Some standard content:
ICS.13.300
National Standard of the People's Republic of China
GB192682021
Replaces GB19268—2003
Solid Cyanide Packaging
Solid cyanidepackage
2021-04-30Release
State Administration for Market Regulation
National Standardization Administration
2022-05-01Implementation
This standard was drafted in accordance with the rules given in GB/T1.1-2009. GB19268-2021
This standard replaces G1319268-2003 "Solid Xenon Package". Compared with (B19268-2003, in addition to editorial modifications, the main technical content changes are as follows:
The content of "Scope" in Chapter 1 has been modified to specify that this standard applies to solid xenon compounds (potassium cyanide, cyanide Sodium cyanide) packaging; - Updated the referenced documents, added GB190, GB19270, etc. Deleted GB/17344-1998; Modified Chapter 3 "Division and structural size", and made the "structural size" part as Chapter 1 "Packaging form, packaging structure and specifications", adjusted the "3.2 Packaging structure\\3.3 Packaging specifications" content; Modified the "Requirements" content, added "4.1 General: Cyanide packaging shall not be reused, and the used xenon packaging shall be handled in accordance with the relevant provisions and requirements of the national solid waste identification standards and the national solid waste pollution prevention and control technical standards" Adjusted the "4.2 Steel drums" \ 4.3 Medium bulk containers" content, deleted Guang\ Airtight test \Performance requirements; modified the "test method\ content. Adjusted the "5.2 stacking test" and "5.3 drop test\ contents, deleted the "closed test"; - modified the "inspection rules content. It is stipulated that the factory inspection and type inspection shall be carried out according to Table 4, Table 1 and Table 6 respectively; modified the "labeling, transportation and storage" content, and adjusted the "xenon compound packaging storage period of 1 year" to \xenon compound packaging from the date of production to the storage of the contents before. The storage shelf life of domestic packaging is 2 years, and the storage shelf life of packaging for export is 1 year. Packaging that exceeds the corresponding storage shelf life should be re-inspected." This standard is proposed and regulated by the Ministry of Industry and Information Technology of the People's Republic of China. The standard represents the standard recommended by the Ministry of Industry and Information Technology of the People's Republic of China. The previous versions of this standard are as follows: GB19268-2003.
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1 Scope
Solid cyanide packaging
GB19268—2021
This standard specifies the classification, packaging form, packaging structure and specifications, requirements, test methods, inspection rules, marking, transportation and storage of solid oxides (potassium oxide, sodium oxide) (hereinafter referred to as oxides). This standard applies to solid cyanide packaging
2 Normative reference documents
The following documents are indispensable for the reference of this document. For all reference documents with annotated period II, the version with the annotated period applies to this document. For all reference documents without annotated date, the latest version (including all amendments) applies to this document. GB190 Dangerous Goods Packaging Marking
GB/T191 Pictorial Marking of Packaging
GB/T2828.1 Sampling Inspection Procedure for Attributes Part 1: Sampling Plan for Batch Inspection Retrieved by Acceptance Quality Limit (AQL) GB/T4456 Polyethylene Blown Film for Packaging GB/T4857.3 Basic Tests for Packaging and Transport Packages Part 3: Static Load Stacking Test Method GI/T4857.5 Drop Test Method for Packaging and Transport Packages GB/T 104342
Container Bags
GB/T17858.1 Terminology and Types of Packaging Bags Part 1: Paper Bags GB/T 17858.2
Terms and types of packaging bags Part 2: Thermoplastic soft film bags GB19270 Safety specifications for inspection of dangerous goods for water transport SN/0370.2 Inspection procedures for export dangerous goods packaging Part 2: Performance inspection Customs Recommendations on the Transport of Dangerous Goods Model Regulations (20th revised edition) (United Nations) 3
Packing categories, packaging forms, packaging structure and specifications 3.11
Packing categories
According to the United Nations "Recommended Model Regulations on the Transport of Dangerous Goods" (10th revised edition). Solid xenon compounds (potassium xenonide, sodium cyanide) are packaged as "type packaging.
3.2 Packaging forms
Diesel packaging is divided into steel drums and towel-type bulk containers according to different packaging containers. Schematic diagram of steel drums See Figure 2 for the schematic diagram of the intermediate bulk container.
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GB19268—2021
Description:
Diameter of drum:
Diameter of drum mouth:
Height of drum.
