Some standard content:
Chemical Industry Standard of the People's Republic of China HG/T 2694 — 95
Positive PS Plate
Published on April 25, 1995
Ministry of Chemical Industry of the People's Republic of China
Implemented on January 1, 1996
Chemical Industry Standard of the People's Republic of China
Positive PS Plate
Subject Content and Scope of Application
HG/T 2694—95
Replaces ZB G81 010—89
This standard specifies the model, specification, technical index, test method, inspection rules, packaging, marking, storage and transportation requirements of positive PS plates.
This standard applies to negative PS plates with aluminum plates as the support after roughening and anodizing. 2 Reference standards
Packaging storage and transportation graphic mark
GB6388 Transportation packaging and delivery mark
3 Technical requirements
3.1 Product performance indicators
Should meet the requirements specified in Table 1.
Surface roughness Ra.μm
Quality of oxide layer on the base surface Bird/m
Quality of the base surface of the plate, g/blood
Photosensitive performance
Control range
Deviation within the same platewww.bzxz.net
Deviation within the same batch
Control range
Deviation within the same plate
Deviation within the same batch
Resolution, am
Dot reproduction ability
Base color density
Ministry of Chemical Industry of the People's Republic of China approved on April 25, 1995
0.40≤Ra0.90
1. 50 ~ 3. 50
1. 60 ~ 2. 50
(2~98) %Complete network points
1996-01-01 implementation
General ink properties
Hydrophilic properties
3.2 Product size
HG/ T 2694 - 95
Continued Table 1
Implementation of Appendix A (Supplement) and Appendix B (Supplement) 4 Test methods
4.1 Test chemicals
The chemicals used in this standard are all chemically pure. The various solutions used in this standard are for one-time use. The developer ink used in this standard is a special developer ink for positive PS plates. 4.2 Appearance inspection
·Qualified
Visually observe the plate surface under a yellow safety light. The plate surface should be flat, evenly coated, and free of creases, scratches, dirt spots, and bubbles. 4.3 Determination of plate surface roughness R value
Take a sample, remove the photosensitive layer with a solvent, and then rinse it with clean water. Cool it to room temperature, and use a roughness tester with an accuracy of 0.01μm to select the corresponding sampling length, and test any five locations along the diagonal of the sample and at a distance of more than 10cm from the edge of the plate. The arithmetic mean is taken as the Ra value of the plate base, and the maximum value minus the minimum value measured is the deviation of the same plate. Randomly select 3 plates from every 1000 plates in the same batch (if there are less than 1000 plates, they can be counted as 1000 plates) to measure the surface roughness Ra value, and take the maximum value minus the minimum value of all Ra values as the surface roughness Ra deviation of the batch of products. 4.4 Determination of plate base surface oxide layer quality
4.4.1 Preparation of treatment
In a beaker with a scale, add 500-800nL of distilled water, then add 20g of anhydrous chromium trioxide, dissolve it, add 35mL of 85% phosphoric acid, and then dilute it to 1000mL with distilled water, and mix well. 4.4.2 Determination
Cut three test pieces larger than 5cm×5cm from the diagonal direction of the sample, more than 10cm away from the edge. After removing the photosensitive layer on the plate surface using the same method as 4.3, apply 20% sodium oxychloride solution to the back of the aluminum plate to remove the oxide layer on the back. 1m after coating, neutralize the alkali solution on the aluminum plate surface with 10% nitric acid solution, rinse with distilled water, dry, and then accurately cut into 5cm×5cm test pieces (accurate to 1mm). Weigh the test piece with a 1/10000 balance (accurate to 0.1 mg), immerse the weighed test piece in 250 mL of the treatment solution prepared in 4.4.1, and control the temperature at 95-100°C. Take out the test piece after 5 min, rinse with clean water, dry, and cool to room temperature. Weigh the test piece accurately again and calculate the unit area mass of the oxide layer on the substrate surface of each test piece according to formula (1): WA = (mj-m2) / 0.0025
Wherein, WA is the mass of the oxide layer on the substrate surface, g/m; the mass of the test piece without removing the oxide layer on the substrate surface, g; m2 is the mass of the test piece after removing the oxide layer on the substrate surface, g; 0.002 3 Test piece area, m2.
