Some standard content:
GB/T4122.3--1997
This standard specifies the technical terms for protective packaging in scientific research, production, trade, etc. of the packaging profession. This standard is one of the basic general standards in the national packaging terminology series. The main technical content of this standard is related to Chapter 5 \ Packaging protection methods and technical terms \ of GB/T4122.1--1996 "Basics of Packaging Terminology". And added "protective packaging design and process terms", "protective packaging material terms" and "protective packaging container terms". This standard was proposed by the Ministry of Machinery Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Packaging Standardization. This standard was drafted by the Standardization Institute of the Ministry of Machinery Industry and the Guangzhou Electrical Science Institute of the Ministry of Machinery Industry. The main drafters of this standard are: Li Xuelong, Li Jianhua, Luo Xiangji, Liu Kuifang, and Huang Xue.63
1 Scope
National Standard of the People's Republic of China
Packaging terms
Packaging terms—Protection
This standard specifies the technical terms and definitions of protective packaging. This standard applies to protective packaging and related professions of protective packaging. 2 General terms
2.1 Protection
GB/T 4122.3---1997
Protection measures taken to prevent changes in the quality of products during processing, assembly, packaging, storage and transportation. 2.2
Asepticise
The method of applying industrial or commercial preservatives to anti-corrosion packaging. Water proofing
The method of maximizing resistance to damage or destruction by liquid water and preventing the passage of water vapor. Moisture proofing
The method of preventing moisture from penetrating into the package and affecting the quality of the product. 2.5E
Rust prevention
Methods to prevent metal products from rusting during storage and transportation. 2.6
Moldproofing
Methods to prevent mold growth.
Acidproof
Methods to resist acid or acid under certain conditions. 2.8
Retanfreshnes
Methods to keep the product's original quality for a certain period of time after necessary chemical and physical treatment. 2.9Heat insulating
Methods to prevent heat transfer between the contents and the external environment. 2.10Levels of protection protectionThe different technical requirements for protective packaging formulated by relevant departments according to the actual situation of product packaging and circulation environment. 2.11
Presevation
Select appropriate protection methods to prevent product damage within a specified period of time and ensure that the quality of the product does not change within a specified period of time.
Storage
The general term for keeping or placing packages in warehouses, sheds, open places or other specific facilities. Storage life
The total time that items are kept or placed in warehouses, sheds, open places or other specific facilities. 2.14 Rustproof life
Approved by the State Administration of Technical Supervision on April 16, 199764
Implemented on September 1, 1997
GB/T 4122.3—1997
Under certain storage and transportation conditions, the guaranteed time for anti-rust packaging or anti-rust materials to effectively prevent rust on metal products. 2.15 preservation life The guaranteed time of effective protection of anti-rust packaging under certain storage and transportation conditions. 2.16 effective date of package The time during which the product packaging guarantees that the contents meet the specified quality requirements under the specified storage and transportation conditions. 2.17 wear
Damage caused by friction between objects, or friction between part of the product and the packaging. 2.18 deterioration
The process by which the product is eroded, oxidized, corroded or burned, thereby reducing its quality, value or utility. 9 condensation
The phenomenon of steam condensing on the inner packaging when it reaches the dew point. 0 moulding
The process of being eroded by mold.
2.21 static electricity The phenomenon of electric charge on the surface of the product during transportation, which can cause attraction and electric sparks. 2.22 detinning
The phenomenon of the tin coating of the packaging can falling off, which is generally the result of the action of the contents. 2.23
Impact
The phenomenon of a moving object colliding with another object. 2.24
Collapse
The phenomenon of a container deforming due to excessive external pressure or internal vacuum. 2.25UnderpackagingUnderpackagingThe situation where the method of packaging a certain product does not meet the requirements for protecting the product. 2.26Overpackaging
The situation where the method of packaging a product exceeds the normal requirements for protecting the product. 3 Protective packaging terms
3.1 Protective packagingprotectivepackagingA packaging method that protects the packaged object. Protective packaging can protect the contents from deterioration, damage or loss from the time the package is closed to the time the final user opens the package. Depending on the degree of harm to the product caused by the surrounding environment and the length of time required for protection, the packaging can have different levels of protection. 3.2 Presevative packagingPresevative packagingA packaging method that seals the packaged object. Use appropriate methods to prevent the product from rusting and damage, including the use of appropriate anti-rust materials, coatings, wrapping materials, cushioning materials, inner containers, inner packaging marks, etc. It does not include outer packaging containers for transportation. 3.3 Child-safe packaging packaging to friedly child A packaging method that protects children's safety. Its design structure makes it difficult for most children to open or take out a certain amount of toxic contents within a reasonable time.
