This standard is published for the first time. This standard specifies the general technical requirements for various anti-counterfeiting labels, as well as the terms and definitions related to them, product classification, requirements, test, verification and evaluation methods, acceptance rules, marking, packaging, transportation and storage. This standard applies to various anti-counterfeiting labels (including supporting reading devices). GB/T 22258-2008 General Technical Conditions for Anti-Counterfeiting Labels GB/T22258-2008 Standard Download Decompression Password: www.bzxz.net
This standard is published for the first time. This standard specifies the general technical requirements for various anti-counterfeiting labels, as well as the terms and definitions related to them, product classification, requirements, test, verification and evaluation methods, acceptance rules, marking, packaging, transportation and storage. This standard applies to various anti-counterfeiting labels (including supporting reading devices).
Appendix A of this standard is an informative appendix.
This standard is proposed by the State Administration of Standardization.
This standard is under the jurisdiction of the National Anti-Counterfeiting Standardization Technical Committee (SAC/TC218).
The main drafting units of this standard are: National Anti-Counterfeiting Engineering Technology Research Center (Wuhan Huagong Image Technology Development Co., Ltd.), National Anti-Counterfeiting Product Quality Supervision and Inspection Center, National Printing and Decoration Product Quality Supervision and Inspection Center, Beijing Zhongbiao Fangyuan Anti-Counterfeiting Technology Group, Beijing Sanyou Laser Technology Co., Ltd., Dongfang Huike Anti-Counterfeiting Technology Co., Ltd., Zibo Taibao Anti-Counterfeiting Technology Products Co., Ltd., Hainan Dongfang Texture Anti-Counterfeiting Co., Ltd., Beijing Jiuzhou Huilian Network Technology Co., Ltd., Northern Nine Star Holographic Products Co., Ltd., Zhongshan Guoan Technology Development Co., Ltd.
The main drafters of this standard are: Chen Rujun, Cheng Haiyan, Xu Bo, Ha Liuzhu, Zhang Liming, Cun Yuntao, Wei Wei, Zhang Longsheng, Wu Zongmin, Zhao Junjiang, Yu Junliang, He Fangqi, Cui Qingchen.
This standard is published for the first time.
The clauses in the following documents become the clauses of this standard through reference in this standard. For any dated referenced document, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties that reach an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For any undated referenced document, the latest version is applicable to this standard.
GB/T2792-1998 Test method for 180° peel strength of pressure-sensitive adhesive tape (eqvJISZ0237:1991)
GB/T2828.1-2003 Sampling inspection procedures for attributes Part 1: Sampling
plan for batch inspection based on acceptance quality limit (AQL) (ISO2859-1:1999, IDT)
GB/T2829-2002 Sampling procedures and tables for periodic inspection by attributes (applicable to inspection of process stability)
GB/T7705-2008 Lithographic decorative prints
GB/T7706-2008 Letterpress decorative prints
GB/T7707-2008 Gravure decorative prints
GB/T10335.1-2005 Coated paper and paperboard coated art printing paper (coated paper)
GB/T17000-1997 General technical conditions for anti-counterfeiting holographic products
GB/T17001.1-1997 Anti-counterfeiting inks Part 1: Technical conditions for ultraviolet excited fluorescent inks (offset and letterpress printing)
GB/T17002-1997 Production management specification for anti-counterfeiting printing products
GB/T17004-1997 Anti-counterfeiting technical terms
GB/T17121-1997 Anti-counterfeiting printing inks Part 1: Technical conditions for ultraviolet excited fluorescent anti-counterfeiting penetrating printing inks
GB/T17497-1998 Flexographic decorative printed products
GB/T18733-2002 Anti-counterfeiting holographic paper
GB/T18734-2002 Anti-counterfeiting holographic hot stamping foil
