Original standard number GB/T 1847-1980 HG/T 3604-1999 Determination of viscosity and intrinsic viscosity of polyoxymethylene resin dilute solution HG/T3604-1999 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
No.: 2833—1999
IIC.T 3604-999
This standard is a revision of the previous standard GB/184%-U Polyethylene Resin Dilute Solution Test Method 3. The main technical differences between this standard and GH/T1827H are: the name of the standard has been modified; "reference" has been added; "reference standard", "definition", "test report" and other variables have been added; the text has been partially edited and the standard will replace GB/T184-999 from the date of implementation. This standard was issued by the Technical Supervision Department of the former Ministry of Chemical Industry of the People's Republic of China. This standard was issued by the National Technical Committee for Standardization of Plastic Resins (Technical Committee 4). The drafting unit of this standard is: Chemical Industry Research Institute (Chengdu). The main author of this standard is: Chen Minchuang.
Chemical Industry Standard of the People's Republic of China
Determination of viscosity number and intrinsic viscosity of polyethylene resin dilute solution Limitingylscosity number of palyoxymethylene in dilute sohutlon1 specification
HCT36041999
R/1R47-85
This standard specifies the determination method of limiting ylscosity number of palyoxymethylene in dilute sohutlon (containing 2%-methylene) and the characteristic number of ethylene. This standard is applicable to homopolymers and copolymers. 7 Reference standards
The following standards contain provisions that may be used in the standard or in this standard: The standard is published in the appendix, the new version is valid, and all parties using this standard will be subject to the provisions of this standard. The possibility of using a new version of the standard section 7 is changed. GB/11632-1993 The viscosity and characteristic viscosity of the compound required for liquid dispersion are determined according to VTS (162R-1: 1984) 3. The following definitions are used in this specification. The definitions in B632-1 General Part 2. 4 The original high-release type and non-release type are calculated according to the flow time and the change in the concentration of the sieve station and the characteristic viscosity. 5 Reagents and materials
5.1 Oxygen phenol: Chemical formula:
5-2 No, after cutting and collecting 11614 fillings: 5.3 Oxygen-containing agent: Prepare the mixture of benzene and c-olefins in the recorded volume ratio of 9%:2 and store it in the solvent storage tube (S.2):
6 Drinking utensils and equipment
6.1 Viscosity at the beginning and end of the mixture flow time should not be less than 15.6-1.1 Non-dilute hydroxyl type and temperature pressure viscometer and scale 1. Guohao Right Oil and Chemical Industry Bureau 1999-042G This standard is implemented on 2000-14-01
It is Shengban
HT3604-1999
Outside 5~5.5
Diameter 5.5~7.5
Outside.5--7.5
￥12-13
F9.5--J0.5
Ring type·Seek image monitoring, color
Seek no coupons,
Internal heat ：.-
4：:3±c.15>r
Connect 5 to the lower right to
Figure 1 Non-precision commercial phase meter
6-1.2 Called high temperature viscosity point of the system, the structure and size are shown in Figure 216
HG/T3604-1995
Outer diameter 6.5~75
Outer diameter t.5~7.5
Inner diameter 3~4
Rough correction tube
? ：Cause the body right
Environmental science puncture point·Dian request except blue. Color
Su core body card,
Hair inside precision ±: 1.011mm
C delivery ratio precision main: +U.1ml.
Blue 15,, and according to the above system,
mark,
center lithium scanning and 1 tube concentric,
Figure process light benefit room wet long beat degree let
6.2 Constant temperature water condition set: can keep at (60:C.95)T and point enough natural temperature. 6.3 Photometer: Graduation 0.05 center (or any equivalent precision figure sub-humidity full figure) 6.4 Dissolved pond in single knot grid and scale see Figure 31
6. 5 Sand coat; Graduation u. 1s.