3.4 Waterproof packaging water-proof packaging A packaging method that prevents water from entering the packaging and affecting the quality of the contents. For example, use waterproof materials to cushion the inside of the packaging container, or apply waterproof materials to the outside of the packaging container. 3.5 Moisture-proof packaging moisture-proof packaging A packaging method that prevents moisture from entering the packaging and affecting the quality of the contents. For example, use moisture-proof packaging materials to seal the product, or add an appropriate amount of desiccant to the packaging container to absorb residual moisture, or evacuate the sealed packaging container. 65
GB/T 4122.3—1997
3.6 Rustproof packaging Rust-preventive packaging A packaging method to prevent the contents from rusting. For example, applying anti-rust oil (grease) on the surface of the product or wrapping the product with vapor-phase anti-rust plastic film or vapor-phase anti-rust paper.
3.7 Shockproof packaging A packaging method to reduce the impact and vibration of the contents. For example, lining the contents with cushioning materials such as expanded polystyrene, sponge, wood wool, cotton paper, or suspending the contents in the packaging container with springs. 3.8 Mouldproof packaging A packaging method to prevent the contents from growing mold and affecting the quality of the contents. For example, moisture-proof packaging of the contents, dry air sealing, and mildew-proof treatment of the contents and packaging materials. 3.9 Dustproof packaging A packaging method to prevent sand and dust from entering the packaging container and affecting the quality of the contents. For example, wrapping the contents or parts of the packaging that are prone to sand and dust with flexible paper or sealing them with plastic film bags. 3.10 Electrostaticsproof packaging A packaging method that prevents static induction between the packaged items. 3.1 Radiation resistant packaging A packaging method that prevents external radiation from passing through the packaging container to damage the quality of the contents. For example, putting a photosensitive film in a container that can block light radiation.
3.12 Radioactive materials packaging Radioactive materials packaging is an inner and outer packaging to prevent the radiation of radioactive contents from radiating to the surrounding environment through the packaging container, or to control the radiation dose of the radioactive contents to the surrounding environment within the allowable range. The outer packaging must be affixed with trademarks, labels, and instructions for radioactive materials. The inner packaging must be affixed with labels to indicate the name of the product, radioactive specific activity and loading quantity. 3.13 Guard against theft packaging A packaging method designed to prevent the contents from being stolen, which will leave obvious signs of theft after opening. 3.14 Explosionproof packaging A packaging method to prevent the explosion of explosive contents. 3.15 Flameproof packaging A packaging method to prevent the combustion of flammable contents. For example, lining the packaging container with fire-resistant materials, painting the outside of the packaging container with fire-resistant materials, etc.
3.16 Insect-resistant packaging Insect-resistant packaging is a packaging method to protect the contents from insects. For example, insecticides are infiltrated into packaging materials, and sometimes insect repellents, insecticides or deoxidizers are also used in packaging containers to enhance the prevention effect. 3.17 Vacuum packaging Vacuum packaging
A packaging method in which the product is placed in an airtight packaging container, the air inside the container is extracted, and the sealed container reaches a predetermined vacuum degree.
3.18 Gas packaging
A packaging method in which the product is placed in an airtight packaging container and the original air in the container is replaced with an inert gas, such as nitrogen, carbon dioxide or some mixed gas.