GB/T18751-2002 Magnetic anti-counterfeiting ink
GB/T18752-2002 Thermosensitive color-changing anti-counterfeiting ink
GB/T18753-2002 Sunlight-excited color-changing anti-counterfeiting ink
GB/T18754-2002 Gravure printing ultraviolet-excited fluorescent anti-counterfeiting ink
GB/T18758-2002 General technical conditions for anti-counterfeiting nuclear technology products
GB/T19425-2003 General technical conditions for anti-counterfeiting technology products
Foreword III
1 Scope 1
2 Normative references 1
3 Terms and definitions 1
4 Classification 3
5 Requirements 3
6 Test methods 9
7 Inspection rules 14
8 Labeling, packaging, transportation and storage 15
Appendix A (Informative Appendix) Method for determining the comprehensive quality grade of anti-counterfeiting labels 16

ICS13.310
Chinese National Standard
GB/T 22258—2008
Universal technical requirements of anti-counterfeiting labels
Universal technical requirements of anti-counterfeiting labelsIssued on July 28, 2008
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of ChinaChina National Standardization Administration
Implementation on January 1, 2009
Normative documents
Terms and definitions
Test methods
Inspection rules
Marking, packaging, transportation and storage
Method for determining the comprehensive quality level of anti-counterfeiting labelsAppendix A (informative appendix)
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GB/T 22258—2008
Appendix A of this standard is informative.
This standard is proposed by the National Standardization Administration. Foreword
This standard is approved by the National Anti-counterfeiting Standardization Technical Committee (SAC/TC218). GB/I 22258—2008
Main contributors of this standard: National Anti-counterfeiting Technology Research Center (Wuhan Huaxiang Technology Development Co., Ltd.), National Anti-counterfeiting Product Quality Supervision and Inspection Center, National Printing and Decoration Products Quality Supervision and Inspection Center, Beijing Zhongbiao Fangyuan Anti-counterfeiting Technology Group, Beijing Sanyou Cangshe Technology Co., Ltd., Dongfang Huike Anti-counterfeiting Technology Co., Ltd., Zibo Libao Anti-counterfeiting Technology Products Co., Ltd., Hainan Xingwen International Counterfeiting Co., Ltd., Beijing Erzhou Huilian Network Technology Co., Ltd., Northern Nine Star Holographic Products Co., Ltd., Zhongbei Guoan Technology Development Co., Ltd.
The main drafters of this standard are Chen Rugou, Ting Haiyan, Ren Bo, Ha Liudu, Zhang Liming, Cun Yuntao, Wei Wei, Zhang Longsheng, Wu Qinmin, Zhao Junjiang, Yu Liliang, He Fangqi, Cui Qingchen.
This standard is issued for the first time
1 Scope
General technical conditions for anti-counterfeiting labels
GB/T 22258—2008
This standard specifies the general technical requirements for various anti-counterfeiting labels, as well as the terms and definitions related to them, product classification, requirements, test, inspection and evaluation methods, acceptance rules, marking, packaging, transportation and storage. This standard is applicable to various anti-counterfeiting labels (including supporting reading devices). 2 Normative references
The clauses in the following documents become the clauses of this standard through reference in this standard. For any dated referenced document, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, parties that cannot reach an agreement based on the standard are encouraged to study and use the latest version of the document. For any undated referenced document, the latest version is applicable to this standard. GB/T2792-1998 Test method for 180° peeling strength of sensitive adhesive tape (cgVJIS7.0237:1991) GB/T2828.1-2003 Counting threshold inspection procedure Part 1: Sampling plan for batch inspection based on acceptance quantity limit (AQL) (ISO 2859-1:1999, IDT)
