Original standard number GB/T 1846-1980 HG/T 3605-1999 Determination of viscosity and intrinsic viscosity of dilute solutions of polychloroether resin HG/T3605-1999 Standard download decompression password: www.bzxz.net

IC83.080.10
Chemical Industry Standard of the People's Republic of China
Name and Test Methods of Plastic Resin Products
(1999)
Published on April 20, 1999
Implemented on April 1, 2000
Published by the State Administration of Petroleum and Chemical Industry
Record No.: 28341999
HGT3605—1999
This standard is a revision of the national standard (18/H4 polyaldehyde long fat liquid viscosity test method). The main technical differences between this standard and G15/11846-·83 are as follows: Standard name The standard was put into use from the date of implementation. The standard was proposed by the Technical Inspection Department of the former Ministry of Chemical Industry of the People's Republic of China. The standard was drafted by the National Material Standardization Technical Committee and the Material Service Product Technical Committee of the Ministry of Chemical Industry (Chengdu). The main drafting units of this standard are: Chenguang Chemical Research Institute of the Ministry of Chemical Industry (Chengdu), the main personnel of the standard are: Chemical Industry Standard of the People's Republic of China. Determination of viscosity number and limiting viscosity number of polyoxyaldehyde resin dilute solution Delerminatlon af viscosity number and limiting viscosity number uf chlurimted polreller in llule solution1 Scope
IIG/T3551999
Generation #GL/T 1E-80
4 You standard chloral 3.3 cyclohexanone 029: 3.2-di-4-methyl-6-di-1-yl car) The total dark wave precision and the persistence of the machine number are determined by the following method. 2 References
The following special references contain new texts, which are not cited in this standard. When the title is marked, the two versions shown are valid. All standards will be revised. The use of the following standards will be confirmed by the use of the latest version. /163--19 Determination of the precision of the content of rare earth substances (g1) 1628-1-_984) 3 Definitions
The standard adopts the following documents:
GE/T1132-1944 No. 2 definition.
4 Principle
The high temperature dilute group type and non-diluted type Wumin station are used. The design is implemented in EC 3. The solvent and the flow time are calculated from the flow time and the melting point. The viscosity and characteristic condensation are calculated. 5 Reagents and materials
5.1 Chemically pure:
5.2 2-methyl 2-nitropropene (.methyl-6-hydroxy-1-nitropropene), 5.3 Mixed suspension containing cyclopentadiene and 2.2-methyl-1-nitropropene (4-methyl-6-hydroxy-1-nitropropene) in a mass ratio of 250:1! , currency: No. Glass core Xie Dou Man people wear agent (see 6.4) Instruments and equipment
6 1 help degree: 0r. The flow rate of the agent through the time is not less than: 8. 6.1.1 Release type high resistance viscometer, scale see Figure 1. Beijing Petroleum and Chemical Industry Bureau 1959-04-20 batch ice 200C-0-01 implementation
standard 1~3
HC/T3605
7# 6 5~7.5
Expert: a
expert.
Hand-held tube internal parts
Group meal internal meridian degree: (0.=.013-nml
C. East accumulation degree: 3±, 13mu
Kidney 1, .355\heart 1 due to method. Selection
mark see below,
second heart cup and river heart,
Figure 1 non-interpretation type high overflow Wu Shi Tie degree certificate
6.1.2 Natural source Wu Bi meter structure know scale 1 difference Figure 2 = FS
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HG/T36051999
External whole 5~5.5
Inner diameter 3--5
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Sand center rod and head concentric
Figure 2 dilution type high temperature Doshi viscosity blade
6.2 Constant temperature water phase set: can be maintained at (5U + (5): and the head has sufficient depth. 6.3 Thermometer: this 0.05 (or any other temperature measuring device width! . 6.4 Solvent storage tube knot average sweet ruler small ground measurement 3. 25
6.5 Secret table. Graduation C.:
6.6 Customer volume new. 25ml. (than respect)
6.7 Graduation efficiency liquid tube: 1V (A grade)
6. 8 Needle diameter: 50: l. or 21: nl.,
6.9 H-change: temperature (12C+2)r
6-10 Total leakage-4; 2 sintered abdominal separation. HG/T3605-1999
Figure 3 Economic measurement index
6.1 Polytetrafluoroethylene outer whole about 2, length about) root: 6.12 Analytical balance: filter capacity (n01P
7 Operation steps
7.1 Method 4 Non-diluted sound temperature zone viscosity 7.1.1 Determination of the total viscosity of the mixed agent 7.1.1.: At 2", 3 = kidney connected to the meter, insert the polytetrafluoroethylene tube from the tube to the bottom of the A-shaped protrusion, and place the meter vertical hill in the water surface 5cm above the water surface. 7. 1.1.2 Through the filtered phase in the tube, add about 0.3% of the solution (with a secretion rate of 1.3%) into the micro-tube (see Appendix A2 of G16$2-1953).