3.19 Aseptic packaging A packaging method in which the product, packaging container, material or packaging auxiliary equipment is sterilized and then filled and sealed in a sterile environment. 3.20 Breathing packaging A sealing packaging method in which the gas can be adjusted automatically as the conditions change (such as temperature changes). 3.21 retainfreshnes packaging A packaging method that uses packaging materials with special properties and (or) containers with special structures to package fruits, vegetables and other foods under specified storage conditions, or performs necessary chemical and physical treatments on such foods to keep their color, aroma and taste for a certain period of time.
heat insulatin packaging3.22#
A packaging method that reduces the heat transfer between the package and the external environment during storage and transportation. For example, lining the packaging container with heat insulation materials. Deepfrazen (quick-frozen) packaging3.23
A packaging method that uses cold-resistant and moisture-resistant packaging materials and quick-freezing technology to allow frozen contents to be stored for a long time under refrigerated conditions. Cocoon packaging
A packaging method that sprays plastic around the entire product to make it look like leather. 5Skin packaging
A packaging method that makes the transparent film of the packaging close to the product, and through vacuuming, makes the film close to the surface of the product like skin to form a protective layer
3.26Cushioning packagingA packaging method that places materials that can absorb the static or reactive forces caused by external forces around the outer surface of the product to prevent the product from physical damage.
Moisture absorption packaging3.27
There is hygroscopic material in the package to absorb the liquid produced by the leakage or liquefaction of the internal items. 3.28Shrink packagingShrink packagingA packaging method that wraps the product or package with shrink film, and then heats it to shrink the film and wrap the product or package tightly. 3.29Stretch wrapping
Stretching the stretch film at room temperature is an operation on the product or package, mostly used for pallet wrapping. 4 Protective packaging design and process terms
4.1 Protective packaging design package design A design that uses specific materials and certain forms of packaging containers to achieve product protection and promotion based on the actual performance of the product and the actual circulation environment.
4.2 Cushion type package design Cushion type package design A packaging design used for fragile or fragile products. The design is based on variables such as pressure, displacement, acceleration, and natural frequency of the product during circulation.
4.3 Biological type package design Biological type package design A packaging design used for biological functions such as breathing, heat release, and post-ripening. The purpose of packaging is to preserve freshness and extend the circulation cycle. The design principle is to control the variables of biological states such as oxygen transformation and heat increase and decrease. 4.4 Chemical type package design Chemical type package design A packaging design for chemical products such as medicines and cosmetics. When designing, the packaging material and the product must be compatible, and the packaging container should have the properties of anti-chemical reaction, light protection, and oxygen isolation to protect the product. 4.5 Physical type package design physical type package design A packaging design used for products with very few biochemical changes. The design principle is to control physical quantities such as moisture and gas. 4.6 Insect-proof type package design Insect-proof type package design A packaging design used for foods and wooden products that are easily eaten by insects. The design is based on variables such as temperature, humidity or oxygen. Insect repellents or insect repellent coatings should be applied to prevent insects from infesting, surviving or reproducing. 4.7 Mechanical type package design mechanical type package design A packaging design used for products with large volume and mass. The design is based on the size of the load value, and the design parameter is the pressure value. 4.8 Gas transmission rate Gas transmission rate A measure of the gas permeability of packaging films. It is measured by the volume of gas that passes through a thin film of a certain area and thickness within a specified time at a specified temperature and relative humidity.
4.9 Vapor transmission rate GB/T4122.3—1997
Refers to the weight of water vapor that passes through a certain area of the test material within a certain period of time when the test material is kept at a constant temperature and one side is exposed to high relative humidity conditions.
4.10 Moisture content
The percentage of water content in packaging materials (such as film, paper, wood, etc.), expressed as a percentage of the original weight of the sample. 4.11 Fragility
The maximum acceleration value that a product can withstand without physical damage or functional failure, usually expressed as the ratio of critical acceleration to gravity acceleration.