3.3 Packaging structure
Figure 1 Schematic diagram of steel drum
Figure 2 Schematic diagram of medium bulk container
The structure of the steel drum is an open steel drum, and the steel drum closure usually adopts a non-embedded closure and a hoop closure. The materials of the intermediate bulk container are generally wood, metal, and a combination of metal and wood (usually called steel-wood box). The structure has national, detachable, and foldable forms. rrKaeerKAca-
3.4 Packaging specifications
GB 19268—2021
For steel drum specifications, see Table 1; for medium bulk containers, see Table 2. For packaging containers with special specifications, the production, transportation and demand parties may agree upon them. The capacity of an medium bulk container should not be greater than 1.5 m
Table 1 Steel Drum Specifications
Nominal Capacity
Medium Bulk
4 Requirements
4.1 General
Nominal Capacity
Diameter D
Diameter Limit Difference
Table 2 Medium Bulk container specifications
Bottom size
Length limit deviation
54±20
High limit deviation
Width limit deviation
Drum diameter
190---39.
High limit deviation
Xenon compound packaging shall not be reused. The used xenon compound packaging shall be handled in accordance with the relevant provisions and requirements of the national solid waste identification standards and the national solid waste pollution prevention and control technical standards. 4.2 Steel drums
4.2.1 Appearance
The inner and outer surfaces of the steel drums shall be polished, without obvious scratches or rust. The curling edges shall be evenly hooked, without burrs or iron tongues. The welds shall be flat and evenly hooked, 4.2.2 Basic requirements
The barrel body, barrel top and barrel bottom shall be made of a whole sheet of thin steel plate: no splicing is allowed. 4.2.2.2
The barrel body has a set of 2 to 1 annular ribs, or has two sets of 3 to 7 corrugations. The seals of the steel barrel body, the barrel top and the barrel bottom should be at least the same as the layer of curling edge and filled with sealing glue suitable for cyanide. The inner and outer surfaces of the steel barrel are coated with a protective layer as needed. 3
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GB 19268—2021
4.2.2.5 The steel drum packaging occupies the contact part with the contents, or has at least one layer of frequency bag made in accordance with GB3/T4456 and meeting the requirements of (GB/T17858.2) as an inner lining to prevent expansion. 4.2.2.6 When sealing the bag-type inner packaging, regardless of whether pure hole, heat sealing or other types of sealing are used, it is necessary to ensure that the contents are leak-proof. 4.2.2.7 When sealing with ropes, the gas in the bag is discharged, and the bag mouth is tightly wrapped with ropes twice. , tie a knot, then turn the bag mouth downwards, wrap the rope around it twice, tie a knot tightly: if it is a double-layer bag, tie it up in layers in this way. 4.2.2.8 When heat sealing, exhaust the gas in the bag. The seal is firm and no pores are allowed. If it is a double-layer bag, it should be sealed in layers. 4.2.3
Performance requirements
The performance requirements of the steel ladder are shown in Table 3.
Table 3 Performance requirements
Medium-sized cargo box
4.3 Medium-sized bulk cargo Container
4.3.1 Appearance
Stack test
Drop test
Stacking test
Drop test
Bottom lifting test
Qualification standard
No obvious deformation and damage
No damage that affects transportation safety, and the contents do not leakNo obvious deformation and damage that causes the stability of the stackNo damage that affects transportation safety, and the contents do not leakNo permanent changes in water that endanger transportation safety The surface of the medium-sized cargo box should be flat, smooth and free of burrs. The nail tips inside and outside the box should not be exposed. The nail caps should not protrude. The nail spacing should be even: 4.3.2 Basic requirements
4.3.2.1 The box panel is made of a whole piece of plywood or steel plate and shall not be spliced. The joints of metal boxes, steel-wood boxes and metal frames are welded, riveted or screwed
The inner and outer surfaces of metal towel-type bulk boxes should be coated with a protective layer as required 4.3.2.2
