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A book about plastic film

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A book about plastic film Recommend a better one (newcomer) finally, the film blowing~~~

Book Title: new plastic packaging film
ISBN: 750258788
Author: Gao Xuewen
Publishing House: Chemical Industry Publishing House
Pricing: 29
pages: 336
publication date: July 1, 2006
Edition:
format: 32
Packaging: paperback
Introduction: in recent 10 years, the variety of raw materials suitable for plastic film processing has been increasing, the performance has been continuously improved, and the film forming process and secondary processing technology have been continuously renovated, With the rapid improvement of plastic packaging processing machinery and equipment and the increasing diversification of packaging technology (Methods), the variety, quality, quantity and application field of plastic film for packaging in China have jumped to an unprecedented new level. In order to reflect these developments, this book tries to compile into this book the new materials, new technologies, new processes, new equipment, new testing standards and test methods, the expanded application fields of products and some foreign relevant materials contacted by the editor in recent years, for the reference of technicians and relevant practitioners engaged in processing plastic films

Catalogue:
Chapter 1 common raw materials of plastic film for packaging
1.1 common heat sealing packaging materials
1 1.1 polyethylene and its copolymer
1.1.2 polypropylene
1.2 common adhesive polymers
1.2.1 adhesion mechanism of polymers
1.2.2 additives
1.3 common barrier packaging materials
1.3.1 polyvinylidene chloride and its copolymer (polyvinylidene chloride)
1.3.2 polyvinyl alcohol and its copolymer
1.3.3 grade of ethylene vinyl alcohol copolymer
1.3.4 properties of polyvinyl alcohol and its copolymer
1.3.5 polyamide resin
1.3.6 polycarbonate
1.3.7 unsaturated polyester
1.3.8 acrylonitrile resin
1.4 other resins
1.4.1 polystyrene
1.4.2 K Resin
Chapter 2 molding method of plastic film for packaging
2.1 melt extrusion method
2.1.1 T-die method
2.1.2 blow method
2.2 pull method Elongation
2.2.1 biaxial tensile method
2.2.2 characteristics and types of biaxial tensile film
2.2.3 uniaxial tensile film
Chapter 3 properties of plastic film
3.1 mechanical properties of plastic film
3.1.1 tensile strength and elongation
3.1.2 effect of elongation and crystallization on tensile properties
3.1.3 tear strength
3.1.4 impact strength
3.1.5 rigidity Stiffness
3.2 dimensional stability of plastic film
3.2.1 reversible or instantaneous dimensional change
3.2.2 irreversible or permanent dimensional change
3.3 permeability and heat sealing properties of plastic film
3.3.1 water absorption of plastic film
3.3.2 permeability resistance of plastic film
3.3.3 heat sealing properties of plastic film for packaging
3.4 electrical properties of plastic film
3.5 surface properties of plastic film
3.5.1 interfacial chemistry of plastic surface Energy
3.5.2 physical properties of plastic film surface
3.6 optical properties of plastic film
3.7 appearance uniformity of plastic film for packaging
3.7.1 thickness measurement
3.7.2 length Width
3.7.3 appearance
3.7.4 crystal point
3.8 crystallinity and properties of plastic packaging materials
3.8.1 mechanical properties
3.8.2 density and optical properties
3.8.3 thermal properties
3.8.4 processing molding
3.8.5 appropriate cooling speed
3.9 hygienic properties of plastic films
Chapter 4 molding methods of various plastic films Performance and market
4.1 film forming method of polyethylene film
4.1.1 blowing method
4.1.2 T-shaped die method
4.1.3 stretching method
4.1.4 performance of polyethylene film
4.1.5 market of polyethylene film
4.2 film forming method of polypropylene film
4.2.1 blowing method
4.2.2 T-shaped die method
4.2.3 stretching method
4.2.4 performance of polypropylene film
4.2.5 market of polypropylene film
4.3 film forming method of polystyrene film
4.3.1 blowing method
4.3.2 Stretching method
4.3.3 properties of polystyrene film
4.3.4 market of polystyrene film
4.4 film-forming method of polyvinylidene chloride film
4.4.1 melt extrusion expansion method
4.4.2 melt coextrusion method
4.4.3 K coating
4.4.4 properties and applications of polyvinylidene chloride film
4.4.5 market of polyvinylidene chloride film
4.5 film-forming method of polyvinyl alcohol and its copolymer film
4.5.1 solution casting method
4.5.2 melting of polyvinyl alcohol Extrusion method
4.5.3 melt extrusion method of ethylene vinyl alcohol copolymer
4.5.4 market of polyvinyl alcohol film and its copolymer
4.6 film forming method of polycarbonate film