HG/T36051999
7., 1.3 Use the latex tube on the tube tightly, and change the mL or 1.5 mL syringe, and finally change the dry rubber tube to put the mixed solution into the pool and bubble it with the pressure ball once, and heat it for 10 minutes. At the same time, wait for the bubbles to disappear. 7.1.1.4 Use a 50 to 20mL needle: 2.5 pieces of latex bite to slowly push the mixed solvent into the C ball: when the liquid rises to about half of the 1 ball, stop pumping. Suck the needle and release the latex tube on 3*, let the micro-body fall from the bottom: when the speed surface drops to the scale line, start the sand speed, and the scale line State, time, the sand table is: record the flow through time: 7..1.5 more minutes 7.1.1.4 step plan, measure twice, each flow through time difference shall not exceed .2, take the technical average, recorded as 1e7.1.1.6 reverse the flow through the case of ethylene oxide pipe water effect tour guide specification, 7.1.2 polyoxyethylene energy shrink wave preparation
7.1.2.1 Weigh the test standard). 0003 Pour into a 25m. storage bottle and store at 50°C. Use 1 times the pressure to make the pipe absorption rate:
Note: When the maintenance effect is maintained at one point, the preparation method should be full of 1.5, but it must be between 1.2--2. 7.1.2.2 Place the standard sample in a 120°C glycerol bath and continue to dissolve for 30 min. After it is completely dissolved, transfer it to a 50°C constant temperature container and add the thermostatically controlled mixture to the mark. Take it out and call the thermostatic container for later use. 7.1.3 Determination of the flow-through time of ether solution 7.1.3.1 Place about 11 ml of polyol in a cage and place it in a viscometer. The liquid is sucked and pressed through the sieve of the fluorine film for the first time, and the concentrated liquid is sent to the state and the residual liquid is boiled with water. 7.1.3.2 The remaining about 15ml is added to the oxygen and the viscosity is measured in the cover of 7.1.1.3~7.-.1.5. The flow time is measured twice, and the value of each flow time shall not exceed (.2. The arithmetic average is taken as the value, recorded as 1. 7.1.3.3 has six portions of the same concentration. According to the provisions of 7.1.3. and 7.1.3.2, the new liquid is driven every day. 7. 2 Method 7.2.1 Prepare chlorine solution by weighing the sample to be tested and heating it with a 2-well scale. Add 150ml of chlorine solution and heat it in 120ml oil. Stir occasionally. After the sample is completely dissolved, transfer it to a constant temperature and humidity chamber for 10 minutes. Add the solution to the solution until it is fully dissolved. Take out the solution and filter it into a 25ml glass bottle with a 50ml filter paper. 7.2.2 Dry the sample. 2.2.1 From 7.1.1.1 to 7.1.1.5, measure the mixed flux flow rate in 7.2.2.2 for 10 ml. Measure the oxygen formaldehyde rate according to 7-1.3.2. Pipette the mixed flux into the 50°C storage tube and add 1 ml of the mixed flux to the tube. Pour the mixed flux into the tube with a needle. Read the mixture in the tube according to 7.13.2.2.1 Test case chlorine flow through the closed bay according to 2.2.3, with 6V home agent storage tube and then transferred to 51.1C:1. and 10mL mud platform agent, the five points of concentration of 1, 48, and 8.1 viscosity number
direct calculation of the viscosity of chlorine dilute liquid N.. in the form of: FN =
Wuzhong - purple melt wave liquid density m
! Polyhydrogen ether floating liquid flow time is called,
- mixed floating agent flow time,
Note the small amount of safety engineering manual modification and medical differences. 8.2 HG/T 36051999 Paint liquid characteristics: 8.2.1 - viscosity ratio:
density ratio =:
polymer density/ml.
E.2.2 The logarithmic machine number or viscosity number of each set is calculated, and a straight line is extrapolated through each point to: 0 to obtain (Figure) Schematic diagram of the extrapolation method for the characteristic viscosity
9 The accuracy of this standard method is: in the characteristic station number measurement, the limit error of the two test results is ± 1% (credibility 95 times),
Test report
This test will include the following parts,
specify the product's finishing mark:
The liquid has changed, the relevant information on the gradual agent and the preparation of the liquid, the detailed description of the new viscosity limit
! Test method used;
fTest temperature:
Test effect and special adhesive number: bzxZ.net
Test date and operator.
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