4. 12 Permissible fragility The maximum permissible acceleration value of a product specified based on the fragility value of the product, taking into account the value, strength deviation, importance, etc. of the product. 4.13 Cushion coefficient The ratio of the stress acting on the cushioning material to the impact energy absorbed by the unit volume of the cushioning material under this stress. 4.14 Cleaning
Use appropriate cleaning liquid to treat the surface of the products, materials and containers to be packaged. The surface after cleaning should be free of dirt, grease, sediment, sweat, acid or alkali residues and other contaminants. 4.15 Abrasive jet
Use a high-speed liquid flow containing appropriate abrasives or corrosion inhibitors to treat the packaged items. 4.16 Drying
Dry the cleaned products to remove the cleaning liquid and surface water or residual moisture. Common methods include: blowing, drying, wiping and infrared drying.
4.17 Drying time
The time required for the material applied in a viscous or fluid state to dry to the expected use requirements. 4.18 Dipping
A method of applying a protective coating to the packaged product. Completely immerse the parts in rust inhibitor or melted special wax, resin and plastic, and gently shake them. When the adhered material solidifies, a solid covering layer is formed, which plays a protective role for metal parts. 4.19 Pouring
A method of coating the inner cavity of a protective part with a protective material. Inject the rust inhibitor into the part to be protected, shake or rotate the part so that the rust inhibitor can reach the surface of the inner cavity, and then pour out the excess rust inhibitor. 4.20
Pickling
A cleaning method in which the product is immersed in a cleaning solvent for cleaning or the parts are immersed in an acid solution to remove oxides or deposits on the parts.
4.21 Padding
A method of spraying a rust inhibitor on the surface of a part by spraying. 4.22
Electro-cleaning
A cleaning method in which an electric current is applied to parts immersed in a cleaning solution. It is divided into anodic cleaning and cathodic cleaning. 4.23 Gas transmission
A method of opening holes or perforations in a packaging container to allow moisture to escape. 4.24 Gassing
A method of exhausting air from a filled packaging container (usually a metal can) and filling it with another gas, such as carbon dioxide or nitrogen.
4.25 Dehumidification
A method of removing or absorbing moisture by baking, ventilation or using a desiccant. 68
4.26 Cushioning
GB/T 4122.31997
A method of placing materials around the outer surface of a product that can absorb vibration or reaction caused by external forces to prevent the product from physical damage.
4.27 bracing
Method of reinforcing the internal device of the package to prevent the contents from moving and being damaged, and distributing the weight on all sides of the container. 4.28 seal
Method of sealing a container, which will inevitably leave traces of tampering after opening the container. 4.29 intersection seal Method of fastening the packaged items at right angles to each other with metal straps to prevent loss. 4.30 dust flap(s)）
A small flap attached to the side wall of a folding carton for dust protection. 4.31 preserved in controlled atmosphere A method of sealing the packaged product to the best storage state by removing rust-causing factors in the package space and controlling the sealing environment. 4.32 preserved in dry atmosphere A method of sealing the packaged product to the best storage state by reducing the relative humidity in the package space. 4.33 preserved in nitrogen A type of storage in which the packaged space is filled with dry, pure nitrogen to achieve the best storage state for the packaged product. 4.34 unpackaging
The process of opening the package to put the packaged product into use, including removing the packaging equipment and anti-rust materials. 5 Terminology for protective packaging materials
5.1 packaging materials, inner packaging materials packaging materials, inner packaging materials that are in direct contact with the product, or packaging materials, supporting materials and reinforcing materials that fix the product in a certain position. protective packaging materials packaging materials, protective5.2
Packaging materials with one or more protective properties. 5.3 barrier material barrier material
A material that can prevent water, oil, water vapor or certain gases from penetrating at a certain strength within a certain range of atmospheric temperature and relative humidity.
5.4 absorbent material absorbent material A material that can absorb liquids, such as blotting paper, paper towels, paper napkins, sponges, etc. Elastic materialelastic material
Packing cushioning material that can be compressed to 65% of its original thickness and can still recover to more than 90% of its original thickness after 10 times. 5.6 Blocking materialPacking material, such as wood blocks, wood strips, steel strips, etc., used to support the contents or press them against the side wall of the container to fix the position of the contents.