4.3.2.3. Add 2~4 strapping tapes to the outside of the medium bulk container horizontally and 2-4 strapping tapes to the outside of the medium bulk container vertically. 4.3.2.4 The bottom of the medium bulk container should be a tray type: 5c4.3.2.5 The following types of packaging can be used for the inner packaging of medium bulk containers: 8) Single-layer plastic-coated container bags that comply with GB/T 10454 and are lined with at least one layer of plastic bags that comply with GB/T 4456 and GB/T 17858.2. The inner packaging of medium bulk containers can also be multi-layer paper-plastic composite bag-type small packaging that is derived from GB/T 17858.1. The number of layers of the paper-plastic composite bag is 3 or more (including 3 layers) and has at least one layer of plastic bag. Moisture barrier layer: The sealing of the paper-paper composite bag, whether it is eight-fold, heat-sealed or other types of sealing, should ensure that the contents do not leak. 4.3.2.6 When sealing the bag inner packaging, whether it is tied with rope, heat-sealed or other types of sealing, it should ensure that the contents do not leak. 4.3.2.7 When sealing with rope - exhaust the air in the bag, tie the bag mouth tightly with rope twice, and then fold the bag mouth downward. Wrap the rope tightly twice, tie it tightly: If it is a double-layer bag, it should be tied in layers in this way. 4.3.2.8 When sealing with heat seal, exhaust the air in the bag and seal it tightly. Solid, no pores are allowed: if it is a double-layer bag, it should be sealed in layers. 4.3.3 Performance requirements
Performance requirements for medium bulk containers are shown in Table 3,
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5 Test methods
Appearance and basic requirements
Use monthly tests to check whether the appearance quality of the packaging meets the requirements. 5.2 Stacking test
According to the provisions of GB/T4857.3, the stacking time is 24h. The stacking load P is calculated according to formula (1): H-h ||tt ||Where:
The stacking load imposed on the package, in grams (kg): Deterioration coefficient, K=1;
Stacking height, H=3m:
-Height of a single package, in meters (tm); The mass of a single package after it is filled with articles, in kilograms (kg): (H-h)/h-round to the integer.
5.3 Drop test
According to the provisions of G/T4857.5, the following conditions shall be met: GB19268-2021
.( 1 )
The container is filled with a simulant with a bulk density similar to the xenon compound to be loaded, which is not less than 95% of its volume. The drop test height is a
b) The drop position of the steel drum is the intersection of the drum top curling edge and the drum body weld, the intersection of the drum top closure and the drum body, the drum body seam, and the intersection of the drum bottom curling edge and the drum body weld. The first drop: The container hits the impact plate obliquely with the convex edge: If the container has no convex edge, it hits the peripheral seam or edge. The second drop: The container should hit the impact plate 1 with the weakest part that has not been tested in the first drop: 3 steel drums are used for each drop, a total of 5 steel drums Barrel: The wooden intermediate bulk container shall be dropped onto a hard, inelastic, smooth, flat and horizontal surface. The dropping shall be carried out in such a way that the base of the wooden intermediate bulk container is considered to be the weakest part as the impact point: 5.4 Bottom lifting test
5.4.1 Preparation before the test
The intermediate bulk container shall be loaded to 1.25 times the maximum permissible total weight of H, with the load evenly distributed. 5.4.2 Test method
The intermediate bulk container shall be lifted and lowered twice by a vehicle, and the head shall be inserted into three quarters of the way of entry: The test shall be repeated from every possible direction of entry.
6 Inspection rules
Inspection classification and inspection items
The inspection is divided into factory inspection and type inspection: 5
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GB 19268—2021
6.1.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item,\
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
“ is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test Test
Intermediate bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Xenon packaging production should be subject to type inspection when one of the following situations occurs: a)
Trial type identification for new product production or old product conversion: After formal production, if there are major changes in structure, materials, and technology that may affect product performance; when normal production is stopped, every six months;
When the product is resumed after a long period of suspension;
When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: The monthly output is one batch.
