This standard specifies the requirements, test methods, inspection rules and marking, packaging, transportation and storage of offset UV-curing ink products. This standard applies to offset UV-curing inks used on paper and composite materials by offset printing presses with UV-curing devices. QB/T 2826-2006 Offset UV-curing inks QB/T2826-2006 Standard download decompression password: www.bzxz.net
This standard specifies the requirements, test methods, inspection rules and marking, packaging, transportation and storage of offset UV-curing ink products. This standard applies to offset UV-curing inks used on paper and composite materials by offset printing presses with UV-curing devices.

ICS 87.080
Classification number: A17
Registration number: 18962-2006
People's Republic of China Light Industry Standard QB/T2826-2006
Ultra-violet curing offset ink
Ultra-violet curing offset ink2006-09-14 Issued
2007-05-01 Implementation
The National Development and Reform Commission of the People's Republic of China Issued this standard by the China Light Industry Federation. Foreword
This standard is under the jurisdiction of the National Technical Committee of Standardization. QB/T2826-2006
The drafting units of this standard: Hanghua Ink Chemical Co., Ltd., National Printing and Decoration Quality Supervision and Inspection Center, Tianjin Toyo Ink Co., Ltd.
The main drafters of this standard: Huang Ronghai, Su Chuanjian, Zhang Jinmei. This standard is published for the first time.
1 Scope
Offset UV Curing Ink
QB/T2826-2006
This standard specifies the requirements, test methods, inspection rules and markings for offset UV curing ink products. However, packaging, transportation and storage. This standard applies to offset printing presses with UV curing devices, offset UV curing inks used on paper and composite materials. 2 Normative References
The clauses in the following documents become clauses of this standard through reference in this standard. For any dated reference, 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 reference, the latest version of the document applies to this standard. GB250 Grey scale for evaluating color change
GB3186 Sampling method for coating products
GB6675 National technical specification for toy safety
GB14624.2 Test method for ink tinting strength GB/T18723 Printing technology using viscometer to determine the viscosity of slurry and binder Paper clip
QB/T1149
QB/T2624!
Offset sheetfed ink
General Administration of Quality Supervision, Inspection and Quarantine Order No. 75 Basic supervision regulations for quantitative packaging products
3.1 The technical indicators of this product shall comply with the requirements of Table 1 and Table 2. Table Technical Indicators
Color Category
Lead (Pb)
No Lump
Mercury (Hg)
(As)
Correction/um
Coloring Power/(%)
95~-105
Table 2 Maximum Limit of Migratable Elements
Chromium (Cr)
Catheter (Cd)
Sulphur (Sb)
Dryness/times
Unit is mg/kg
Barium (Ba)
Selenium (Se)
The net content error of a single piece of quantitatively packaged goods shall comply with the provisions of Appendix 3 to Order No. 75 of the General Administration of Quality Supervision, Inspection and Quarantine. QB/T 2826—2006
4 Test method
4.1 Appearance inspection
4.1.1 Inspection principle
Mix the ink on the glass plate and inspect the appearance of the ink. 4.1.2 Tools and materials
a) Mixing knife;bZxz.net
b) Glass plate.
4.1.3 Inspection steps
a) Use the mixing knife to take 20g of the sample and mix it on the glass plate; b) Check whether there are any foreign matter, lumps or other abnormalities. 4.1.4 Test results
No foreign matter and no lumps are each grid.
4.2 Color test
4.2.1 Test principle
Compare the sample ink and the standard ink by scraping them side by side. Under the standard light source, use the gray sample card for evaluating color change (see GB250) to evaluate the surface color, background color and color level of the sample ink and the standard ink. 4.2.2 Tools and materials
a) Small steel scraper;
b) Small adjustment knife;
c) Scraping paper (80g~100g double-sided paper) 215mmx70mm, with a 20mm black horizontal line printed at 130mm; d) Glass paper:
e) P6s standard source:
F) Color sample card for evaluating color change (see item 250) 4.2.3 Test steps
a) Use a small amount of ink to take a small amount of the standard sample and the test sample, and mix them on the glass plate for 10 to 15 times respectively; b) Take about 0.5g of the prepared ink and place them separately, with the standard sample on the right and the test sample on the left, adjacent to each other but not connected:) Hold the scraper upright and scrape the ink from top to bottom evenly to two-thirds of the black horizontal line, and gradually flatten the scraper so that the angle between the scraper and the paper is less than 30% so that the ink can be scraped into a thicker ink layer on the paper and below the black horizontal line, and then stick glass paper; d) The scraped sample is transparent to light at an incident angle of 35° to 45°, which is called the background color. The ink layer above the black horizontal line of the scraped sample is called the surface color: the ink layer at the exciting horizontal line of the scraped sample is called transparency, and the thick ink layer below the black horizontal line of the sample is called ink color. 4.2.4 Inspection results
Evaluate the color change with a gray card (see GB250) within 5 minutes, and evaluate the color level under the standard light source (Dg). 4.3 Fineness is tested according to the method in Appendix A of QE/T2624 (UV oil adjustment is used to adjust the viscosity). 4.4 Viscosity is tested according to GB/T18723 (UV special cleaning liquid is used for cleaning). 4.5 Color strength is tested according to GB14624.2.