5.6 Volumetric flask: 25 ml. (T grade)
6.7 Variable pipette: 10 mL (A grade)
6.8 Needle 53 x 2 cm
6.9 Glycerol set, concentration: 120±2:6. Heart wave sand core needs half No. 2 shrink glass
HG/T3604—1999
21/ 28
Figure Jilin energy storage tube
6.11 Explanation of four groups of z book sound: outer frame is about 2m, length is about 50cm. Tea ten newspapers. 6-12 New day full volume 0.33015
Operation steps
-1 A non-sieve type high precision meter
7.1.1 Distribution trap flow through the time measurement
7.1.1.1 In the condition meter 2*, 3\ tube on the latex camp, polyvinyl 5\ total drag, to or strictly out of the bottom of the sample meter directly with water, the production of L ball SC blood. 7.1.1.2 In a 2hml volume bottle of the people's about_ mixed solvent =.3) at 121C heat -0mi: through the filter rod in the 1* tube, the above mixed solvent involved in the net station 1 system meter activity selection see R/T632-19% Appendix A). IG/T36041999
.1.3 latex kidney, use 50 or 2 simple, press the latex tube on the 2 tube to draw out the mixture and squeeze out the C ball technique bubble = times, add the micro change and implant 11mi. At the same time, wait for the Qihai to disappear, 7.1.1.4 use 5: m: L to make 2 ml. The needle is connected to the \evaluation of the milk epidemic test will be combined with the tour agent to extract the heart ball, get the commercial rest of the whole D ball is usually, stop pumping air to remove the needle, release the element 3 = answer three milk bite, let the exchange reach the fall, when the liquid drops to the scale line m:, slow down the user to move the sand table, cross, Daizhou, immediately stop the small attack, record the flow through the state 7.1.1.5 repeat 7.1.1.1 step end: the system is two ohms, each time the time difference shall not exceed 23 take the arithmetic mean, the certificate is 7-7.1-:-6 through the migration case 7, the filter pipe water pump will filter the oil test person selected in the ground. 7.1.? Medium flow preparation www.bzxz.net
7.1.2.1 you take the sample, fill it to .2 hmL into the customer volume bottle with 61 constant ancestor block 1 drop judgment storage penalty month diversion wave tube and take 13\[. Mixing box and fill it into the volume bottle! Note: The effective time is 1.5min. The sample should not exceed 15min. 7.1.2.2 Place the volumetric bottle in 120-day oil and keep moving it. Observe the decomposition of the polymer in the sample. When all the particles of the polymer disappear, the sample should be kept for 2 minutes. The sample time should not exceed 15min. 7.1.3 Let the fermentation liquid flow through the attached room and measure the aldehyde drop in the solution. 7.13.1 Pass the filter through the viscometer. The solution in the C ball is sucked out of the skin by a needle: the solution is pumped into the filter belt through a tetrahydrofuran tube with water. 7.3.2 Then filter the remaining 10 ml of formaldehyde solution into the viscometer through the end sample. According to the steps of 7.1.3-7.1.1.5, the dripping time of the solution is measured. The difference between each flow should not exceed C.2. The difference is recorded as C.2. 7.1.3.3 Take the same degree of formaldehyde solution and press it according to 7.1.2 .2~.7.;.3.2 Steps 72 to 5 Use the dilution type centrifuge to prepare the formaldehyde droplet in the test sample in 7.2.1. Weigh the maximum test amount to 2.300%, add 10mL of the required droplet into a 25.mT container. Prepare a solution with a uniform viscosity of 1.22°C. 7.2.1.2 According to 7.1.2 .2 Consultation sample
7.2.2 Probe
72-2.1 According to .1.3.1~7.1.1.5, measure the mud flow system for the time 7.2.2.2 According to 7.1.3.2, measure the flow time of the liquid 1.7.2.2.3. The time of the liquid flow is ...? Test case: Formaldehyde solution flow time: 7.2.2.4 I 7.2.2.3 method, 5io) the whole tube and then transfer 5mL.10m and 10mJ. mixed droplets, measure the five points of the expansion ratio: 1.8 and 1.8.1 viscosity number
According to formula 1), the viscosity of the whole droplet is calculated. N. It is expressed in mLg: N, =
In the formula. The viscosity of the aldehyde is xm;
The time of change of the depth of the case.5:
According to the company's police overflow time
Note: The difference can be small: 8-2 The viscosity of the goods
The time formula (2) The viscosity of the polyol in the acid wave needle is expressed as ". (1)
Viscosity of this field
Viscosity ratio increase cover·=1;
Polyol Sa liquid whose degree g/above:
GT36041999
2,7: total =2.0.
.2.2 The shrimp hoop method measures the characteristic viscosity of the concentrated solution: The typical viscosity of the solution is relative to the concentration, and the grid graph is drawn through each point to make a straight line derivative (see Figure 4). ..
The figure shows the extrapolation method for measuring special viscosity numbers.
9 Accuracy
The standard method is as follows: In the measurement of characteristic numbers, the error limit of two parallel tests is ±1% (confidence level 9). 1 Test report
This test report includes the following parts:
Date of test:
. Complete identification of the test product:
"Instrument information, instructions for the reagents and detailed information on the preparation of the reagents; d Detailed description of the new viscometer:
Test method:
|Test viscosity,
or special viscosity number and effect:
h Test date and operator:
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