GB/T2829-2002 Counting sampling procedure and table for periodic inspection (applicable to inspection of process stability) G3/T7705-2908 Lithographic decorative printing G3/T7706-2008 Letterpress decorative printing GB/T7707-2008 Letterpress decorative printing
CB/T 10335.1 2005
Technical conditions for anti-counterfeiting holographic products for coated paper and paperboard
G3/T 170C0--1997
Technical conditions for anti-counterfeiting devices-Part 1: Technical conditions for ultraviolet excited fluorescent inks (offset and letterpress printing) GB/T 170C1,1-1997
Production management standard for anti-counterfeiting printed products
GB/T 17002-1997
CB/T 17C041997
GB/I[712[-..-1597
G13/T 17497-1998
GB/T 18733---2002
GR/T 18734--2002
GB/T 18751--- 2002
GB/T 18752--2002
GB/T 187532002
G13/T 18754—2QC2
(G13/T 18758---20C2| |tt||GB/T 19425—2003
3 Terms and definitions
Anti-counterfeiting technical terms
Anti-counterfeiting printing ink Part 1: UV-excited fluorescent anti-counterfeiting penetrating printing ink Technical conditions for flexible printing plate decoration printing
Anti-counterfeiting holographic paperWww.bzxZ.net
Anti-counterfeiting holographic hot stamping
Magnetic anti-counterfeiting ink device
Thermal color-changing anti-counterfeiting ink
Light-excited color-changing anti-counterfeiting ink
Publication printing UV-excited anti-counterfeiting ink General technical conditions for anti-counterfeiting nuclear technology products
Technical conditions for anti-counterfeiting technology products
The terms and definitions specified in GI3/T1700M1.997 and the following terms and definitions apply to this standard. 3. 1
Anti-counterfeiting labelAnti-counterfeiting label can be pasted, printed or transferred to the surface of the subject matter, the packaging or accessories of the subject matter, and is a label with anti-counterfeiting function. Anti-counterfeiting labels should generally have two characteristics at the same time: first, it adopts technical measures to prevent imitation and reproduction without the permission of the owner; second, it has identifiable characteristics, which can be identified by senses, and can also be identified by tools and special instruments to accurately judge the authenticity. 3.2
Non-transfer rateThe non-transfer rate indicates the anti-transfer and reuse performance of anti-counterfeiting labels. Anti-counterfeiting labels should have the ability to prevent transfer from the subject matter and reuse.
Black spotblackspot
A point on the embossed hologram caused by a defect on the embossing roller or on the embossing plate. 3. 4
Slain
A mark caused by physical or chemical factors during the production of the hologram master due to improper handling. 3.5
Scratches
Scratches that affect the image and text on the valid plate. 3.6
Color pattern misalignmentcolor pattern misalignmentThe misalignment of images of different colors with different boundaries. 3.7
Signal-to-noise ratiosigualtnnisrati
The ratio of the signal intensity of the image reconstructed in the diffracted light to the noise intensity, 3.8
Diffraction efficiencydiTraction efficiencyThe ratio of the signal intensity of the image reconstructed in the incident light to the incident light intensity. 3.9
platelessprinting
A printing method in which the original (including electronic original) is directly copied on the substrate by special equipment, including electrostatic printing and inkjet printing.
Embossed hologram
Using the embossing process, the double-striped structure of the hologram is transferred to the plastic (or other polymer material) film! 3. 11
Volume reflection hologram The object light wave and the reference light wave are projected into the recording medium from both sides of the recording medium. In the recording medium, the striped surface is parallel to or close to the surface of the substrate. The hologram recorded in this way is called a volume reflection hologram: Volume reflection holograms require thicker recording media to record multiple striped surfaces.
