GB/T 15000.6-1996 Guidelines for Standard Samples (6) General Rules for Standard Sample Packaging
Some standard content:
GB/T 15000. 6--1996
This standard is an independent part of the GB/T15000 series of national standards for standard sample working guidelines. The standard sample working guidelines are recommended national standards that guide and unify the development, value determination, identification and release of standard samples in my country. Under this general title, the following independent parts are included: Main
Guidelines for Standard Samples (1) General provisions for stating standard samples in technical standards GB/T 15000.1—94
GB/T15000.2—94 Guidelines for Standard Samples (2) Common terms and definitions for standard samples GB/T15000.3—94 Guidelines for Standard Samples (3) General principles and statistical methods for determining the value of standard samples GB/T15000.4—94 Guidelines for Standard Samples (4) Provisions for the content of standard sample certificates GB/T15000.5—94 Guidelines for Standard Samples (5) Technical general rules for chemical composition standard samples GB/T15000.6—1996 Guidelines for Standard Samples (6) General rules for packaging of standard samples This standard is proposed and managed by the National Technical Committee for Standard Samples. The Secretariat of the National Technical Committee for Standard Samples is responsible for drafting this standard. The main drafters of this standard are: Chen Boyan, Zhang Shuying, Jiang Qingmei, and Zhang Taisheng. This standard shall be interpreted by the Secretariat of the National Technical Committee for Standard Samples. 1 Scope
National Standard of the People's Republic of China
Directives for the work of reference materials (6)
General rules for package of certified reference materials
Directives for the work of reference materials (6)General rules for package of certified reference materials GB/T15000.6—1996
This standard specifies the general requirements for the packaging of reference samples, packaging container requirements, packaging technical requirements, marking, labeling, transportation, storage, etc. This standard applies to national standard samples and industry standard samples. 2 Reference standards~
The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard is published, the versions shown are valid. All standards are subject to revision, and parties using the standards should explore the possibility of using the latest versions of the following standards. GB190--90 Dangerous goods packaging mark
GB 191-90
Packaging storage and transportation pictorial mark
5 Seamless steel gas cylinders
GB 5099-85
Welded steel gas cylinders
GB 5100-85
GB7694-87 Dangerous goods naming principles
GB11640-89 Seamless aluminum alloy gas cylinders
GB11806-89 Regulations for the safe transportation of radioactive materials Dangerous goods name list
GB 12268--901
GB/T12122-89 Product packaging quality assurance system GB/T15000.2-94 Standard sample work guide (2) Common terms and definitions for standard samples GB/T19000-94-ISO9000:94 Quality management and quality assurance series standards 3 DefinitionsbzxZ.net
This standard adopts GB/T15000.2 and the following definitions. 3.1 Sales Package of CRM The packaging that is mainly used for sales and reaches the hands of consumers together with the contents. The sales package is generally composed of an inner packaging container, an outer packaging container and auxiliary materials, or it can be composed of the inner packaging container alone. 3.2 Transport package of standard samples The transport package of CRM The packaging that is mainly used for transportation and storage. It has the functions of ensuring the safety of the product, facilitating storage and loading and unloading, accelerating handover, and inspection. 3.3 Contents
The standard sample contained in the package.
3.4 Packaging container
General term for the equipment used to hold standard samples for sale, storage or transportation. Approved by the State Technical Supervision Commission on November 4, 1996, and implemented on April 1, 1997
4 General technical requirements
GB/T 15000.6-1996
4.1 Standard samples are divided into dangerous goods and non-dangerous goods. The classification and name of dangerous goods shall follow the following criteria: a) When there are corresponding technical standards, the classification of products in the technical standards shall prevail; b) When there are no corresponding technical standards, the provisions of GB7694 and GB12268 shall prevail. 4.2 In addition to meeting the relevant national and departmental laws and regulations, the packaging of dangerous goods must also meet the requirements of this standard. Radioactive standard samples must also meet the relevant provisions of GB11806. 4.3 The packaging categories of standard samples are divided into:
a) packaging of solid standard samples;
b) packaging of liquid standard samples;
c) packaging of gas standard samples.
All types of packaging must be tested for leakage, corrosion, moisture and rust to ensure the stability and uniformity of standard samples during their validity period.
4.4 Appropriate packaging forms and materials should be selected according to the actual use of standard samples: when it comes to standard samples with special requirements, they should also comply with the relevant national packaging regulations. 4.5 The inner and outer packaging of standard samples must be affixed with the mark in accordance with the provisions of this standard and the mark of certified standard samples. 4.6 The sales packaging of standard promotion samples generally consists of an inner packaging container, an outer packaging container and auxiliary materials, and can also be composed of an inner packaging container alone when necessary.
4.7 The internal volume of the standard sample should comply with the net content specified in the label. 4.8 If the packaging container or material of the standard sample is purchased, the quality assurance capability of the sub-supplier should be considered. It is recommended to select a sub-supplier that has passed the GB/T19000-ISO9000 quality system certification or a sub-supplier that implements GB/T12122. 5 Requirements for packaging containers
5.1 Packaging containers for solid standard samples
5.1.1 Inner packaging containers
Select the type and specification of packaging containers according to the shape or hardness of the standard samples. If necessary, fill the container with an appropriate amount of lining to prevent the sample from vibrating and damaging the inner wall of the container. 5.1.2 Outer packaging containers
When necessary, outer packaging containers can be used. There should be auxiliary materials between the outer packaging container and the inner packaging container to reduce the impact of the two containers. The outer packaging container should be beautiful, generally rectangular or cylindrical, and have certain pressure resistance and impact resistance. The size should be compatible with the inner packaging container.