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Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Intermediate bulk container: Monthly output is - batch: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan. Its inspection level: special inspection level is S-2 (IL=S2), and acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7 Table 6 Factory inspection sampling number and qualified judgment number Batch range
1--1200
1201 and above
Test item date
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rule
Normal one-time sampling IL-S-2
Sample number
Sample Number
Number of qualified judgments
Number of unqualified judgments
Tightened single sampling 1L-S-2
Number of group products
Sampling number and number of qualified judgments for type inspection
Number of qualified judgments
Number of unqualified judgments
Number of group products
Number of qualified judgments
Intermediate bulk containers
Number of qualified judgments
Number of unqualified judgments
Number of unqualified judgments
6.4.1 Factory inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 6, the batch of products shall be judged as unqualified. 6.4.2 Type inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they will be submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark in accordance with GB19270 and the requirements of relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 The dangerous goods packaging mark and the packaging storage and transportation pictorial mark shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 The cyanide packages shall be stored under a canopy to avoid sun exposure, rain and moisture. 7.5 The storage shelf life of xenon compound packaging materials is 2 years from the time of production to the time of filling the contents. The storage shelf life of packaging materials for domestic use is 2 years, and the storage shelf life of packaging materials for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected.1. For multi-layer paper-plastic composite bag-type small packaging, the number of paper-plastic composite bag layers is 3 or more (including 3 layers) and there is at least one moisture barrier layer: The sealing of the paper-plastic composite bag, whether it is sealed by eight-fold, heat-sealed or other types of sealing, should ensure that the contents do not leak. 4.3.2.6 When the bag-type inner packaging is sealed, whether it is sealed by rope tying, heat-sealed or other types of sealing, it should ensure that the contents do not leak. 4.3.2.7 When the rope is tied - discharge The gas in the bag is exhausted. The bag mouth is tied tightly with rope twice, and then the bag mouth is folded downwards. Wrap the rope tightly twice, tie it tightly: If it is a double-layer bag, it should be tied in layers in this way. 4.3.2.8 When heat sealing, the air in the bag is exhausted and the seal is firm. No pores are allowed: If it is a double-layer bag, it should be sealed in layers. 4.3.3 Performance requirements
The performance requirements of intermediate bulk containers are shown in Table 3,
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5 Test method
Appearance and basic requirements
Monthly test shall be used to check whether the appearance quality of the packaging complies with the requirements. 5.2 Stacking test
According to the provisions of GB/T4857.3, the stacking time is 24h. The stacking load P is calculated according to formula (1): H-h
Where:
The stacking load applied to the package, in grams (kg): Deterioration coefficient, K=1;
Stacking height, H=3m:
-the height of a single package, in meters (tm); The mass of a single package after filling the article, in kilograms (kg): (H-h)/h-round to the integer.
5.3 Drop test
According to the provisions of G/T4857.5, the following conditions shall be met: GB19268-2021
.( 1)
The container is filled with a simulant with a bulk density similar to that of the xenon compound to be contained, which is not less than 95% of its volume. The drop test height is a
b) The drop location of the steel drum is the intersection of the drum top curling edge and the drum body weld, the intersection of the drum top closure and the drum body, the drum body seam, and the intersection of the drum bottom curling edge and the drum body weld. First drop: The container hits the impact plate obliquely with the convex edge: If the container has no convex edge, it hits the peripheral seam or edge. Second drop: The container should hit the impact plate with the weakest part that has not been tested in the first drop 1: Use 3 steel drums for each drop, a total of 5 steel drums: The wooden intermediate bulk container should be dropped onto a hard, inelastic, smooth, flat and horizontal surface. The direction of the drop The method should make the base of the wooden medium bulk container, which is considered to be the weakest part, the impact point: 5.4 Bottom lifting test
5.4.1 Preparation before the test
The medium bulk container should be loaded to 1.25 times the maximum allowable total weight of H, and the load should be evenly distributed. 5.4.2 Test method
The medium bulk container should be lifted and lowered twice by a vehicle, and the head should be inserted into three quarters of the way of entry: The test should be repeated from every possible direction of entry.
6 Inspection rules
Inspection classification and inspection items
The inspection is divided into factory inspection and type inspection: 5
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GB 19268—2021
6.1.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item, \
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
" is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Intermediate bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Type inspection should be carried out when one of the following situations occurs in the production of xenon packaging: a)
Preliminary determination and appraisal of new products put into production or old products converted to production: After formal production, if there are major changes in structure, materials, and technology that may affect product performance; when normal production is stopped. Once every six months;
After a long period of suspension of production, resume production. When the production is resumed;
Out! When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: one batch per month.