Moire fringe dual card anti-counterfeiting label with moire fringe decoder uses moire fringe decoder card to read out the hidden text on the label. 3.13
Polarized light dual card anti-counterfeiting label with polarized decoder uses polarized light decoder card to read out the hidden text on the label: 3.14
anti-counterfeiting label with random encrypt decoder random encryption dual card anti-counterfeiting label
uses random encryption decoder card on the label.2
Classification
GB/T 22258--2008
According to the production process of anti-counterfeiting labels and the anti-counterfeiting identification characteristics of the labels, anti-counterfeiting labels are divided into the following categories: 4.1 Holographic anti-counterfeiting labels
Anti-counterfeiting labels made using laser holographic technology generally include: a) embossed holographic anti-counterfeiting labels, such as self-adhesive embossed holographic anti-counterfeiting labels and embossed holographic hot stamping anti-counterfeiting labels. b) Radial radiation holographic anti-counterfeiting labels, such as photopolymer holographic anti-counterfeiting labels. 4.2 Printed anti-counterfeiting labels
Anti-counterfeiting labels made using anti-counterfeiting printing technology (anti-counterfeiting plate design, anti-counterfeiting printing art, etc.) or anti-counterfeiting printing materials (anti-counterfeiting printing ink, anti-counterfeiting paper, anti-counterfeiting film, etc.) generally include: b) Plate-printed anti-counterfeiting labels (flat plate, dot plate, return plate, silk screen, case plate, etc.). b) Non-plate printing counterfeit mark (digital printing, electrostatic printing, thermal transfer, inkjet printing, inkjet coding, etc.). 4.3 Dual-card anti-counterfeiting mark
Anti-counterfeiting mark that uses a decoding card and a hidden image card to read out the hidden image information, generally including: a) Moiré fringe dual-card anti-counterfeiting mark;
b) Nuclear track dual-card anti-counterfeiting mark;
e) Polarized light dual-card anti-counterfeiting mark;
d) Random encryption dual-card anti-counterfeiting mark.
4.4 Micro-hole anti-counterfeiting mark
Anti-counterfeiting mark that produces micro-holes to form images and texts, such as the micro-hole counterfeit mark and the nuclear track micro-hole anti-counterfeiting mark. 1.5 Laser graphic output anti-counterfeiting mark
Anti-counterfeiting mark that uses a laser beam to form images and texts on the surface of the target, such as laser mask marking and laser scanning marking. 4.6 Invisible text regression anti-counterfeiting mark
Anti-counterfeiting mark made of materials with national reflection characteristics. 4.7 Graphics and texts revealing anti-counterfeiting mark
Anti-counterfeiting mark with graphics and texts revealed on the second layer after the mark is peeled off. For example, the yin-yang graphics and texts revealing anti-counterfeiting mark, the full-coating graphics and texts revealing anti-counterfeiting mark, etc.
4.8 Magnetic anti-counterfeiting mark
Anti-counterfeiting mark with hidden information made of special magnetic materials, generally divided into two types: with abbreviated code and without code. 4.9 Covering layer anti-counterfeiting mark
Anti-counterfeiting mark that uses a covering layer to cover digital or graphic information. This type of mark is usually divided into two types: open type and peel-off type. 4.10 Mark distribution characteristics anti-counterfeiting mark
Anti-counterfeiting mark made by using the distribution characteristics of identifiable three-dimensional marks. 5 Requirements
5.1 Anti-counterfeiting strength
For the specific requirements of the anti-counterfeiting strength of anti-counterfeiting labels, see G13/T19425-2003. 5.2 Non-transferability
The grading index of non-transferability is GB/T1925-2003. 5.3 Stability
The stability of the anti-counterfeiting identification features of anti-counterfeiting labels is determined by the stability of the label body and the materials used to form the anti-counterfeiting features. For specific requirements, see GB/T19425-2003. 5.4 Recognition performance
For the specific requirements of the recognition performance of anti-counterfeiting labels, see GB/T19425-2003. 3
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GB/T 22258-2008
5. 5 Suitability for use
The adaptability of the anti-counterfeiting mark should be able to meet the requirements of the object when used. 5.5.1 Integrity of the mark
When the anti-counterfeiting mark is directly printed on the object or transferred, the mark attached to the object must have neat edges and complete patterns, without missing strokes or broken lines, and the text must not confuse the meaning of the words.