Take the arithmetic mean of the test results of the three test pieces as the quality of the oxide layer on the base surface of the plate. Among the three test pieces, the maximum measurement value minus the minimum measurement value is the intra-plate deviation of the oxide layer quality of the plate. (1)
The intra-batch deviation is based on the ratio of 3 randomly selected plates for every 1000 plates (if less than 1000 plates can be counted as 1000 plates). The difference between the maximum and minimum values in each test block is the same batch deviation of the oxide layer quality of the batch of products. 4.5 Plate surface smooth layer quality disc determination
In the area along the diagonal of the sample, more than 10 cm away from the edge, accurately cut three test pieces of 5cm×5cm (accurate to 1mm). Then weigh with a 1/10000 balance (accurate to 0.1 mg. Use the same method as in 4.3 to remove the photosensitive layer and weigh the mass of the test piece accurately again. The mass of the photosensitive layer is calculated according to formula (2): Wg = (mm)/0.0025
Where: Wg - mass of the photosensitive layer on the plate, g/”m - mass of the test piece without removing the photosensitive layer, gm - mass of the test piece after removing the photosensitive layer, g; 0.002 5 - area of the test piece, m2.
Take the arithmetic mean of the test results of the three test pieces as the quality of the photosensitive layer of the plate. The difference between the maximum and minimum values of the quality of the photosensitive layer of the three test pieces is the intra-plate deviation of the quality of the photosensitive layer. (2)
In the same batch, randomly select 3 sheets for every 1000 sheets (if there are less than 1000 sheets, they can be counted as 1000 sheets) to measure the quality of the photosensitive layer. The difference between the maximum and minimum values of each test piece is the intra-batch deviation of the quality of the photosensitive layer. 4.6 Determination of photosensitivity
4.6.1 Determination of resolution
Use a special PS plate imaging performance test strip and follow the conditions recommended by the manufacturer at a voltage of 220V using a 3kW iodine Light, 1m away, normal exposure for 30s~90s, after development, observe the image of the test piece with a 30x magnifying glass, the width of the line that can clearly distinguish both black and white lines is the resolution of the test piece, and the continuous line without breaks should be used as the standard for judgment. 4.6.2 Determination of dot reproduction ability
Use a special PS plate imaging performance test strip marked with a dot area of 0.5%~99.5%, with a line number of 601/cm. According to 4.6.1, expose the sample to the sun and develop it, and then observe the dot reproduction of the test piece with a 30x magnifying glass. 4.6.3 Determination of plate base color
4.6.3.1 Determination instrument
Reflection densitometer.
4. 6.3.2 Determination method
The sample is exposed and developed according to 4.6.1, rinsed with water, and dried. Then, the background color of half of the test piece is removed with a solvent. The density of the part with the background color not removed and the density of the part with the background color removed are measured with a reflection densitometer. The difference between the two density values is the base color of the plate. 4.7 Ink performance and hydrophilicity
Use a special PS plate imaging performance test strip with a scale density difference of 0.15. Expose and develop according to the conditions of 4.6.1. Use a resin gauze to remove the ink on the plate. After rinsing with clean water, visually observe the inking situation. The part of the scale with a density of 0.35 and below should not be inked, and the part with a density of 0.80 and 0.80 should not be inked. The above parts should be inked completely. 4.8 Dimensions and specifications
According to Appendix A (Supplement)
5 Inspection rules
5.1 Factory inspection
Products shall be inspected by the inspection department of the manufacturer in accordance with the provisions of this standard. Only qualified products can be shipped out of the factory. The inspection shall be carried out in accordance with the provisions of Table 2.
Inspection items
Roughness Ra value
Quality of oxide layer on the base surface
Quality of photosensitive layer on the base surface
Resolution
Dot reproduction ability
Base color of the base surface
Fluorescence performance
Hydrophilic performance
5.2 Type inspection
HG / T 2694—95
Each batch of photosensitive resin is one batch
Each shift of black is one batch
Each batch of photosensitive resin is one batch
Each shift of output is one batch
Each equipment and each shift of output of the same specification is one batch Inspection frequency
Sheet inspection
Test once per batch
Test one sheet per batch
Test 3 sheets per batch
When any of the following conditions exists for this product, type inspection shall be carried out. Type inspection shall include all items specified in this standard. When there are major changes in product structure, raw materials and process; When the product is resumed after a long-term suspension of production: b.
