This standard specifies the technical requirements, test methods, inspection rules and marking, packaging, transportation and storage of bismuth oxide powder for sensitive components. This standard applies to bismuth oxide powder manufactured by metal salt precipitation method. SJ/T 10678-1995 Bismuth oxide powder for electronic industry SJ/T10678-1995 Standard download decompression password: www.bzxz.net
This standard specifies the technical requirements, test methods, inspection rules and marking, packaging, transportation and storage of bismuth oxide powder for sensitive components. This standard applies to bismuth oxide powder manufactured by metal salt precipitation method.

Electronic Industry Standard of the People's Republic of China
SJ/T 10678 -1995
Bismuth trioxide powder for electrinic industry1995-08-18 Issued
1996-01-01 Implementation
The Ministry of Electronics Industry of the People's Republic of China Issued Electronic Industry Standard of the People's Republic of China
Biamuth trioxide pawder for electrlnic Indiustry1 Subject Content and Scope of ApplicationbZxz.net
1.1 Subject Content
SI/T10B78-1995
This standard specifies the technical requirements, test methods, inspection rules and marking, packaging, transportation and storage of bismuth trioxide powder for sensitive components.
1.2 Scope of Application
This standard applies to bismuth trioxide powder manufactured by gold salt precipitation method. 2 Reference standards
GB1287
GE1479
GB/T3249
GB 3258.1
GB 3258.3
CB 3258.10
GB 3258.12
GB5225
3 Technical requirements
Chemical reagents, alkali metal
Determination of bulk density of metal powders Part I: Determination of particle size of metal powders by the Fisher method, ELTA volumetric determination
Yi actuarial analysis method Phase blue photometric determination of silicon dioxide concentrate chromium azure S photometric determination Alumina whole ore analysis method Pulse absorption spectrophotometric determination, copper and metal material quantitative phase analysis X-ray radiation K value method Microscope chemical analysis method 1, [0-difluoromethane spectrophotometric determination of iron content Yi chemical analysis method Malachite green spectrophotometric determination of iron content 3.1 The color of the oxidized powder should be yellow or white. 3.2 The chemical composition and physical properties of the oxidized powder are shown in the following table. Ministry of Electronics Industry of the People's Republic of China
Approved on August 18, 1995
Implemented on January 1, 1996
SJ/T106781985
b's~9't
TO-O'0
Its National Examination and Approval
4 Test Methods
4.1 Analysis of Chemical Composition
SJ/T10678—1995
4.1.1 The determination of potassium, calcium and sodium shall be carried out in accordance with the provisions of GB 1287. 4.1.2 The determination of zinc shall be carried out in accordance with the provisions of GB 3258.1. 4.1.3 The determination of magnesium shall be carried out in accordance with the provisions of GB 3258.3. 4.1.4 The determination of zinc shall be carried out in accordance with the provisions of GB 325.10. 4.1.5 The determination of copper shall be carried out in accordance with GB3258.12. 4.1.6 The determination of thickness shall be carried out in accordance with GB8220.2. 4.1.7 The determination shall be carried out in accordance with GB8220.3. 4.2 The determination of particle size shall be carried out in accordance with GB3249. 4.3 The determination of material root shall be carried out in accordance with GB5225. 4. The determination of packing height shall be carried out in accordance with GB479. 4. The particle size distribution shall be determined by a TAI type Coulter meter or its equivalent instrument. 5 Inspection rules
5.1 Chemical materials shall be inspected by the quality inspection department of the manufacturer in accordance with the provisions of this standard. They can only leave the factory after passing the inspection and being accompanied by a quality certificate. The quality certificate shall indicate: product name, manufacturer name and batch number, physical and chemical performance test data, inspection period, standard number, and signature of the inspector and quality inspection department. 5.2 Products made of the same raw materials, similar processes, and the same varieties, and submitted for collection at one time are called a batch. 5.3 The inspection is based on batches, and the total weight of each batch shall not exceed 500kg. 5.4 Samples are randomly taken from the packaging bottles (buckets) of each batch of products. The sampling of small batches shall not be less than 5 barrels (buckets) or all of them. The sampling of bottles is done by inserting a stainless steel sampling tube into the bottle (bucket) to a quarter of its depth. After the sample is fully mixed, it is divided into 10g boxes and packed in clean, dry, wide-mouth bottles with ground stoppers. Labels are attached to the bottles, indicating the manufacturer, production station name, number, sampling date, sampling location, one bottle for inspection, and one bottle for reference. 5.5 If one of the indicators in the inspection results does not meet the requirements of this standard, it should be sampled for re-testing. If the indicator still does not meet the requirements of this standard in the re-test results, the batch of products will be judged as qualified products. 5.6 The borrower shall re-test the product within one month after receiving it. If there is any objection, it shall be inspected according to this standard, or the supply and demand parties shall negotiate to resolve it.
6 Marking, packaging, transportation, storage
6.1 The packaging container shall have a firm mark, which shall include the manufacturer's name, product name, variety, batch number, gross weight, net weight and this standard number.
6.2 The oxidized powder shall be packed in plastic sheets, 1g per net tray, and packed in paper wrapped with inner plastic film. The single material filling port and paper plug cover shall be tightly sealed, and the net weight per tray is 15kg.
6.3 The product can be transported in any way. The packaging container shall be prevented from being damaged during storage and transportation, and shall be placed in a dry place to prevent rain and moisture.
Additional instructions
SJ/T10678—1995
This standard is under the jurisdiction of the Electronic Industry Standardization Research Institute. This standard was drafted by Chengdu Yidu Electric Power Co., Ltd. The main drafters of this standard are Lei Huixu and Hu Tiansui.
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