Buffer materialbuffer material
A material placed at a certain position in the container to absorb impact. 5.8Rust preventives
Material used for rust prevention, often composed of a certain carrier with a corrosion inhibitor with rust prevention effect, and sometimes directly using a corrosion inhibitor. Shroud
A protective covering made of a material with waterproof and dustproof properties, covering the goods on the pallet or chassis, but not sealed with the bottom, and usually also has a drainage structure. 5.10 Preservative
GB/T 4122.3—1997
Material applied to the surface of products to be preserved to prevent, inhibit and stop corrosion. 5.11 Desiccant
A material that has a high affinity for water and can absorb moisture from the air it comes into contact with. 5.12 Humidity indicator A humidity display material consisting of smooth blotting paper soaked in a chemical solution, which can change color in the presence of different concentrations of water vapor to indicate relative humidity. 5.13 Antitarnish A sulfur-free paper that is neutral in chemical reactions, used to package silver products, needles and other polished metal products that tend to darken.
5.14 Acid-resistant Paper, acid-resistant A paper that has been treated or processed to be acid-resistant, used to package products containing acidic substances. 5.15 Alkali-resistant paper, alkaliproof
A highly alkali-resistant paper used for packaging soap, adhesives and other alkali-containing materials. 5.16 Bloodproof paper, bloodproof
A high-strength packaging paper. Paper coated with wax or wax emulsion, or treated in other ways to become blood- and gravy-resistant paper. 5.17 Rust inhibitor
A corrosion inhibitor added to a compound and applied to a metal surface to prevent the product from rusting. 5.18 CI paper, volatile corrosion inhibitor paperA packaging paper impregnated with or coated with a vapor phase corrosion inhibitor. 5.19 VCI film, volatile corrosion inhibitor filmA single-layer or multi-layer plastic film containing or coated with a vapor phase corrosion inhibitor. 5.20 Strippable plasticsA substance that can form a film on the surface of a product or package that can be stripped when needed and can be hot-dipped or sprayed and used as the main film agent. 5.21
Dispensable ability of packaging materials means that packaging materials can be recycled or disposed of by the following methods: regeneration, environmental sanitation filling, decomposition, degradation. And achieve the purpose of environmental protection. Recycled materials should be used first.
6 Terminology of protective packaging containers
6.1 Rigid container
cantainer rigid
A packaging container made of relatively non-deformable materials, which requires tools and strong force or high temperature to change its shape. The materials used are mainly metal, ceramic and glass.
6.2 Semi-rigid containercontainer,semi-rigidA container with the structure of a rigid container, but can be bent by manpower, and does not return to its original shape when the force is removed. 6.3 Inner package containerinnerpackagecontainerA container with good protection performance for the contents. Generally, it is a bag and a bag. 6.4 Plastic film bagplastic film bagA packaging bag made of plastic film. It has the properties of transparency, folding resistance, impact resistance, extrusion resistance, barrier properties, etc. 6.5 Composite film bag composite film bag is a bag made of composite film. It can overcome some shortcomings of a single material and has some special protective properties.6Plastic drum
A packaging tube made of thermoplastics by extrusion blow molding or injection molding. Exterior container6.7
A container used for transport packaging. It is mainly divided into general containers and special containers. 70
GB/T 4122.3—1997
6.8Wooden case
An outer packaging container with a certain rigidity made of wood or bamboo. It can be divided into ordinary wooden boxes, sliding wooden boxes, and frame wooden boxes. 6.9
Corrugated box
It is made of corrugated cardboard after cutting, disassembling and assembling in a certain form, and simply gluing or nailing. 6.10Metal crate
A frame structure made of metal components. It is generally used for packaging of larger products or wooden box packaging. Breather
A sealed container that allows a small amount of air to enter but does not allow bacteria to enter. 6.12
Tamperproof container A specially designed container that cannot be opened and then sealed without leaving obvious signs of opening. 71
Gloss-proof paper
Semi-rigid container
Fresh-keeping packaging
Insufficient packaging protection
Handling of packaging materials
Excessive packaging
Validity period of packaging
Storage period
Seal with nitrogen
Inflatable packaging
Electrocleaning
Packaging for radioactive materials
Explosion-proof packaging
Moisture-proof·
Dust-proof packaging·
Dust-proof folding wings
Insect-proof packaging
Moisture-proof packaging…
Anti-theft packaging
Anti-theft container
Preservatives
Radiation-proof packaging
GB/T 4122.3—1997
Appendix A
(Appendix to the standard)
Chinese index
Protective packaging?