After long-term normal production, periodic inspections should be carried out c.
When the factory inspection results are significantly different from the results of the last type inspection, 5.3 Product Acceptance
5.3.1 The distributor and the user have the right to inspect each batch of delivered products according to the provisions of this standard. 5.3.2 The distributor and the user shall accept the qualified products. If the products fail the inspection, they shall be re-inspected and double-sampled. If any of the indicators fail the second inspection, the distributor and the user shall have the right to request a replacement or return. If a quality dispute occurs between the manufacturer and the user and they cannot reach a consensus, the arbitration unit shall be determined through consultation between the two parties for arbitration. The arbitration shall be conducted in accordance with the provisions of this standard.
6 Packaging, marking, storage and transportation
6.1 Packaging
A piece of neutral moisture-proof paper is used to separate every two PS plates. 20 to 50 plates form a package, with a piece of cardboard on the top and bottom, and the product certificate is placed in it. The batch number and work number should be marked on the certificate, and then it is wrapped tightly with blackened paper and sealed with tape. Each package is placed in a corrugated paper box with its own frame, and the product manual is placed in it. The corrugated paper box is sealed with tape and tied with packing tape, and the product label is attached to the outside of the box. The outer packaging of the product should indicate the manufacturer's name: trademark, product name, model, specification, production date, warranty period, and signs such as moisture-proof, sun-proof, anti-exhibition, and anti-radiation.
6.2 Packaging markings
Should comply with the requirements of GB6388 and GB191, and should include the signs of caution, heat protection and direct sunlight protection. 6.3 Storage and transportation
6.3,1 During transportation, the products shall not be exposed to sunlight, rain, severe vibration or extrusion. 4
6.3.2 Storage conditions
HG / T 2694 95
63.2.1 The temperature of the storage room shall not exceed 30 degrees Celsius, and the relative humidity shall be less than 65%; 6.3.2.2 The product shall be kept in its original packaging. The tile paper shall be placed at least 15 cm from the ground and the wall, and the stacking height shall be less than 1.2 m; 6.3.2.3 The product shall not be stored in the same room with acids, alkalis or other chemicals and radioactive substances that produce harmful gases; Warranty period
The product shall be guaranteed for 12 months from the date of production under the storage and transportation conditions specified in this standard. HG/T 2694 95
Appendix A
Offset printing plate dimensions
(Supplement)
Plate dimensions
Table A1 and Table A2 specify the plate width, plate length and plate degree. Table A1 plate length and width
>××0
Single sheet
Offset printing press
Printing plate
Offset printing press
Printing plate
Recommended thick seat
.0. 40
A2 hole (see interest and figure)
↑ 00-0 ~ 1 500
>1 500
>××0
>××0
>××0
Printing plate thickness specifications
0. 15~0.20
0. 25 ~-0. 30
0. 40 ~ 0. 50
Dimensions between specifications
Limit deviation
Limit deviation
.8±0. 5
HG / T 2694 95
Acid commercial drawing
Figure A1 Schematic diagram of the size of the printing plate with a circular hole with a diameter of 4.5mm No hole
Circular hole 4.5 mm (2)
Long flower eye 5.5mm×11mm (1)
Circular hole 4mm (3)
8± 0. 5.
No holes, general application; long holes, round holes with a diameter of less than 0.15mm. The position and shape of the holes in the plate in Figure A2 (Figure A1× part is enlarged). The center distance of each hole shall not deviate from its designated position by more than 0.50mm. The two rows of holes must be parallel to each other: the holes in the two rows must be aligned in pairs, and the position error of each pair of holes must be less than 0.50mm. The distance from the edge of the plate perpendicular to the roller axis and the edge of the hole shall comply with the manufacturer's specifications, with a general error of ±0.50㎡m. The position of the last hole in each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in the other row shall meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate should not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate using a right-angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and extrapolated to the actual width of the printing plate. The actual value of "d\ can be directly obtained by using the right-angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective model for dampness and deficiency is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);-Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Standardization Research Institute of the Ministry of Chemical Industry)
Postal code: [00011
Printing Institute Standardization Research Institute of the Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing Sheet Number of Words 17000 First Edition October 1997
First Printing October 1997
Printing Number 1 ~~ 500
Cost 7.00 yuan00 Yuan00 Yuan2 Products that have passed the inspection shall be accepted by the distributor and user. If they fail the inspection, they shall be re-inspected and double sampling shall be taken. If any index fails in the second inspection, the distributor and user shall have the right to request a replacement or return. If a quality dispute occurs between the manufacturer and the user and they cannot reach a consensus, the arbitration unit shall be determined through consultation between the two parties for arbitration. The arbitration shall be conducted in accordance with the provisions of this standard.