5.5.2 Printing speed
Applicable to holographic fast online automatic hot stamping. The hot stamping speed of holographic hot stamping logo is divided into four levels: A, B, CD. The specific requirements are shown in Table 1. Table 1 Printing speed of holographic hot stamping logo
Inspection items
Rolling printing coverage
5.5.3 Logo positioning deviation
2 6 000
The position is autumn per hour
Applicable to holographic fast positioning (the alignment of the logo pattern with the designated position of the target object) online automatic hot stamping. The accuracy of the positioning of the holographic fast positioning hot stamping logo on the target object 1 is related to the lateral deviation of the logo on the standard roll and the deviation of the vertical distance of the logo. According to the horizontal position deviation of the logo and the deviation of the vertical distance of the logo, it is divided into four levels: AB, C, D. See Table 2. Table? It is the lateral position deviation of the logo on the standard roll, or the vertical distance difference between the first and last logos of the same period of typesetting on the standard roll.
Inspection item
5.5.4 Die-cutting depth
Deviation of logo positioning
The bottom paper of the logo shall not be damaged by die-cutting, and the silicone oil layer or coating layer shall not be damaged. 5.5.5 The sealing logo shall not be allowed to be lifted
The corner logo with a temperature of 90°C shall not be allowed to be lifted after labeling. 5.6 Environmental requirements for use
Unit is meter
The physical, chemical and anti-counterfeiting properties of the anti-counterfeiting logo shall meet the normal environmental requirements of the target object. The specific requirements are the temperature range for the use of the logo: 10℃~~-50℃ The relative humidity range for the use of the logo: 20%RH～90%RH, 4℃ ± 5℃ When the product required by the user exceeds the above temperature and humidity range, the user can ask the manufacturer for specific requirements during the ordering process.
5.7 Safety period
For the specific requirements of the safety period of anti-counterfeiting labels, see (1/T19425-2003, 5.8 Appearance quality
5.8.1 Appearance quality of embossed holographic anti-counterfeiting labels The appearance quality of embossed holographic anti-counterfeiting labels shall meet the requirements of Table 3. Table 3 Appearance quality of embossed holographic anti-counterfeiting labels
Appearance quality Name
Degree
Technical requirements
No obvious scratches on the reverse pattern are allowed
No scratches with a diameter greater than 0.5 mm are allowed The amount of water that enters the pattern is allowed to enter the pattern.
Obvious defects
Image quality
Color misalignment
Appearance quality salt name
5.8.2 Appearance quality of printed anti-counterfeiting labels
Table 3 (continued)
Technical requirements
The image in the effective layout is clear, the color is distinct, and the degree of contrast is within te0.15zim
The appearance quality of printed anti-counterfeiting labels shall meet the requirements of 4. Table 4 Appearance quality of printed anti-counterfeiting labels| |tt||Appearance quality name
Finished product appearance
Text printing
Surface characteristics
Nitrogen printing layer
Overprint error
Surface clean, no obvious stain or defect
Technical requirements
Printed text is clear and complete, No. 5 font is correct, the character pattern is slightly clear, without obvious deformation and defect; the indentation is flat, the convex and full, the paper fiber is not broken; the nitrogen printing layer does not change color, and the defect is not blurred
The edge of the mark is smooth
GB/T 22258—2008
Lithographic printing, station printing: 0.20mm; bright printing: 0.30m1n (except screen printing) The printing is dense, without defects larger than 0.5m, and no protrusions such as visible bubbles. The amount of cover is only inspected for the printed logo of the ink layer with title. 5.8.3 Appearance quality of laser graphic output anti-counterfeiting logo The appearance quality of laser graphic output anti-counterfeiting logo shall comply with the requirements of Table 5. The technical requirements for appearance quality of laser graphic output anti-counterfeiting logo shall meet the requirements of Table 6. Technical requirements
The graphics and text are discontinuous and can be sunken when touched
The lines are continuous and smooth without any traces of broken strokes