Protective packaging design·
Protection level
Protective packaging materials·bZxz.net
Protective cover
Anti-static packaging
Anti-insect packaging design
Anti-mold packaging·
Waterproof·
Waterproof packaging·
Acid-proof·
Rust-proof Packaging·
Rust-proof materials
Rust-proof agents
For business
Rust-proof period
Blood-proof paper
Shock-proof packaging·
Flame-proof packaging
Storage packaging
Storage period
Composite film packaging bags
Drying time
Dry air sealing
Desiccant
Rigid containers
Insulation packaging
Chemical packaging design
. 5.11
Cushioning packaging
Cushioning materials
Cushioning coefficient
Cushioning packaging design·
Moisture content
Environmental sealing
Reinforcement materials·
Cross-sealing buckle…
Dong-style packaging
Metal frame·
Peelable plastic
Stretch packaging
Mechanical packaging design
Abrasive blasting
Wooden box·
Alkali-resistant paper
Acid-resistant paper
Inner packaging materials·
Inner packaging container·
GB/T 4122. 3-
Vapor-phase anti-rust paper
Vapor-phase anti-rust film
Child-proof packaging
Biological packaging design
Humidity indicator card
Shrink packaging
Quick-frozen packaging
Plastic film packaging bag·
Plastic packaging tube·
Elastic material·
Skin packaging
Ventilated container
Breathable rate
Breathable packaging
Moisture permeability
Corrugated paper box
Outer packaging container·
Physical packaging design
Aseptic packaging
Hygroscopic packaging
Hygroscopic materials
Permissible brittle value
Vacuum packaging
Barrier material·
absorbent material | uffer material
chemical type packatedesign
cleaning
cocoon packaging
callapse
composite film bag
condensation
container rigid
cantainer ,semi-rigid
corrugated box
cushion coefficient
Guodian Medical Industry
State-owned State-owned Central
cushion type package design
cushioning
Central
cushioning packaging
GB/T 4122.3-1997
Appendix B
(Appendix to the standard)
English index
Central State-owned Central
deep frozen (quick-frozen) food packagingdehumidification
deterioratior
detinning
dipping
Central
.*. 6. 93—1997
Appendix A
(Appendix to the standard)
Chinese index
Protective packaging?
Protective packaging design·
Protection level
Protective packaging materials·
Protective cover
Anti-static packaging
Anti-insect packaging design
Anti-mold packaging·
Waterproof·
Waterproof packaging·
Acid-proof·
Rust-proof packaging ·
Rust-proof materials
Rust-proof agents
For business
Rust-proof period
Blood-proof paper
Shock-proof packaging·
Flame-proof packaging
Storage packaging
Storage period
Composite film packaging bags
Drying time
Dry air sealing
Desiccant
Rigid containers
Insulation packaging
Chemical packaging design
. 5.11
Cushioning packaging
Cushioning materials
Cushioning coefficient
Cushioning packaging design·
Moisture content
Environmental sealing
Reinforcement materials·
Cross-sealing buckle…
Dong-style packaging
Metal frame·
Peelable plastic
Stretch packaging
Mechanical packaging design
Abrasive blasting
Wooden box·
Alkali-resistant paper
Acid-resistant paper
Inner packaging materials·
Inner packaging container·
GB/T 4122. 3-
Vapor-phase anti-rust paper
Vapor-phase anti-rust film
Child-proof packaging
Biological packaging design
Humidity indicator card
Shrink packaging
Quick-frozen packaging
Plastic film packaging bag·
Plastic packaging tube·
Elastic material·
Skin packaging
Ventilated container
Breathable rate
Breathable packaging
Moisture permeability
Corrugated paper box
Outer packaging container·
Physical packaging design
Aseptic packaging
Hygroscopic packaging
Hygroscopic materials
Permissible brittle value
Vacuum packaging
Barrier material·
absorbent material | uffer material
chemical type packatedesign
cleaning
cocoon packaging
callapse
composite film bag
condensation
container rigid
cantainer ,semi-rigid
corrugated box
cushion coefficient
Guodian Medical Industry
State-owned State-owned Central
cushion type package design
cushioning
Central
cushioning packaging
GB/T 4122.3-1997
Appendix B
(Appendix to the standard)
English index
Central State-owned Central
deep frozen (quick-frozen) food packagingdehumidification
deterioratior
detinning
dipping
Central
.*. 6. 93—1997
Appendix A
(Appendix to the standard)
Chinese index
Protective packaging?
