Some standard content:
Ics 13-370
National Standard of the People's Republic of China
GB/T187332002
Anti-counterfeiting holographic paper
Anti-counterfeiting holographic paper2002-05-21 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
200301-01 Implementation
Current hot reference security
Technical cross and definition
Classification of hospital injury technology
Anti-counterfeiting strength
Technical requirements
Testing method
Testing rules
Marking, packaging, delivery, storage
KAN The relevant technical conditions of KAca-
CB/T18733—2002
CB/T18733-2002
standard are in line with the relevant technical requirements of GB/T17000-1997 General Technical Conditions for Anti-counterfeiting Holographic Products 3.
This standard was proposed by the State Administration of Quality Supervision, Inspection and Quarantine. This standard will be under the jurisdiction of the Anti-counterfeiting Standardization Technical Committee. The drafting unit of this standard: Yingwan 808 Factory, Beijing Yiyou Optical Image Co., Ltd. The main characters of the wooden cup are: Du Jizhi, Mi Wenzhi, missing, Shangxiao, Feizhuxiang, Li Yihong, Tu Chuanli 1 Scope
Anti-counterfeiting holographic paper
GB/T18733-2002
The card standard specifies the classification of anti-counterfeiting technology used by anti-counterfeiting holographic paper and the requirements for product registration, testing, inspection, marking, packaging, transportation and storage. This standard is used for holographic paper made of paper as the material and processed by a process such as removing cloth molds or other methods. 2 Normative references
The clauses in the following documents are applicable to this standard and become the clauses of this standard. For all referenced documents with a date, all subsequent amendments (excluding errata); or revised versions are not applicable to this standard. However, the parties to an agreement based on this standard are encouraged to consider whether the latest versions of these documents can be used. For all undated referenced documents, the latest versions are applicable to this standard: GRT40--1S Paper channel length test method GB\451.2-959 Determination of quantity and quality GB/T451.2-198 Determination of tensile strength of V-type boards and spring boards (speed addition method) GB/T455-9S9 Determination of tensile strength of paper GB/T462:R Determination of moisture content of paper and paperboard G/2679.151397 Determination of surface toughness of paper and paper printing (electric acceleration method) Method) G/T2H2%-1037 Batch inspection, sampling, sample number, table (applicable to continuous batch inspection) G/factory 7786-19870 Printing performance
GB/T17531: Technical specification
3 Terms and definitions
The following terms and definitions are applicable to this standard 3.1
Holographic paper
Using paper as the column, through coating, molding, etc. 1. Sequence or transfer, etc. 1 process method to make a good product. 3.2
Plateap
Out of the press work plate splicing or molding machine made of thieves have a gap in the plate surface 3.3
Yellow spots spot
The micro-toothed band on the aluminum layer:
Black spotblheksprt
Dark spots on the hologram caused by defects on the mold and the proofreading work plate, 3.5
Scratchscratch
The traces of application that affect the product surface, E KAN KAca
R/T187332002
Color misalignmentcolorpatternpnsitianingerrourThe deviation of the alignment of different color images with common boundaries, 3.7
Gignal noise ratio tnnolseratio
The ratio of the signal intensity of the image to the noise intensity. 3.6
The ratio of the signal intensity of the image to the noise intensity. dlffractlonetrielencf
The ratio of the signal intensity of the image to the noise intensity. 4 Classification of anti-counterfeiting technology
4.1 Anti-counterfeiting technology
Class A: General plate-making technology (two-dimensional, two-dimensional/three-dimensional, two-dimensional rainbow pattern ) Comparison: visible code and invisible code technology (special rain number change, Yinger technology, full-speed storage, computer recognition, dynamic cursor, etc.). 【Inflammation: color control and multi-channel technology (three-dimensional color: two-dimensional, two-dimensional/three-dimensional, two-dimensional color full point, achromatic tea, Schrodinger transformation, panoramic color red, combination or shadow rainbow, etc.).
D category: dot matrix full technology.
upper category: two-dimensional point shadow color dynamic holographic technology (1)) category: upper view drive holographic technology (1VA).
class: pulse holographic technology.
4.2 formula pulling technology
H category ketone formula improvement technology.
1.3 full blood effect enhancement virtual technology
class I, transparent technology:
class I: semi-transparent and semi-reflective technology.
class K, zone support technology.
4.4 Printing technology
1 Class printing technology.
4.5 Ink technology
M Class: Motion technology.
4.6 Technology
N Class: Watermark technology.
( Class): Nuclear track technology,
4.7 Other technologies
P Class: Other technologies.
5 Anti-counterfeiting strength
5.1 Classification by the number of years of anti-counterfeiting safety period
A: not less than one year,wwW.bzxz.Net
N: not less than three years!
Level: not less than one year
D: not less than half a year.