6 Packaging, marking, storage and transportation
6.1 Packaging
A piece of neutral moisture-proof paper is used to separate every two PS plates. 20 to 50 plates form a package, with a piece of cardboard on the top and bottom, and the product certificate is placed in it. The batch number and work number should be marked on the certificate, and then it is wrapped tightly with blackened paper and sealed with tape. Each package is placed in a corrugated paper box with its own frame, and the product manual is placed in it. The corrugated paper box is sealed with tape and tied with packing tape, and the product label is attached to the outside of the box. The outer packaging of the product should indicate the manufacturer's name: trademark, product name, model, specification, production date, warranty period, and signs such as moisture-proof, sun-proof, anti-exhibition, and anti-radiation.
6.2 Packaging markings
Should comply with the requirements of GB6388 and GB191, and should include the signs of caution, heat protection and direct sunlight protection. 6.3 Storage and transportation
6.3,1 During transportation, the products shall not be exposed to sunlight, rain, severe vibration or extrusion. 4
6.3.2 Storage conditions
HG / T 2694 95
63.2.1 The temperature of the storage room shall not exceed 30 degrees Celsius, and the relative humidity shall be less than 65%; 6.3.2.2 The product shall be kept in its original packaging. The tile paper shall be placed at least 15 cm from the ground and the wall, and the stacking height shall be less than 1.2 m; 6.3.2.3 The product shall not be stored in the same room with acids, alkalis or other chemicals and radioactive substances that produce harmful gases; Warranty period
The product shall be guaranteed for 12 months from the date of production under the storage and transportation conditions specified in this standard; HG/T 2694 95
Appendix A
Offset printing plate dimensions
(Supplement)
Plate dimensions
Table A1 and Table A2 specify the plate width, plate length and plate degree. Table A1 plate length and width
>××0
Single sheet
Offset printing press
Printing plate
Offset printing press
Printing plate
Recommended thick seat
.0. 40
A2 perforations (see interest and figure)
↑ 00-0 ~ 1 500
>1 500
>××0
>××0
>××0
Printing plate thickness specifications
0. 15~0.20
0. 25 ~-0. 30
0. 40 ~ 0. 50
Dimensions between specifications
Limit deviation
Limit deviation
.8±0. 5
HG / T 2694 95
Acid commercial drawing
Figure A1 Schematic diagram of the size of the printing plate with a circular hole with a diameter of 4.5mm No hole
Circular hole 4.5 mm (2)
Long flower eye 5.5mm×11mm (1)
Circular hole 4mm (3)
8± 0. 5.
No holes, general application; long holes, round holes with a diameter of less than 0.15mm. The position and shape of the holes in the plate in Figure A2 (Figure A1× part is enlarged). The center distance of each hole shall not deviate from its designated position by more than 0.50mm. The two rows of holes must be parallel to each other: the holes in the two rows must be aligned in pairs, and the position error of each pair of holes must be less than 0.50mm. The distance from the edge of the plate perpendicular to the roller axis and the edge of the hole shall comply with the manufacturer's specifications, with a general error of ±0.50㎡m. The position of the last hole in each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in the other row shall meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate should not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate using a right-angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and extrapolated to the actual width of the printing plate. The actual value of "d\ can be directly obtained by using the right-angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective model for dampness and deficiency is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);-Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Standardization Research Institute of the Ministry of Chemical Industry)
Postal code: [00011
Printing Institute Standardization Research Institute of the Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing Sheet Number of Words 17000 First Edition October 1997
First Printing October 1997
Printing Number 1 ~~ 500
Cost 7.00 yuan2 Products that have passed the inspection shall be accepted by the distributor and user. If they fail the inspection, they shall be re-inspected and double sampling shall be taken. If any index fails in the second inspection, the distributor and user shall have the right to request a replacement or return. If a quality dispute occurs between the manufacturer and the user and they cannot reach a consensus, the arbitration unit shall be determined through consultation between the two parties for arbitration. The arbitration shall be conducted in accordance with the provisions of this standard.