Protective packaging design·
Protection level
Protective packaging materials·
Protective cover
Anti-static packaging
Anti-insect packaging design
Anti-mold packaging·
Waterproof·
Waterproof packaging·
Acid-proof·
Rust-proof packaging ·
Rust-proof materials
Rust-proof agents
For business
Rust-proof period
Blood-proof paper
Shock-proof packaging·
Flame-proof packaging
Storage packaging
Storage period
Composite film packaging bags
Drying time
Dry air sealing
Desiccant
Rigid containers
Insulation packaging
Chemical packaging design
. 5.11
Cushioning packaging
Cushioning materials
Cushioning coefficient
Cushioning packaging design·
Moisture content
Environmental sealing
Reinforcement materials·
Cross-sealing buckle…
Dong-style packaging
Metal frame·
Peelable plastic
Stretch packaging
Mechanical packaging design
Abrasive blasting
Wooden box·
Alkali-resistant paper
Acid-resistant paper
Inner packaging materials·
Inner packaging container·
GB/T 4122. 3-
Vapor-phase anti-rust paper
Vapor-phase anti-rust film
Child-proof packaging
Biological packaging design
Humidity indicator card
Shrink packaging
Quick-frozen packaging
Plastic film packaging bag·
Plastic packaging tube·
Elastic material·
Skin packaging
Ventilated container
Breathable rate
Breathable packaging
Moisture permeability
Corrugated paper box
Outer packaging container·
Physical packaging design
Aseptic packaging
Hygroscopic packaging
Hygroscopic materials
Permissible brittle value
Vacuum packaging
Barrier material·
absorbent material | uffer material
chemical type packatedesign
cleaning
cocoon packaging
callapse
composite film bag
condensation
container rigid
cantainer ,semi-rigid
corrugated box
cushion coefficient
Guodian Medical Industry
State-owned State-owned Central
cushion type package design
cushioning
Central
cushioning packaging
GB/T 4122.3-1997
Appendix B
(Appendix to the standard)
English index
Central State-owned Central
deep frozen (quick-frozen) food packagingdehumidification
deterioratior
detinning
dipping
Central
.*. 6. 9semi-rigid
corrugated box
cushion coefficient
Guodian Medical Industry
State-owned State-owned Central
cushion type package design
cushioning
Central
cushioning packaging
GB/T 4122.3-1997
Appendix B
(Appendix to the standard)
English index
State-owned State-owned Central
deep frozen (quick-frozen) food packagingdehumidification
deterioratior
detinning
dipping
Central
.*. 6. 9semi-rigid
corrugated box
cushion coefficient
Guodian Medical Industry
State-owned State-owned Central
cushion type package design
cushioning
Central
cushioning packaging
GB/T 4122.3-1997
Appendix B
(Appendix to the standard)
English index
State-owned State-owned Central
deep frozen (quick-frozen) food packagingdehumidification
deterioratior
detinning
dipping
Central
.*. 6. 9
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