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HG/T 3602-1999 o-Dichlorobenzene

Basic Information

Standard ID: HG/T 3602-1999

Standard Name: o-Dichlorobenzene

Chinese Name: 邻二氯苯

Standard category:Chemical industry standards (HG)

state:in force

Date of Release1999-04-20

Date of Implementation:2000-04-01

standard classification number

Standard ICS number:Chemical Technology>>Chemical Products>>71.100.01 General Chemical Products

Standard Classification Number:Chemicals>>Coatings, Pigments, Dyes>>G56 Dye Intermediates

associated standards

Procurement status:JIS K4102-1995 MOD

Publication information

other information

Introduction to standards:

HG/T 3602-1999 o-dichlorobenzene HG/T3602-1999 Standard download decompression password: www.bzxz.net

Some standard content:

1CS71.100.01
Chemical Industry Standard of the People's Republic of China
Dye intermediates
(1999)
Published on April 20, 1999
Implementation on April 1, 20000
Published by Cathay Petroleum and Chemical Industry Bureau
Registration No.: 27961999
HGT3602-1999
This standard is equivalent to Japanese Industrial Standard J13K41C21995 formulated by the United States: The aerosol Xeno method is used to determine the content of o-dioxygen and the total amount of organic impurities; The Carlsbad method is used to determine the moisture content! The difference between this standard and Japanese industrial standard JTSK4102-1S95 is as follows: the fixed liquid used in this standard is 7.20MPFG-2CM); the carrier is 271 red carrier of 149-177um, while the fixed liquid used in Japanese industrial standard 1S4132-19V5 is 1HERM0R1000 and the carrier is ChuawurbHP1-.
一H This industrial standard J:SK102一1SS5 is set\not selected\item and index: because this index has little effect on the quality of dichlorodichloroethane, and the\non-volatile matter" item is kept for a month to support the production process, so it is not listed in this standard. The original Ministry of Chemical Industry of the People's Republic of China has made a special decision on the technical supervision of this standard. The original standard is proposed by the National Standardization Technical Committee of the People's Republic of China. The starting units are: Shenyang Huagong Research Institute, Luoyang Donghua Industrial Corporation, Shanle Province Pesticide 1 Industry Co., Ltd. The main body of the car logo is the season of the teacher, Ding Zongpo, Teng case, J
1 Scope
Chemical Industry Standard of the People's Republic of China
O-difluorobenzene
-Thitholoro benzene
11G/36021999
This standard specifies the requirements for leather processing, sampling, testing methods, leather marking, labeling, packaging, transportation and storage.
This standard is applicable to samples made from tannins. The product is mainly used in dye, pesticide and pharmaceutical industries. Formula,
Production clcl
Relative molecular weight: 47.21 (according to the 1995 International Standard for Relative Atomic Mass) 2 Reference Standards
The following standards contain the following documents, which are used in this standard for reference. The following are the main provisions of this standard: When this standard is published, the versions indicated are valid. All standards are subject to revision. The parties using this standard should choose to use the latest versions of the following standards. G150-30 Hazardous substances packaging marking
GB19.1 Packaging storage and transportation marking
GN/T6.-1 RR Chemical reagent density determination General purpose strength GB/T125083 Limit value of the clothing size and determination method GB/E682-92 Analysis test rate knife water specification and test method (mu4IS03535: 19871 GB/S722-9 Chemical reactant gas and color bank Method GT13753-92
3 Requirements
The determination of moisture content in dyestuffs shall be carried out by the Karl Fischer-Hertz method
Karl Fischer-Hertz method modified from the o-dioxygen method. The quality of dyestuffs shall meet the requirements of specification 1
National Petroleum and Chemical Industry Bureau approved on April 20, 1999 2100-4-01 Implementation
Quality (20/ml
Guo Yi does not have a single point of death
This clear substance is total amount,
What is the content of this substance:
When the amount of this substance is high, the high boiling point content is obvious, and the meaning
Water production .%
4 Sampling
H/T3602-1999Www.bzxZ.net