6 Packaging, marking, storage and transportation
6.1 Packaging
A piece of neutral moisture-proof paper is used to separate every two PS plates. 20 to 50 plates form a package, with a piece of cardboard on the top and bottom, and the product certificate is placed in it. The batch number and work number should be marked on the certificate, and then it is wrapped tightly with black paper and sealed with tape. Each package is placed in a corrugated paper box with its own frame, and the product manual is placed in it. The corrugated paper box is sealed with tape and tied with packing tape. A product label is attached to the outside of the box. The outer packaging of the product should indicate the manufacturer's name: trademark, product name, model, specification, production date, warranty period, and signs such as moisture-proof, sun-proof, anti-exhibition, and anti-radiation.
6.2 Packaging markings
Should comply with the requirements of GB6388 and GB191, and should include the signs of caution, heat protection and direct sunlight protection. 6.3 Storage and transportation
6.3,1 During transportation, the products shall not be exposed to sunlight, rain, severe vibration or extrusion. 4
6.3.2 Storage conditions
HG / T 2694 95
63.2.1 The temperature of the storage room shall not exceed 30 degrees Celsius, and the relative humidity shall be less than 65%; 6.3.2.2 The product shall be kept in its original packaging. The tile paper shall be placed at least 15 cm from the ground and the wall, and the stacking height shall be less than 1.2 m; 6.3.2.3 The product shall not be stored in the same room with acids, alkalis or other chemicals and radioactive substances that produce harmful gases; Warranty period
The product shall be guaranteed for 12 months from the date of production under the storage and transportation conditions specified in this standard; HG/T 2694 95
Appendix A
Offset printing plate dimensions
(Supplement)
Plate dimensions
Table A1 and Table A2 specify the plate width, plate length and plate degree. Table A1 plate length and width
>××0
Single sheet
Offset printing press
Printing plate
Offset printing press
Printing plate
Recommended thick seat
.0. 40
A2 hole (see interest and figure)
↑ 00-0 ~ 1 500
>1 500
>××0
>××0
>××0
Printing plate thickness specifications
0. 15~0.20
0. 25 ~-0. 30
0. 40 ~ 0. 50
Dimensions between specifications
Limit deviation
Limit deviation
.8±0. 5
HG / T 2694 95
Acid commercial drawing
Figure A1 Schematic diagram of the size of the printing plate with a circular hole with a diameter of 4.5mm No hole
Circular hole 4.5 mm (2)
Long flower eye 5.5mm×11mm (1)
Circular hole 4mm (3)
8± 0. 5.