4.6.1 T-die method
4.6.2 solution casting method
4.6.3 performance of polycarbonate film
4.6.4 market of polycarbonate film
4.7 film forming method of polyester film
4.7.1 flat film method
4.7.2 tube film method
4.7.3 melt extrusion method
4.7.4 modification of polyester film
4.7.4 5 properties of polyester film
4.7.6 market of polyester film
4.8 film forming method of polyamide film
4.8.1 stretching method
4.8.2 blowing method
4.8.3 tape casting method
4.8.4 coextrusion coating process
4.8.5 properties of polyamide film
4.8.6 market of polyamide film
4.9 functions of other plastic films for packaging Performance and application
4.9.1 single layer film
4.9.2 aluminum foil
4.9.3 vacuum aluminized film
4.9.4 silicon plated film
4.9.5 high barrier film
4.9.6 sterile packaging film
4.9.7 high temperature cooking bag
4.9.8 degradable plastic film
4.9.9 composite packaging material
4.10 application of composite packaging material
Chapter 5 secondary processing of plastic film
5.1 adhesive and solvent type pasting method of plastic film
5.2 surface treatment of plastic film 5.2.1 surface oxidation
5.2.2 surface sandblasting
5.3 heat sealing method of plastic film
5.3.1 hot melt sealing
5.3.2 pulse sealing
5.3.3 high frequency sealing Magnetic sealing and induction sealing
5.3.4 ultrasonic sealing
5.3.5 radiation sealing
5.4 composite processing method of plastic film
5.4.1 extrusion compounding
5.4.2 hot melt compounding and wax compounding
5.4.3 dry compounding
5.4.4 solventless compounding
5.4.5 wet compounding
5.4.6 coextrusion compounding
5.5.5 coating method of plastic film
5.5.2 processing factors affecting coating quality uniformity
5.5.3 extrusion coating Method
5.5.4 roller coating method
5.5.5 roller coating gluing method
5.5.6 coating type
5.6 vacuum evaporation of plastic film
5.6.1 evaporation adaptability
5.6.2 continuous vacuum evaporation device
5.6.3 application of evaporated film
5.7 printing processing of plastic film
5.7.1 gravure printing
5.7.2 flexographic printing
5.7.3 ink for plastic film printing
5.7.4 adhesive for plastic film composite
5.8 electrostatic prevention of plastic film 5.8.1 electrostatic prevention
5.8.2 external electrostatic prevention
5.8.3 internal electrostatic prevention
5.8.4 test method
5.8.5 surface concavity and hydrophilicity
5.8.6 influence of plastic film structure
5.9 vacuum forming processing of plastic film
5.9.1 vacuum forming device
5.9.2 application of vacuum forming
5.10 heat shrinkable film
5.10.1 heat shrinkage rate
5.10.2 main functional requirements of shrinkable film
5.10.3 classification of shrinkable film
5 . 11 stretch film
5.11.1 main functional req
uirements of stretch film
5.11.2 types and uses of stretch film
5.11.3 stretch sleeve packaging
5.11.4 comparison and selection of shrink packaging and stretch packaging
Chapter 6 application and application fields of plastic film for packaging
6.1.1 application of plastic film for packaging
6.1.1 packaging form and packaging method
6.1.2 necessary properties of plastic film for packaging
6.2 application fields of plastic film for packaging
6.3 food packaging
6.3.1 internal requirements of food packaging
6.3.2 development trend of food packaging technology
6.3.3 development trend of food packaging materials
6.3.4 edible packaging film
6.3.5 active packaging
6.3.6 microwave packaging
6.3.7 fruit and vegetable packaging
6.4 UHT and its milk packaging
6.5 packaging of animal food
6.5.1 packaging of cold and fresh meat
6.5.2 packaging of high temperature meat
6.5.3 thermoforming packaging
6.5.4 vacuum packaging
6.6 Pharmaceutical packaging
6.6.1 requirements for pharmaceutical packaging
6.6.2 blister packaging
6.6.3 strip packaging
6.6.4 infusion packaging
6.7 ecological packaging
6.7.1 ecological plastic packaging
6.7.2 nanotechnology
6.8 other functional packaging technologies and packaging materials
6.8.1 radiation crosslinking
6.8.2 easy to peel sealing materials
6.8.3 breathable film
6.8.4 new plastic packaging materials with high moisture resistance
6.8.5 transparent conductive film
6.8.6 cosmetic packaging
6.9 agricultural film
6.9.1 classification and characteristics of agricultural plastic film
6.9.2 mulching film
6.10 new composite “paper”
6.10.1 production process of synthetic paper
6.10.2 use of synthetic paper
6.10.3 development prospect of synthetic paper

the price of BOPP has increased recently, and the winding film and CPP are still relatively stable. You need to know the price of those plastic films. There are so many kinds. Go to the film home and have a look. It’s quite complete there
note: the reference material is the price column of plastic film in film house.

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