Each batch of cabinets has the same geometric size and shape, without obvious differences. Table 6 Die-cutting center deviation
Appearance quality
Die-cutting center deviation
Relative deviation of die-cutting center
Technical requirements
Note: When the logo width is >21mm, the die-cutting center deviation of the logo is detected. When the logo width is ≤21m, the relative deviation of the die-cutting center of the logo is detected. 5.10 Characteristic indicators
5.10.1 Characteristic indicators of embossed holographic anti-counterfeiting labels The characteristic indicators of embossed holographic anti-counterfeiting labels should meet the requirements of Table 6. 5
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GB/T 22258-2008
Characteristics
Diffraction efficiency (\)
Signal ratio (SNR
180° peel strength
Print layer abrasion resistance (short print type)
Table 7 Technical requirements for characteristic indicators of embossed holographic anti-counterfeiting labels
2:10:
0.10 kN/I
Color rot of the same batch (print type) (C positive E'ab)AE Clarity of the print layer (print inflammation)
This item is not tested for labels with glossy inside 4.00
Comply with G13/T18734
130° peel strength attenuationOnly anti-counterfeiting labels without separators (not die-cut) are tested5. 10. 2
Characteristic indicators of printed anti-counterfeiting labels,
Characteristic indicators of printed anti-counterfeiting labels should meet the requirements of Table 8Table 8Characteristic indicators of printed anti-counterfeiting labels
Characteristic clearing
Density difference of the same color
Color difference of the same batch
(CtEL* a\ h*)AE
Ink layer reflectivity (paper substrate)
Glossiness of cover layer (60″)
Lightfastness
Resistance index
Water resistance
Thermal adhesion
New super-layer glossiness requirements, and when the mark area is 800mm, check this item. The resistance index is only tested for the mark of plateless printing and anti-counterfeiting fluorescent ink. 5.11 Technical requirements for anti-counterfeiting identification features|| tt||5.11.1 Dual-card anti-counterfeiting mark
5.11.1.1 Moiré fringe dual-card anti-counterfeiting mark
The technical requirements for the anti-counterfeiting identification features of the moiré fringe dual-card anti-counterfeiting mark shall comply with Table 9. Table 9 Technical requirements for the anti-counterfeiting identification features of the moiré fringe anti-counterfeiting mark Feature Name
Text identification
Vertical mixed code
Tilted positive code
5. 11. 1,2 Technical requirements for nuclear track dual card anti-counterfeiting labels
Hidden information is always clear and discernible
=4 bars/m
a14 bars/m
Technical requirements for anti-counterfeiting identification features of nuclear track dual card anti-counterfeiting labels should comply with Table 10.6
Dual card compliance characteristics
Table 10 Technical requirements for anti-counterfeiting identification features of nuclear track dual card anti-counterfeiting labels, etc. Name
5.11.2 Microporous anti-counterfeiting labels
Technical requirements
Special reading equipment does not cause dust misjudgment
Technical requirements for anti-counterfeiting identification features of microporous anti-counterfeiting labels (gravity separation type, nuclear track type) shall comply with Table 1. Table 11 Technical requirements for anti-counterfeiting identification features of microporous anti-counterfeiting labels Feature name
Disappearance after dripping (explicit graphics)
Coloring (implicit graphics)
Transparency after peeling off (implicit graphics)
5.11.3 Laser graphic output anti-counterfeiting labels
Technical requirements
GB/T 22258--2008
The white color disappears after being washed with hot water and can be restored after being washed with water. The pattern area should leave color and can be removed after being painted with a colored pen. The technical requirements for anti-counterfeiting identification features of laser graphic output (laser mask marking) anti-counterfeiting labels should comply with Table 12. Table 12 Technical requirements for anti-counterfeiting identification features of laser graphic output anti-counterfeiting labels Feature name
Graphic line length
Graphic line ratio
Graphic consistency
5.11.4 Invisible graphic and text anti-counterfeiting labels
Technical requirements
s0,20mm