5.2 Classification by type of injury prevention technology used (determination of the type shall be based on Chapter 4) A Class A, H, or IK technology and the other three types: A, H, I, K) technology and the other two types: D Class A, H, I (or J, K) technology and the other two types: only A, H, I (or J, K) technology
5.3 Classification by the degree of setting of the three-level measurement
A Class: Internal Eye identification, professional instrument identification, intelligent old state complete: 1 payment: for information identification and intelligent identification;
level: internal eye identification and professional instrument identification
D paper: instrument identification
6 technical requirements
6.1 appearance quality
The appearance of the appearance should be in accordance with the provisions of Table 1:
Table 1 Appearance quality
Bracket multiple names
Two sources ||tt ||Ping Shu Kang
An also dislocation
Product specifications
A silver product
When the test fee is fast, the color is evenly distributed
Big o, m
The surface is flat, there is no convexity, and the installation is folded
1 This part has its own classic
The quantity will be required
May choose a small 3mm black discarded flat to not exceed 15
GR/T1873 3—2002
Secondary products
No more than 1.5mm
No more than 3mn in width, 3m in width, not too [Um
Product specifications meet the requirements of Table 2,
Table 2 Product current
(m)
Use/TTa
Paper Merchant Journal/m1ml
G.2 b0,3 o1
3r;--363
C.5.1..ou
767.306.1 30n
KAN KAca
Length not less than mm, width not less than -%Tu
Ugly replacement per square meter length not less than 1-not less than 0.15
Allowance deviation
up to 25%
Secondary product
GB/T 18733—2002
5.3 Characteristic index
Characteristic index table 3 provisions
Indicator name
Signal ratio SNR
Efficiency
Surface area)
Light change 2
Tensile strength (total)
Surface strength
Test method
7.1 Test requirements
1.1.1 Test environment
Temperature 205:
Relative tensile strength: 45%-~63%.
7.7.2 Sample collection
According to GB/453.
7.1.3 Sample pretreatment
Table 3 Characteristic index
First-class product
Physical index
Skin is firm, no disassembly, etc.
Under the test environment conditions of 7.1.1, these should be not less than %h7. 2 Appearance quality
3 h 58
The sample shall not exceed the rate of
. The sample shall be placed flat on the plate, and a 2UW light shall be set at a distance of 1 Ⅱ from the sample, and the observation result shall be observed at an angle of 1. The observer's eyes shall be kept away from the sample (m). The results shall be observed under a microscope. 7.3 Product specifications
The weight shall be determined according to 151.2 grams: The length and width of the sample shall be measured by a tape ruler or a self-adjusting tape ruler with a value of [mm]. The length and width of the sample shall be measured when the tape ruler is straight with the product. The maximum length of the roll shall be measured when the product is free of tension or when the product is processed by the electronic control standard. 7.4 Durability index
7.4.1 Comparison
7. 4. 1. 1 The test receiver
) shoots a He-Ne image beam with a power of 15% (the beam diameter at the measuring point is not less than 10.mm) b, the receiving surface diameter of the photoelectric receiving system is not less than m! 1) It is equivalent to the reflection system called spherical reflection language <scanning technique size: 1:1, the effective range is not less than 33m). ) Express telescope.
.4.1.2 Test environment
dark, the sound is clear.
7.4. 1.3 Test method
GB/18733—2002
Cut two or more pieces of area rmr from the effective surface of the sample as small test samples. Fix the small test machine on the test plane (the small sample is in the positive direction along the axial direction of the plane) (with material 1):) hit the grating of the new small sample of the new car with the optical instrument, change the straight line of the small sample to obtain a width of 1000 along the Y axis on the small sample line. At this time, in the plane of the small sample, a torsion is formed. The short axis of the light spot is (.51m\, and the length is .5mA. It is required that the measured light area should be larger, that is, the line length in the X direction should be greater than J.mm, and the length in the direction should be greater than 2m. If the light microelement surface is to be double-sided, the light is required to be formed by a low magnification, so that the light beam should be reduced in direct inspection, and the light flux must be smaller than the light microelement surface of the small sample. The element area
) is placed at the real image, which causes the reflection system to be in the real image position. The real source is required to allow the reflection system to pass through the effective aperture < such as the real image length. The effective aperture of the reflection system allows the reflection system to be moved closer to the small test support until the north axis M of the reflection system is satisfied. The normal line of the small test rod is horizontal and has a small angle of 10 to the left).
) can form a real image of a small part of the pattern in the direction of the reflected light of the system. The research receiver receives and measures the signal light (see Figure 1)
Welcome to the signal-to-noise ratio measurement. 1. Schematic diagram of the measurement of the signal-to-noise ratio. 2.4.2 Diffraction effect. 7.4.2.1 Test instrument. 7.4.1.3: 7.4.2.2 Test environment. 7.4.2.2 Test environment. 7.4.2.3 Test environment. 7.4.2.4 ... 4.1.2.