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Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Type bulk container: one batch per month: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan, and its inspection level: special inspection level is S-2 (IL=S2), acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7. Table 6 Factory inspection sampling number and qualified judgment number Batch mother range||tt ||1--1200
1201 and above
Test item
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rules
Normal single sampling IL-S-2
Number of samples
Number of samples
Number of qualified judgments
Number of unqualified judgments
Strict single sampling 1L-S-2
Number of group products
Number of samplings for type inspection 6.4.1 Factory inspection The inspection is carried out item by item in accordance with the requirements of this standard. If one of the items is unqualified, the sample is judged as unqualified. When the number of unqualified samples is equal to or greater than the unqualified number specified in Table 6, the batch of products is judged as unqualified. Unqualified: 6.4.2 Type inspection is carried out item by item according to the requirements of this standard. If one item is not qualified, the sample is judged to be unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they are submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and purchase and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark compared to the container in accordance with the requirements of GB19270 and relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 Dangerous goods packaging marks and packaging storage and transportation graphic marks shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 Xenon compound packaging should be stored under a canopy to avoid exposure to sunlight, rain and moisture. 7.5 From the time of production to the time of filling the contents, the storage shelf life of xenon compound packaging for domestic use is 2 years, and the storage shelf life of packaging for export is 1 year. Packaging that exceeds the corresponding storage shelf life should be re-inspected.1. For multi-layer paper-plastic composite bag-type small packaging, the number of paper-plastic composite bag layers is 3 or more (including 3 layers) and there is at least one moisture barrier layer: The sealing of the paper-plastic composite bag, whether it is sealed by eight-fold, heat-sealed or other types of sealing, should ensure that the contents do not leak. 4.3.2.6 When the bag-type inner packaging is sealed, whether it is sealed by rope tying, heat-sealed or other types of sealing, it should ensure that the contents do not leak. 4.3.2.7 When the rope is tied - discharge The gas in the bag is exhausted. The bag mouth is tied tightly with rope twice, and then the bag mouth is folded downwards. Wrap the rope tightly twice, tie it tightly: If it is a double-layer bag, it should be tied in layers in this way. 4.3.2.8 When heat sealing, the air in the bag is exhausted and the seal is firm. No pores are allowed: If it is a double-layer bag, it should be sealed in layers. 4.3.3 Performance requirements
The performance requirements of intermediate bulk containers are shown in Table 3,
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5 Test method
Appearance and basic requirements
Use monthly tests to check whether the appearance quality of the packaging complies with the requirements. 5.2 Stacking test
According to the provisions of GB/T4857.3, the stacking time is 24h. The stacking load P is calculated according to formula (1): H-h
Where:
The stacking load applied to the package, single stop is gram (kg): Deterioration coefficient, K=1;
Stacking height, H=3m:
-the height of a single package, in meters (tm); The mass of a single package after filling the article, in kilograms (kg): (H-h)/h-round to the integer.
5.3 Drop test
According to the provisions of G/T4857.5, the following conditions must be met: GB19268-2021
.( 1)
The container is filled with a simulant with a bulk density similar to that of the xenon compound to be contained, which is not less than 95% of its volume. The drop test height is a
b) The drop location of the steel drum is the intersection of the drum top curling edge and the drum body weld, the intersection of the drum top closure and the drum body, the drum body seam, and the intersection of the drum bottom curling edge and the drum body weld. First drop: The container hits the impact plate obliquely with the convex edge: If the container has no convex edge, it hits the peripheral seam or edge. Second drop: The container should hit the impact plate with the weakest part that has not been tested in the first drop 1: Use 3 steel drums for each drop, a total of 5 steel drums: The wooden intermediate bulk container should be dropped onto a hard, inelastic, smooth, flat and horizontal surface. The direction of the drop The method should make the impact point be the weakest part of the base of the wooden medium bulk container: 5.4 Bottom lifting test
5.4.1 Preparation before the test
The medium bulk container should be loaded to 1.25 times the maximum allowable total weight of H, and the load should be evenly distributed. 5.4.2 Test method
The medium bulk container should be lifted and lowered twice by a vehicle, and the head should be inserted into three quarters of the way of entry: The test should be repeated from every possible direction of entry.
6 Inspection rules
Inspection classification and inspection items
The inspection is divided into factory inspection and type inspection: 5
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GB 19268—2021
6.1.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item, \
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
" is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Intermediate bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Type inspection should be carried out when one of the following situations occurs in the production of xenon packaging: a)
Preliminary determination and appraisal of new products put into production or old products converted to production: After formal production, if there are major changes in structure, materials, and technology that may affect product performance; when normal production is stopped. Once every six months;
After a long period of suspension of production, resume production. When the production is resumed;
Out! When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: one batch per month.