4.6 Drying test
4.6.1 Inspection principle
Use a colorimeter with 2 grids to draw the test, and after transfer, irradiate the printed material with ultraviolet light to solidify the required film. Use scratches and touch to judge the quality of ink drying.
4.6.2 Tools and materials
a) Printability tester, 2-grid rubber bite: 2
b) Ink adjustment door, steel scraper:
c) Lead-under paper:
Standard sample oil wing:
e) UV special cleaning liquid:
f) UV irradiator:
g) Same-shaped needle (see QB treatment 1149),
4.6. 3 Inspection steps
QB/T2826-2006
a) Take 0.125mL of the test sample and standard ink, and place them on the cleaned 2-grid rubber roller respectively. According to the ink spreading speed inspection method, carry out a color development.
b) The color development object passes through a UV irradiator to solidify the ink film. The irradiation conditions are: 80W1cm high-pressure mercury lamp, irradiation distance of 15.5cm, speed of 64m/min, and irradiator power of 2kW. 4.6.4 Judgment method
a) After UV irradiation, place the printed surface on a glass plate and use the tail of a paper clip (see QB/T1149) to scratch the edge of the printed material. Check the blank part of the printed material to see if there is a mark left. Judge the dryness of the ink. At the same time, touch the film with your fingers to judge the dryness of the ink film.
b) If the ink film is not completely dry, irradiate it again and judge until it is dry.
judge whether there is any difference between the sample and the standard sample during the drying process, and record the results. 4.7 The content of mobile elements shall be tested according to Appendix C of GB6675. 4.8 Inspection conditions
The inspection shall be carried out at a temperature of (25±1)T and a humidity of (65±5)%. 5 Inspection rules
5.1 Factory inspection
The factory inspection items are appearance, color, fineness, viscosity, and dryness. 5.2 Type inspection
Type inspection is all items specified in the requirements of this standard. The product should be subject to type inspection when any of the following conditions occur. a) When there are major changes in raw materials, formulas and production processes: b) When production is resumed after a long-term shutdown:
) When the quality supervision department conducts random inspections:
d) During normal production, the type inspection cycle is six months. 5.3 Product batching
The unit product formed by a single machine or unit at one time is a batch, and each batch of products is randomly sampled according to GB3186. 5.4 Determination of original residue
5.4.1 Each batch of products is sampled and inspected according to GB3186. If one of the technical indicators is unqualified, the batch of products is an unqualified batch. 5.4.2 The receiving unit has the right to inspect the product according to the provisions of the standard. If it is found that the product quality does not meet the technical indicators of this standard, the supply and demand parties shall jointly re-sample and inspect according to GB 3186. 5.4.3 Both the supplier and the buyer shall check and verify the packaging and quantity of the products. If any leakage or discrepancy in the packaging is found, the relevant departments shall be notified in a timely manner.
5.4.4 When there is a dispute between the supply and demand parties over product quality, the national product quality supervision and inspection agency shall conduct arbitration inspection. 6 Marking, packaging, transportation, storage
6.1 The outer surface of the iron box (barrel) should be affixed with a trademark, indicating the production unit, address, product name, model, batch number (or production phase), net content, standard number adopted, and validity period. The surface of the outer packaging box should indicate the production unit, address, product name, production date, and inspection qualification. 3
QB/T2826—2006
6.2 When required by the user, a product manual or product safety instructions should also be attached. MSDS, 6.3 This product is packed in iron boxes or iron barrels, and the iron boxes are then packed in outer packaging cartons. Special packaging can also be adopted according to customer needs. 6.4 The product can be transported by car, plane and other means of transportation under the packaging requirements of 6.3. 6.5 During transportation and handling, it should not be thrown, dropped or collided to prevent the packaging from being damaged and oil spilling. 6.6 The product should not be stored in the open air, but should be stored in a warehouse below 30℃ to avoid sunlight. The warehouse should be dry, ventilated, moisture-proof and away from fire sources
6.7 The product is valid for one year from the date of production under the storage conditions of 6.6.
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