7.4.2.3 Measurement method
In 7.4.1.3, a), b), cd)
) let the laser beam directly hit the reflection system, and the direction of the light extraction from the reflection system and the incident light should make a small angle (12\) in the plane, see Figure 2.
) measure the reflected light intensity I of the reflection system. It indicates that the reflection system is driven and received, and the reflection and reflectivity are equal to 1. The resulting light intensity is the incident light intensity after loss,
) The diffraction efficiency calculation formula is:
If there are two or more patterns with different spatial depths in the small sample, the image pattern and the non-image pattern should be measured at least once.
1) The average of all the measured values in the continuous result 3
or:
. The diffraction efficiency of an image surface pattern is,
or:
. …- Reflection efficiency of three-image pattern:
Welcome
Figure 2 Diffraction efficiency test diagram
7.4.3 Printing surface strength
Measure according to the provisions of G/12679.15
7.4.4 Moisture
Measure according to the provisions of GB/T463 or:
7.4.5 Gloss
Measure according to the provisions of 3.7 in 16.
7.4.6 Tensile strength
Measure according to the provisions of GB/T43:
7. 4.7 Elasticity
Measure according to the provisions of GB/T455:
7.4.8 Surface adhesion
7.4. 8.1 Test device
GB/T1733-2002
The thickness of the adhesive layer used for the frame is 84mm±1mm, the width is 47mm, the adhesive strength is G+°, the thickness is 6m, the grip mass is 0=5g): 7.4.8.2 Test tape
B0rT adhesive tape (length 200mm±icmm, width 20m±1mm, peeling strength is 50Nm). 7.1..3 Test method
e) Select an area of 10mmx100mm from the test piece as the test piece. l) Fix the test piece on the test piece with adhesive tape and mark a 100mm x 2mm long part with a marker as the test piece.
c) Stick the BOPP adhesive tape to the test piece and press it once to remove the adhesive tape 180 degrees at a speed of 5mr/-30mn/s.
d) Observe the changes in the test piece.
Daily Inspection Rules
8.1 Group Batch
For the same product, the same product batch or trial batch is regarded as a batch, 8-2 Sample collection and pretreatment
The following are carried out in accordance with the provisions of 2.2.2 and 7.1.3:
Daily.3 Inspection Classification
Inspection is divided into factory inspection and type inspection.
8.4 Factory Inspection
.4.1 The manufacturer shall ensure that the products shipped meet the requirements of this standard and be accompanied by a certificate of conformity. 8.4.2 Factory inspection items include product appearance quality, product certificate quality and two-print clarity. 3.4.3 Carry out 3T effect 4 normal inspection-second state sample plan. Qualification Li Shui 1AQL=6.5. 4.4 The subtraction sampling plan shall be used to determine whether each batch of products is qualified or unqualified. If the qualified number of products meets the qualified number, the batch of products shall be judged as qualified, and the total batch of products shall be judged as unqualified. 8.5 Type inspection
8.5.1 Type inspection is required in the following cases: 1) New product put into production, change of process, change of main raw materials; 2) If the product is stopped for more than one year, it will be put into production again. 8.5.2 Type inspection items include product appearance, quantity, specification and characteristic marks: 85.3 Check once according to the GR/T5 normal registration plan to judge the water list [RQI-39.5.4 According to the qualified judgment number and unqualified judgment number specified in the sampling plan, each index is judged to be qualified. If it meets the qualified judgment number, the whole batch of products is judged to be unqualified: 9 Marking, packaging, transportation, storage
9.1 Marking
The product name, specification, grade, number, manufacturer, production date and precautions are marked on the bottom of the outer packaging. 11th edition of the People's Health,
KAN KAca
GH/1\8733—2002
9.2 Packing
9.7.1 Sheet packaging. A piece of kraft paper is placed on the top and bottom, and then a layer of plastic film or plastic packaging is used for packaging. 9.2.2 When packaging, the sheets should be packed first and then a layer of plastic film or plastic packaging is used for packaging. 9.2.3 The outer packaging can be made of foil, wood chips, wood shavings, paper, wood board packaging, etc. The inner packaging can be lined with moisture-proof paper or plastic. The inner packaging cannot be damaged. 9.2.4 Each box is accompanied by a product certificate: fill in the product name, trademark, batch number, specification, grade, inspector code, local production period, etc.
9.2.5 Each box must be packed tightly and can withstand long-distance transportation. 5.3 Transportation
During transportation, avoid alcohol, rain, and water. Do not press heavily and do not mix with chemicals. 9.4 Storage
The storage environment should be well ventilated and the temperature should be -
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.