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Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Type bulk container: one batch per month: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan, and its inspection level: special inspection level is S-2 (IL=S2), acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7. Table 6 Factory inspection sampling number and qualified judgment number Batch mother range||tt ||1--1200
1201 and above
Test item
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rules
Normal single sampling IL-S-2
Number of samples
Number of samples
Number of qualified judgments
Number of unqualified judgments
Strict single sampling 1L-S-2
Number of group products
Number of samplings for type inspection 6.4.1 Factory inspection The inspection is carried out item by item in accordance with the requirements of this standard. If one of the items is unqualified, the sample is judged as unqualified. When the number of unqualified samples is equal to or greater than the unqualified number specified in Table 6, the batch of products is judged as unqualified. Unqualified: 6.4.2 Type inspection is carried out item by item according to the requirements of this standard. If one item is not qualified, the sample is judged to be unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they are submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and purchase and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark compared to the container in accordance with the requirements of GB19270 and relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 Dangerous goods packaging marks and packaging storage and transportation graphic marks shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 Xenon compound packaging should be stored under a canopy to avoid exposure to sunlight, rain and moisture. 7.5 From the time of production to the time of filling the contents, the storage shelf life of xenon compound packaging for domestic use is 2 years, and the storage shelf life of packaging for export is 1 year. Packaging that exceeds the corresponding storage shelf life should be re-inspected.The stacking load P is calculated according to formula (1): H-h
Wherein:
The stacking load imposed on the package, in grams (kg): Deterioration coefficient, K=1;
Stacking height, H=3m:
-The height of a single package, in meters (tm); The mass of a single package after filling the article, in kilograms (kg): (H-h)/h-round to the integer.
5.3 Drop test
According to the provisions of G/T4857.5, the following conditions shall be met: GB19268-2021
. (1)
The container shall contain a simulant with a bulk density similar to that of the xenon compound to be loaded, which is not less than 95% of its volume. The drop test height is a
b) The drop position of the steel drum is the intersection of the drum top curling edge and the drum body weld, the intersection of the drum top closure and the drum body, the drum body seam, and the intersection of the drum bottom curling edge and the drum body weld. The first drop: The container hits the impact plate obliquely with the convex edge: If the container has no convex edge, it hits the peripheral seam or edge. Second drop: The container shall impact on impact plate 1 at the weakest part that has not been tested in the first drop: Use 3 steel drums for each drop, a total of 5 steel drums: The wooden intermediate bulk container shall be dropped onto a hard, inelastic, smooth, flat and horizontal surface. The dropping method shall be such that the base of the wooden intermediate bulk container, which is considered to be the weakest part, is the impact point: 5.4 Bottom lifting test
5.4.1 Preparation before the test
The intermediate bulk container shall be filled to 1.25 times the maximum permissible total weight of H, with the load evenly distributed. 5.4.2 Test method
The intermediate bulk container shall be lifted and lowered twice by a vehicle, and the plunger shall be inserted three-quarters of the way in the direction of entry: The test shall be repeated from each possible direction of entry.
6 Inspection rules
Inspection categories and inspection items
Inspection is divided into factory inspection and type inspection: 5
-rKaeerkca-
GB 19268—2021
6.1.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item,\
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
“ is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test Test
Intermediate bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Xenon packaging production should be subject to type inspection when one of the following situations occurs: a)
Trial type identification for new product production or old product conversion: After formal production, if there are major changes in structure, materials, and technology that may affect product performance; when normal production is stopped, every six months;
When the product is resumed after a long period of suspension;
When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: The monthly output is one batch.
rrKaeerKAca-
Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Intermediate bulk container: Monthly output is - batch: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan. Its inspection level: special inspection level is S-2 (IL=S2), and acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7 Table 6 Factory inspection sampling number and qualified judgment number Batch range
1--1200
1201 and above
Test item date
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rule
Normal one-time sampling IL-S-2
Sample number
Sample Number
Number of qualified judgments
Number of unqualified judgments
Tightened single sampling 1L-S-2
Number of group products
Sampling number and number of qualified judgments for type inspection
Number of qualified judgments
Number of unqualified judgments
Number of group products
Number of qualified judgments
Intermediate bulk containers
Number of qualified judgments
Number of unqualified judgments
Number of unqualified judgments
6.4.1 Factory inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 6, the batch of products shall be judged as unqualified. 6.4.2 Type inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they will be submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark in accordance with GB19270 and the requirements of relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 The dangerous goods packaging mark and the packaging storage and transportation pictorial mark shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 The cyanide packages shall be stored under a canopy to avoid sun exposure, rain and moisture. 7.5 The storage shelf life of xenon compound packaging materials is 2 years from the time of production to the time of filling the contents. The storage shelf life of packaging materials for domestic use is 2 years, and the storage shelf life of packaging materials for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected.The stacking load P is calculated according to formula (1): H-h
Wherein:
The stacking load imposed on the package, in grams (kg): Deterioration coefficient, K=1;
Stacking height, H=3m:
-The height of a single package, in meters (tm); The mass of a single package after filling the article, in kilograms (kg): (H-h)/h-round to the integer.