5.1.3 Packaging materials
The material of the packaging container can be metal, glass, wood or other synthetic materials. However, the inner packaging container and lining materials must be clean, dry, and free of foreign matter, and must be compatible with the physical and chemical properties of the contents and ensure that there is no adverse effect on the contents to prevent the contents from deteriorating.
5.2 Liquid standard sample packaging container
5.2.1 Inner packaging container
Select packaging containers of appropriate specifications and shapes according to the amount of standard samples. When there are requirements for sealing, air permeability, light protection, etc., they must be selected strictly in accordance with the regulations.
5.2.2 Outer packaging container
Outer packaging containers can be used when necessary. There must be auxiliary materials between the outer packaging container and the inner packaging container, one by one lining, to reduce the impact of the two containers and cause the inner packaging container to break. The outer packaging container should be beautiful and have certain pressure and impact resistance. The size should be compatible with the inner packaging container.
5.2.3 Packaging materials
GB/T 15000.6—1996
Packaging materials are generally glass or synthetic materials. The inner packaging container and lining materials must be clean, dry, free of impurities, and compatible with the physical and chemical properties of the contents and ensure that there is no adverse effect on the contents to prevent the contents from deteriorating or chemically reacting. 5.3 Gas standard sample packaging containers
5.3.1 Inner packaging containers
The size specifications of the inner packaging containers can be selected according to the use requirements of the standard gas. This standard recommends the following types: 40L, 20L, 8L, 6 L.4 L.2 L.1 L.
The technical requirements, test methods and inspection rules of the inner packaging high-pressure container shall comply with the corresponding provisions of GB5099 and GB11640. 5.3.2 Outer packaging containers
In high-pressure state, outer packaging is generally not used. Under normal pressure, outer packaging can be used, but there should be an auxiliary material lining between the inner packaging container to reduce the impact between the two containers. The outer packaging container is generally rectangular and should have a certain degree of pressure resistance and impact resistance. 5.3.3 Packaging materials
The inner packaging container can be made of metal, glass or other synthetic materials (high-pressure containers should be made of steel and aluminum alloy). However, it must be corrosion-resistant and ensure that the physical and chemical properties of the material are compatible with the contents to ensure the stability and uniformity of the contents. 6 Packaging technical requirements
6.1 Packaging environment requirements
When standard samples are packaged, the surrounding environmental conditions (temperature, relative humidity, cleanliness, etc.) should meet the characteristic requirements of standard samples. 6.2 Sealing
When sealing is required, sealed packaging technology should be used to prevent leakage, and the sealing of dangerous goods should be carried out in accordance with the requirements for handling dangerous goods. 6.3 Special requirements for the packaging of dangerous goods
For the packaging of dangerous goods, special technical measures such as radiation protection, explosion protection, combustion protection, and exhibition protection should be taken according to their characteristics. 7 Markings and labels
7.1 Markings
7.1.1 The outer packaging markings of standard samples should comply with the relevant provisions of GB191. Dangerous goods should also comply with the relevant provisions of GB190, and at the same time, the relevant dangerous goods signs, graphics, colors, types, names, etc. should be affixed to the specified positions of the outer packaging containers. 7.1.2 Certified Standard Sample Mark
The standard sample should be marked with a certified standard sample mark on the inner packaging (or outer packaging) container. This mark should be uniformly issued by the standardization department of the State Administration of Technical Supervision (national standard sample) or the standardization department of the relevant department (industry standard sample). If necessary, anti-counterfeiting technology can be used. 7.1.3 Anti-counterfeiting mark
The research and development unit of the standard sample can also adopt corresponding anti-counterfeiting technology to make anti-counterfeiting marks. The location of the anti-counterfeiting mark should generally be on the inner packaging container (preferably on the lid or plug of the container). 7.2 Label
7.2.1 The text of the label should be clear and the size should be determined according to the size of the container. 7.2.2 The label should have the number, name, storage conditions, ingredients (or technical parameters), research and development unit and address, effective date, net content, etc. The recommended format is as follows:
No.:GSBXXXX-×XX×
Or:XSBX××XX×xX
Name:(Chinese)
Name:(English)
Development unit and address:
Storage conditions:
Valid date:(××××year×month)7.2.3 Label position
GB/T 15000. 6--1996
Ingredients (or technical parameters)
Net content:
The label of the inner package is directly attached to the inner package container, and the label of the outer package should be attached to the position where the label will not be damaged after opening the package. 8 Transportation and storage
8.1 Transportation
Standard samples should be transported in transport packaging. The requirements for transport packaging should meet the packaging requirements specified by the corresponding transportation method. The transportation of radioactive standard samples shall also comply with the provisions of GB11806. 8.2 Storage
8.2.1 The outer packaging of standard samples shall have a storage diagram and meet the corresponding storage diagram requirements specified in GB190 or GB191. 8.2.2 The storage place of standard samples shall specify the corresponding temperature and humidity requirements and shall meet the storage conditions specified in the label. 8.2.3 When storing standard samples, they shall be stacked according to type, specification and grade.
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