No holes, general application; long holes, round holes with a diameter of less than 0.15mm. The position and shape of the holes in the plate in Figure A2 (Figure A1× part is enlarged). The center distance of each hole shall not deviate from its designated position by more than 0.50mm. The two rows of holes must be parallel to each other: the holes in the two rows must be aligned in pairs, and the position error of each pair of holes must be less than 0.50mm. The distance from the edge of the plate perpendicular to the roller axis and the edge of the hole shall comply with the manufacturer's specifications, with a general error of ±0.50㎡m. The position of the last hole in each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in the other row shall meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate should not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate using a right-angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and extrapolated to the actual width of the printing plate. The actual value of "d\ can be directly obtained by using the right-angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective model for dampness and deficiency is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);-Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Standardization Research Institute of the Ministry of Chemical Industry)
Postal code: [00011
Printing Institute Standardization Research Institute of the Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing Sheet Number of Words 17000 First Edition October 1997
First Printing October 1997
Printing Number 1 ~~ 500
Cost 7.00 yuan2 Storage conditions
HG / T 2694 95
63.2.1 The temperature of the storage room shall not exceed 30 degrees Celsius, and the relative humidity shall be less than 65%; 6.3.2.2 The product shall be kept in its original packaging. The tile paper shall be placed at least 15 cm from the ground and the wall, and the stacking height shall be less than 1.2 m. 6.3.2.3 The product shall not be stored in the same room with acids, alkalis or other chemicals and radioactive substances that produce harmful gases. Warranty period
The product shall be guaranteed for 12 months from the date of production under the storage and transportation conditions specified in this standard. HG/T 2694 95
Appendix A
Offset printing plate dimensions
(Supplement)
Plate dimensions
Table A1 and Table A2 specify the plate width, plate length and plate degree. Table A1 plate length and width
>××0
Single sheet
Offset printing press
Printing plate
Offset printing press
Printing plate
Recommended thick seat
.0. 40
A2 perforations (see interest and figure)
↑ 00-0 ~ 1 500
>1 500
>××0
>××0
>××0
Printing plate thickness specifications
0. 15~0.20
0. 25 ~-0. 30
0. 40 ~ 0. 50
Dimensions between specifications
Limit deviation
Limit deviation
.8±0. 5
HG / T 2694 95
Acid commercial drawing
Figure A1 Schematic diagram of the size of the printing plate with a circular hole with a diameter of 4.5mm No hole
Circular hole 4.5 mm (2)
Long flower eye 5.5mm×11mm (1)
Circular hole 4mm (3)
8± 0. 5.
No holes, general application; long holes, round holes with a diameter of less than 0.15mm. The position and shape of the holes in the plate in Figure A2 (Figure A1× part enlarged). The center distance of each hole shall not deviate from its designated position by more than 0.50mm. The two rows of holes must be parallel to each other: the holes in the two rows must be aligned in pairs, and the position error of each pair of holes must be less than 0.50mm. The distance from the edge of the plate perpendicular to the roller axis and the edge of the hole shall comply with the manufacturer's specifications, with a general error of ±0.50㎡m. The position of the last hole in each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in the other row shall meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate should not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate using a right-angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and extrapolated to the actual width of the printing plate. The actual value of "d\ can be directly obtained by using the right-angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective example for dampness is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);—Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Institute of Standardization, Ministry of Chemical Industry).
Postal code: [00011
Institute of Standardization, Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing sheet Number of words 17000 First edition in October 1997
First printing in October 1997
Printing number 1 ~~ 500
Cost 7.00 yuan2 Storage conditions
HG / T 2694 95
63.2.1 The temperature of the storage room shall not exceed 30 degrees Celsius, and the relative humidity shall be less than 65%; 6.3.2.2 The product shall be kept in its original packaging. The tile paper shall be placed at least 15 cm from the ground and the wall, and the stacking height shall be less than 1.2 m. 6.3.2.3 The product shall not be stored in the same room with acids, alkalis or other chemicals and radioactive substances that produce harmful gases. Warranty period
The product shall be guaranteed for 12 months from the date of production under the storage and transportation conditions specified in this standard. HG/T 2694 95
Appendix A
Offset printing plate dimensions
(Supplement)
Plate dimensions
Table A1 and Table A2 specify the plate width, plate length and plate degree. Table A1 plate length and width
>××0
Single sheet
Offset printing press
Printing plate
Offset printing press
Printing plate
Recommended thick seat
.0. 40
A2 hole (see interest and figure)
↑ 00-0 ~ 1 500
>1 500
>××0
>××0
>××0
Printing plate thickness specifications
0. 15~0.20
0. 25 ~-0. 30
0. 40 ~ 0. 50
Dimensions between specifications
Limit deviation
Limit deviation
.8±0. 5
HG / T 2694 95
Acid commercial drawing
Figure A1 Schematic diagram of the size of the printing plate with a circular hole with a diameter of 4.5mm No hole
Circular hole 4.5 mm (2)
Long flower eye 5.5mm×11mm (1)
Circular hole 4mm (3)
8± 0. 5.