The geometric figures in the same part should be consistent, and no difference is allowed. The technical requirements for anti-counterfeiting identification features of invisible graphic and text anti-counterfeiting labels should comply with Table 13. Table 13 Technical requirements for anti-counterfeiting identification features of invisible graphic and text regression anti-counterfeiting marks Feature name
Flashing effect (multi-paper flashing type)
Reflective watermark effect (reflective watermark type)
Flashing image effect (flashing image type)
Graphic and text revealing anti-counterfeiting marks
Technical requirements
The position of the mark is observable under different viewing conditions. The hidden colored fine graphics are clearly visible; the color of the graphics changes significantly when the viewing angle changes
The graphic and text have obvious flashing effects
The technical requirements for anti-counterfeiting identification features of graphic and text revealing anti-counterfeiting marks shall comply with Table 13 Technical requirements for anti-counterfeiting identification features of invisible graphic and text regression anti-counterfeiting marks 14 Table 14 Technical requirements for anti-counterfeiting identification features of anti-counterfeiting labels with graphic features Feature name
Yin-Yang graphics
Full-layer graphics
Pattern integrity
Dot density
Hidden graphics
Technical requirements
The engraved pattern should be consistent with the original design, clearly legible, and symmetrical 2 dots/mm
The logo should be clearly legible after being photographed
The instrument should inspect the anti-counterfeiting label with Yin-Yang graphics composed of dots. 5.11.6 Magnetic anti-counterfeiting label
The technical requirements for anti-counterfeiting identification features of magnetic anti-counterfeiting labels should comply with Table 15. IKANrKAca-
GB/T 22258—2008
Feature name
Magnetic properties
Magnetic signal amplitude fluctuation range
Total number of abbreviation types
Table 15 Technical requirements for anti-counterfeiting identification features of magnetic anti-counterfeiting labels Technical requirements
Accurate reading information
A suffix: ≥50
B level: ≥15
This proposal is to inspect the coded magnetic anti-counterfeiting labels. Anti-counterfeiting mark of cover layer
Technical requirements for anti-counterfeiting identification features of anti-counterfeiting mark of cover layer shall comply with Table 16. Table 16 Technical requirements for anti-counterfeiting identification features of anti-counterfeiting mark of cover layer Feature name
Ease of scraping (peeling)
Information integrity after scraping (peeling)
Density of cover layer
5.11.8 Mark distribution characteristics Anti-counterfeiting mark
Requirement
Scratch-off mark can be easily scraped off with fingernails: Peel-off mark is easier to peel off with bare hands Information integrity||tt ||The detected mark cannot be seen through the anti-counterfeiting layer or the reflection of the mark. The technical requirements for the anti-counterfeiting identification features of the anti-counterfeiting mark shall comply with Table 17.17 Mark distribution characteristics Technical requirements for the anti-counterfeiting identification features of the anti-counterfeiting mark Feature name
Texture (fiber) mark
Grain mark
5.11.9 Printed anti-counterfeiting mark
Identifiability
Number of texture patterns
Fiber patterns
Identifiability
Number of grains
5.11.9. 1Technical requirements for anti-counterfeiting labels made of anti-counterfeiting inks
Each fiber pattern on the label is clearly visible, and the identification feature report is accurate. The number of internal textures is ≥1
It should be three-dimensional and not two-dimensional
It should have disorderly distributed colored reflective particles and self-encapsulated protruding microbubbles, and the identification feature report is accurate
210 pieces/piece
Anti-counterfeiting labels made of anti-counterfeiting oils should meet the technical requirements of the main anti-counterfeiting identification features in Table 18. Technical requirements for anti-counterfeiting identification features of anti-counterfeiting ink labels Feature name
Ultraviolet induced fluorescence
Fluorescence
Colored carbon
Reversible thermal color change
Thermosensitive color change
Irreversible flame-sensitive color change
Light-induced color change
Photovariable
Infrared fluorescence
Technical requirements
The image is colorless under natural light. After exposure to ultraviolet light, the mark can emit visible fluorescence
The image is visible under natural light! The mark can emit visible fluorescence after being illuminated by ultraviolet light.
