food science
/ Glycerol
/ Humidity
/ instant noodle
/ interface
/ light microscopes
/ Mechanical properties
/ Microstructure
/ Moisture content
/ Noodles
/ Optical microscopes
/ Packaging
/ Permeability
/ plasticizers
/ Polarized light
/ reinforcement
/ Room temperature
/ Scanning electron microscopy
/ soups
/ Starch
/ starch film
/ Temperature requirements
/ Tensile properties
/ Tensile strength
/ Tensile tests
/ Water vapor
/ xylose
2021
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Developing Edible Starch Film Used for Packaging Seasonings in Instant Noodles
by
Yu, Long
, Chen, Hui
, Zhou, Yinglin
, Chen, Ying
, Liu, Hongsheng
, Alee, Mahafooj
, Ali, Amjad
, Yang, Mao
, Chen, Ling
in
Additives
/ ambient temperature
/ Aridity
/ Biodegradable materials
/ Cellulose
/ Cellulosic resins
/ Contact angle
/ corn starch
/ Crystals
/ Ductility
/ edible
/ edible films
/ edible seaweed
/ Elongation
/ flavor
/ Flavors
/ Food
/ Food additives
/ Food packaging
/ Food science
/ Glycerol
/ Humidity
/ instant noodle
/ interface
/ light microscopes
/ Mechanical properties
/ Microstructure
/ Moisture content
/ Noodles
/ Optical microscopes
/ Packaging
/ Permeability
/ plasticizers
/ Polarized light
/ reinforcement
/ Room temperature
/ Scanning electron microscopy
/ soups
/ Starch
/ starch film
/ Temperature requirements
/ Tensile properties
/ Tensile strength
/ Tensile tests
/ Water vapor
/ xylose
2021
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Developing Edible Starch Film Used for Packaging Seasonings in Instant Noodles
by
Yu, Long
, Chen, Hui
, Zhou, Yinglin
, Chen, Ying
, Liu, Hongsheng
, Alee, Mahafooj
, Ali, Amjad
, Yang, Mao
, Chen, Ling
in
Additives
/ ambient temperature
/ Aridity
/ Biodegradable materials
/ Cellulose
/ Cellulosic resins
/ Contact angle
/ corn starch
/ Crystals
/ Ductility
/ edible
/ edible films
/ edible seaweed
/ Elongation
/ flavor
/ Flavors
/ Food
/ Food additives
/ Food packaging
/ Food science
/ Glycerol
/ Humidity
/ instant noodle
/ interface
/ light microscopes
/ Mechanical properties
/ Microstructure
/ Moisture content
/ Noodles
/ Optical microscopes
/ Packaging
/ Permeability
/ plasticizers
/ Polarized light
/ reinforcement
/ Room temperature
/ Scanning electron microscopy
/ soups
/ Starch
/ starch film
/ Temperature requirements
/ Tensile properties
/ Tensile strength
/ Tensile tests
/ Water vapor
/ xylose
2021
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Developing Edible Starch Film Used for Packaging Seasonings in Instant Noodles
Journal Article
Developing Edible Starch Film Used for Packaging Seasonings in Instant Noodles
2021
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Overview
Edible starch-based film was developed for packaging seasoning applied in instant noodles. The edible film can quickly dissolve into hot water so that the seasoning bag can mix in the soup of instant noodles during preparation. To meet the specific requirements of the packaging, such as reasonable high tensile properties, ductility under arid conditions, and low gas permeability, hydroxypropyl cornstarch with various edible additives from food-grade ingredients were applied to enhance the functionality of starch film. In this work, xylose was used as a plasticizer, cellulose crystals were used as a reinforcing agent, and laver was used to decrease gas permeability. The microstructures, interface, and compatibility of various components and film performance were investigated using an optical microscope under polarized light, scanning electron microscope, gas permeability, and tensile testing. The relationship was established between processing methodologies, microstructures, and performances. The results showed that the developed starch-based film have a modulus of 960 MPa, tensile strength of 36 Mpa with 14% elongation, and water vapor permeability less than 5.8 g/m2.h under 20% RH condition at room temperature (25 °C), which meets the general requirements of the flavor bag packaging used in instant noodles.
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