5.3 Drop test
According to the provisions of G/T4857.5, the following conditions shall be met: GB19268-2021
. (1)
The container shall contain a simulant with a bulk density similar to that of the xenon compound to be loaded, which is not less than 95% of its volume. The drop test height is a
b) The drop position of the steel drum is the intersection of the drum top curling edge and the drum body weld, the intersection of the drum top closure and the drum body, the drum body seam, and the intersection of the drum bottom curling edge and the drum body weld. The first drop: The container hits the impact plate obliquely with the convex edge: If the container has no convex edge, it hits the peripheral seam or edge. Second drop: The container shall impact on impact plate 1 at the weakest part that has not been tested in the first drop: Use 3 steel drums for each drop, a total of 5 steel drums: The wooden intermediate bulk container shall be dropped onto a hard, inelastic, smooth, flat and horizontal surface. The dropping method shall be such that the base of the wooden intermediate bulk container, which is considered to be the weakest part, is the impact point: 5.4 Bottom lifting test
5.4.1 Preparation before the test
The intermediate bulk container shall be filled to 1.25 times the maximum permissible total weight of H, with the load evenly distributed. 5.4.2 Test method
The intermediate bulk container shall be lifted and lowered twice by a vehicle, and the plunger shall be inserted three-quarters of the way in the direction of entry: The test shall be repeated from each possible direction of entry.
6 Inspection rules
Inspection categories and inspection items
Inspection is divided into factory inspection and type inspection: 5
-rKaeerkca-
GB 19268—2021
6.1.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item,\
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
“ is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test Test
Intermediate bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Xenon packaging production should be subject to type inspection when one of the following situations occurs: a)
Trial type identification for new product production or old product conversion: After formal production, if there are major changes in structure, materials, and technology that may affect product performance; when normal production is stopped, every six months;
When the product is resumed after a long period of suspension;
When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: The monthly output is one batch.
rrKaeerKAca-
Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Intermediate bulk container: Monthly output is - batch: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan. Its inspection level: special inspection level is S-2 (IL=S2), and acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7 Table 6 Factory inspection sampling number and qualified judgment number Batch range
1--1200
1201 and above
Test item date
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rule
Normal one-time sampling IL-S-2
Sample number
Sample Number
Number of qualified judgments
Number of unqualified judgments
Tightened single sampling 1L-S-2
Number of group products
Sampling number and number of qualified judgments for type inspection
Number of qualified judgments
Number of unqualified judgments
Number of group products
Number of qualified judgments
Intermediate bulk containers
Number of qualified judgments
Number of unqualified judgments
Number of unqualified judgmentsbZxz.net
6.4.1 Factory inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 6, the batch of products shall be judged as unqualified. 6.4.2 Type inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they will be submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark in accordance with GB19270 and the requirements of relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 The dangerous goods packaging mark and the packaging storage and transportation pictorial mark shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 The cyanide packages shall be stored under a canopy to avoid sun exposure, rain and moisture. 7.5 The storage shelf life of xenon compound packaging materials is 2 years from the time of production to the time of filling the contents. The storage shelf life of packaging materials for domestic use is 2 years, and the storage shelf life of packaging materials for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item,\
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
“ is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Medium Bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Xenon packaging production should be subject to type inspection when one of the following situations occurs: a)
Trial type identification for new product production or old product conversion: After formal production, if there are major changes in structure, materials, and technology, which may affect product performance; when normal production is stopped, every six months;
When the product is resumed after long-term suspension;
When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: The monthly output is one batch.
rrKaeerKAca-
Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Intermediate bulk container: Monthly output is - batch: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan. Its inspection level: special inspection level is S-2 (IL=S2), and acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7 Table 6 Factory inspection sampling number and qualified judgment number Batch range
1--1200
1201 and above
Test item date
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rule
Normal one-time sampling IL-S-2
Sample number
Sample Number
Number of qualified judgments
Number of unqualified judgments
Tightened single sampling 1L-S-2
Number of group products
Sampling number and number of qualified judgments for type inspection
Number of qualified judgments
Number of unqualified judgments
Number of group products
Number of qualified judgments
Intermediate bulk containers
Number of qualified judgments
Number of unqualified judgments
Number of unqualified judgments
6.4.1 Factory inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 6, the batch of products shall be judged as unqualified. 6.4.2 Type inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they will be submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark in accordance with GB19270 and the requirements of relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 The dangerous goods packaging mark and the packaging storage and transportation pictorial mark shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 The cyanide packages shall be stored under a canopy to avoid sun exposure, rain and moisture. 7.5 The storage shelf life of xenon compound packaging materials is 2 years from the time of production to the time of filling the contents. The storage shelf life of packaging materials for domestic use is 2 years, and the storage shelf life of packaging materials for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected.1 Factory inspection
Factory inspection items are shown in Table 4,
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Note: \\ is a mandatory inspection item,\
Type inspection
Type inspection items
Table 4 Factory inspection items
Technical requirements Article number
“ is an item not inspected
Type inspection items are shown in Table 5.