When conducting a thermal color change test, the color of the image and text changes when it is sent to the temperature range specified by the product; if it deviates from this temperature range, it returns to the original color. When conducting a thermal color change test, the color of the image and text changes when it reaches the temperature range specified by the product; if it deviates from this temperature range, it cannot return to the original color. After being exposed to infrared light, the color of the mark changes significantly, and the change is reversible. When observing the mark from different angles, its color changes significantly. Under a certain period of infrared light, the mark emits visible light. The mark changes color significantly when it is subjected to pressure and friction. The color of the pattern changes significantly after being immersed in water.
5.11.9.2 Anti-counterfeiting labels made of anti-counterfeiting paper Anti-counterfeiting labels made of anti-counterfeiting paper shall comply with the technical requirements for the main anti-counterfeiting identification features in Table 19. 19 Technical requirements for anti-counterfeiting identification features of anti-counterfeiting paper labels To be collected Name
Fiber (or other special additives)
Easily peeled
Security thread (full, window)
Technical data
CB/T 22258--2008
Visible fiber (or special additives), invisible fiber (or special additives) can be identified with the help of special light source or instrument
Watermark pattern, clearly detectable
Broken immediately after being removed, cannot be used again
Gold-buried, open-sinus security thread can be identified by naked eye If there is identifiable counterfeit information in the security thread (micro-images, carefully pressed holograms, magnetic characteristics, fluorescent characteristics, etc.), it should meet the corresponding technical requirements 5.11.9.3 Anti-counterfeiting plate-making design and anti-counterfeiting printing process Anti-counterfeiting labels made with anti-counterfeiting plate-making design and anti-counterfeiting printing technology: the technical requirements for the main anti-counterfeiting identification features shall comply with Table 20. Table 20 Technical requirements for anti-counterfeiting identification features of anti-counterfeiting plate-making and anti-counterfeiting printing process Name of feature
Background pattern, round flower, flower pattern
Latent image (lighting latent image) Micro-plate
Engraving intaglio printing
6 Test method
6. 1 Test environment requirements
Test environment temperature: 23℃+2℃,
Technical requirements
The lines are smooth and solid, and cannot be completely reproduced by scanning, copying and other image copying methods. Hide the pattern or text in another pattern so that the incident light at a certain time is observed from a specific direction. The shadow pattern on the label is formed by the relief image and has obvious visual three-dimensional burning. Chinese character height ≤0.40 mI, English 0.30mm. Observe with magnification or microscope, the micro-image disappears and is discernible
The lines of the micro-image are faint, and the engraved lines are clear and discernible. Test environment: 50% RH15% RII. 6.2 Inspection method of anti-counterfeiting strength
The inspection method of anti-counterfeiting strength can be found in GB/T19425--2003. 6.3 Inspection method of non-transfer rate
According to the use of the anti-counterfeiting logo specified by the manufacturer, paste the logo sample on the target object and place it at room temperature for 24 hours; if it is not specified what target object the anti-counterfeiting logo is used for, paste the anti-counterfeiting logo on 8 /m Neutral Red 1:, directly peel off and inspect. The anti-counterfeiting information in the label is destroyed and cannot be transferred for use. 6.4 Stability inspection method
The stability of the pseudo identification characteristics of the anti-counterfeiting label is inspected according to the method specified in G13/194252003: 6.5 Identification performance inspection method
The identification performance of the anti-counterfeiting label is inspected according to the method specified in G13/T194252003. 6.6 Usage adaptability inspection method
The adaptability of the anti-counterfeiting label (see 5.5) includes the following items, KAIKAca=
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