Table" The most effective pressure instrument requires
Said
Colored transparent mixture
1.3ug.~1.33c
From the annual batch (the average product is a batch) of products, 1 barrel of annual batch products shall be sampled. When the batch is small, 3 barrels shall not be less. Take samples from the upper, middle and lower parts of the sample. The total amount of samples shall not be less than 233mL. After the collected samples are averaged, they are divided into ten dry and cold-mouthed bottles. Labels are attached to the bottles to indicate the production! Name of product, grade, batch number and sampling date, version, inspection, use right, confidentiality, storage chain, test method
Unless otherwise stated, all test materials used in this standard shall be of pure reagents; the test method shall comply with the standard of (H product 5682), and the test results shall be determined by the comparative method in (31250). 5.1 Observation
Determination by Japanese standard.
5. 2 Density determination
According to the correction method (arbitration) specified in Article T311 or the standard method, traceability is carried out: 5.3 Determination of o-monofluorocarbon content and its organic impurity composition 5.3. Method summary
Adopt gas chromatography-mass spectrometry. On the packed chromatogram, separate the o-diphenylene organic impurity components, and detect them with hydrogen flame ionization detector (FID). The samples are quantified. 5.3.2 Only the gas phase detector sensitivity and qualitative analysis should meet the requirements of GB/T2: Detection benefits: Ignition enhanced ionization detector FID
New processing: Full plate I cm? Time recorder or with such Functional teaching must be machine; increase: some 5-2-3.bmm, length 2r: from or stainless steel: the most member of the injection time, r.
5.3.3 Preparation of color no ±
5.3.3.1 Filling clear
Wei Ben, e20: red station soil 177 ~ · 25uura (80-· 6u day) fixed liquid: 21M (maximum use temperature 25FC! Additive: methyl chloride;
polyester standard / tailor 1513,
5.3.3.2 National standard gel coating
HG/T36021999
Weigh 0.1g potassium carbonate + 100m In the above method, add 20g of carrier body and stir until the chemical is completely dissolved, then pour 30g of carrier body into the beaker, and make it completely moist (about 30min). Place the beaker in a ventilated room, under a red light, let the solvent evaporate slowly to the bottom, then move to an oven for drying for about 10min, take 3.0g of the solution 7.20mL of dry 10ml. Add 20mL of hydrogen methane into the beaker to make it completely dissolved, and then add the carrier that has been burned to make it completely moist (about 30min). Place the beaker in a ventilated room, under an infrared light, slowly control the solvent level to 10 (tap the beaker frequently, remove oil quickly). Then adjust the temperature to 90- -100℃ oven for about 33min, then set aside. 5.3.3.3 Filling of stationary phase. Connect the column to the glassware, wrap it with cloth, vacuum it, remove the stationary phase you want to remove under vacuum, tap the grid gently for 5-10min, and then place the filled column on the table for aging. 5.3.3.4 Chromatographic stability. Place the filled column in the column box of the spectrometer, connect the sample to the inspection end, and age it at 5~1CmT. for 8~10min at 1℃.
5.3.4 Color culture strip operation (can be changed according to different instrument and working conditions) Exhaust temperature: 140;
Vaporization overflow: 270T:
Quick humidity measurement: 2717:
Gas flow rate (N.).0mL/in:
Combustion gas flow rate (H2O)5mL/mis:
Combustion-supporting gas flow rate: 00mm
Paper flow rate: m/m
Quantitative method: Area method:
Quantitative quantity: 1.0
5.3.5 Nuclear fullness and determination of each part 5. 3. 5. 1 Reagents and Materials
Methane:
o-Dihydrogen 2-acid, purity 99%, 3
p-Dichlorobenzene:
m-Dichlorobenzene:
5.3.5.2 Preparation of Calibration Stock Solution
2. Add the required amount of each reagent (accurate to 3.000) to the specified volume, dissolve it in methane and adjust the scale. The useful life of the calibration stock solution is three months. Table 2 Preparation of Calibration Stock Solution
Method
Prohibited Materials
5.3.5.3 Preparation of Calibration Stock Solution
p-Dichlorobenzene
| o-Dichlorobenzene
In five numbered 1
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