No holes, general application; long holes, round holes with a diameter of less than 0.15mm. The position and shape of the holes in the plate in Figure A2 (Figure A1× part enlarged). The center distance of each hole shall not deviate from its designated position by more than 0.50mm. The two rows of holes must be parallel to each other: the holes in the two rows must be aligned in pairs, and the position error of each pair of holes must be less than 0.50mm. The distance from the edge of the plate perpendicular to the roller axis and the edge of the hole shall comply with the manufacturer's specifications, with a general error of ±0.50㎡m. The position of the last hole in each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in the other row shall meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate should not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate using a right-angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and extrapolated to the actual width of the printing plate. The actual value of "d\ can be directly obtained by using the right-angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective model for dampness and deficiency is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);-Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Standardization Research Institute of the Ministry of Chemical Industry)
Postal code: [00011
Printing Institute Standardization Research Institute of the Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing Sheet Number of Words 17000 First Edition October 1997
First Printing October 1997
Printing Number 1 ~~ 500
Cost 7.00 yuan50㎡m, the position of the last hole of each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in another row shall also meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate shall not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width of less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate with a right angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and obtained by extrapolation to the actual width of the printing plate. The actual value of "d\ can be directly obtained by the right angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective model for dampness and deficiency is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);-Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Standardization Research Institute of the Ministry of Chemical Industry)
Postal code: [00011
Printing Institute Standardization Research Institute of the Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing Sheet Number of Words 17000 First Edition October 1997
First Printing October 1997
Printing Number 1 ~~ 500
Cost 7.00 yuan50㎡m, the position of the last hole of each row shall comply with this regulation, 7
HG / T 2694 — 95
and the position of the corresponding holes in another row shall also meet the vertical requirements. (See Figure A3)005
Figure A 3 Requirements for verticality of printing plates
The verticality tolerance of the edge of the printing plate shall not exceed the provisions of Table A1 (See Figure A4)Figure A4 Verticality tolerance of the edge of the printing plate
For printing plates with a width of less than or equal to 500mm, the "d\ value is measured at the actual width of the printing plate with a right angle measuring instrument or a T-square. For printing plates with a width greater than 500mm, *d is a value measured at 500mm and obtained by extrapolation to the actual width of the printing plate. The actual value of "d\ can be directly obtained by the right angle ruler extrapolation method. A3 naming method
Take the sheet-fed offset printing plate with width w=1030mm, length l=770mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××—1030×770—30—0Take the sheet-fed offset printing plate with width w=905mm, length = 565mm, thickness s=0.30mm, no hole (0) as an example:
Printing plate GB××××--905×565-30--0—WbNote: The naming of thickness represents 100 times of 1 mm, such as 0.40 mm is represented as 40. A4 marking
Should be indicated on the printing plate packaging:
A4.1 Is the printing plate negative or graphic?
A4.2 Naming.
B1 Standard measurement environment
Expression method
27:/ 65
B2 error
Ordinary error
(wide error)
Reduced error
(strict error)
The effective example for dampness is:
HG/T 2694-95
Appendix B
Dimension measurement environment
(supplement)
Relative humidity
Ordinary error (standard): (45~55%) and (60-70%);—Reduced error: (48-52%) and (63~67%)Additional notes:
This standard is proposed by the Technical Supervision Department of the Ministry of Chemical Industry of the People's Republic of China and is under the jurisdiction of the First Film Factory of China Lucky Film Company. Air
86~106
Recommended environment
Tropical area
Used in specific situations
Relative humidity
This standard was drafted by China Printing and Equipment Industry Association, China Printing Science and Technology Research Institute, China Lucky Film Company Second Film Factory, and Beijing Printing Academy.
The main drafters of this standard are Yue Wenmao, Wang Lei, Zhang Xiaolin, Yuan Pu and Sun Meng. From the date of implementation, this standard is based on the original professional standard ZBG81010-89 "Positive PS Version" of the People's Republic of China, edited by the Chemical Industry Standard of the People's Republic of China, Positive PS Version HG/T2694-95, Edited by the Chemical Industry Standard Editing and Publishing Group (Institute of Standardization, Ministry of Chemical Industry).
Postal code: [00011
Institute of Standardization, Ministry of Chemical Industry.
Copyright reserved. Reproduction is prohibited.
Format 880×12301/16 Printing sheet Number of words 17000 First edition in October 1997
First printing in October 1997
Printing number 1 ~~ 500
Cost 7.00 yuan
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