Inspection items
Basic requirements
Stacking test
Drop test
Bottom lifting test
Medium Bulk container
Test method Article number
Table 5 Type inspection items
Technical requirements Article number
Note: \. \ is a mandatory inspection day, "-\ is a non-inspection day, Type inspection conditions
Intermediate bulk container
Test method Article number
Xenon packaging production should be subject to type inspection when one of the following situations occurs: a)
Trial type identification for new product production or old product conversion: After formal production, if there are major changes in structure, materials, and technology, which may affect product performance; when normal production is stopped, every six months;
When the product is resumed after long-term suspension;
When the inspection result is significantly different from the previous type inspection result: the competent department proposes to conduct type inspection.
Steel drum: The monthly output is one batch.
rrKaeerKAca-
Factory inspection
Intermediate bulk container
Type inspection
Intermediate bulk container
6.2.2 Intermediate bulk container: Monthly output is - batch: 6.3 Sampling
GB 19268—2021
6.3.1 Factory inspection According to the GB/T2828.1 sampling plan, select the normal inspection one-time sampling plan. Its inspection level: special inspection level is S-2 (IL=S2), and acceptance quality limit is 4.0 (AQL=4.0). The sampling number and qualified judgment number are shown in Table 6. 6.3.2 Type inspection is carried out according to SN0370.2 and relevant national standards for performance inspection. The sampling number and qualified judgment number are shown in Table 7 Table 6 Factory inspection sampling number and qualified judgment number Batch range
1--1200
1201 and above
Test item date
Stacking test
Drop test
Bottom lifting test
6.4 Judgment rule
Normal one-time sampling IL-S-2
Sample number
Sample Number
Number of qualified judgments
Number of unqualified judgments
Tightened single sampling 1L-S-2
Number of group products
Sampling number and number of qualified judgments for type inspection
Number of qualified judgments
Number of unqualified judgments
Number of group products
Number of qualified judgments
Intermediate bulk containers
Number of qualified judgments
Number of unqualified judgments
Number of unqualified judgments
6.4.1 Factory inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 6, the batch of products shall be judged as unqualified. 6.4.2 Type inspection shall be carried out item by item in accordance with the requirements of this standard. If one item in H is unqualified, the sample shall be judged as unqualified. When the number of unqualified samples is equal to or greater than the number of unqualified judgments specified in Table 7, the batch of products is judged to be unqualified. 6.5 Handling of unqualified batches
After the cyanide packages in the unqualified batches are removed, they will be submitted for inspection again, and the strictness remains unchanged. 7 Labeling, transportation and storage
7.1 The quality supervision department of the product manufacturer shall inspect according to this standard and issue a certificate of conformity. Each cyanide package shall be marked with a durable, easily recognizable, appropriately positioned and appropriately sized mark in accordance with GB19270 and the requirements of relevant competent authorities. Each batch of packages shall have a certificate of conformity
7.2 The dangerous goods packaging mark and the packaging storage and transportation pictorial mark shall be pasted or sprayed on the cyanide packages in accordance with GB190 and G13/T191. 7.3 Avoid falling during transportation and avoid collision with hard and sharp objects. 7.4 The cyanide packages shall be stored under a canopy to avoid sun exposure, rain and moisture. 7.5 The storage shelf life of xenon compound packaging materials is 2 years from the time of production to the time of filling the contents. The storage shelf life of packaging materials for domestic use is 2 years, and the storage shelf life of packaging materials for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected.5. From the time of production of 5-xenon packaging materials to the time of packing the contents, the storage shelf life of packaging materials used in China is 2 years, and the storage shelf life of packaging materials used for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected. SAC
-rKaeerKa-5. From the time of production of 5-xenon packaging materials to the time of packing the contents, the storage shelf life of packaging materials used in China is 2 years, and the storage shelf life of packaging materials used for export is 1 year. Packaging materials that exceed the corresponding storage shelf life should be re-inspected. SAC
-rKaeerKa-
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