This standard specifies the terms and definitions of test sieves and sieving. This standard applies to the special terms of test sieves and sieving. GB/T 5329-2003 Test sieve and sieving test terminology GB/T5329-2003 standard download decompression password: www.bzxz.net
This standard specifies the terms and definitions of test sieves and sieving. This standard applies to the special terms of test sieves and sieving.
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1cs 19. t20 National Standard of the People's Republic of China GB/T5329-2003 GE429-1585 Test sieves and sieving voahulary(IS0 2395:1990.M0D) 2003-11-10 Issued by General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China 2004-06-01 Implementation GH/T5329-2003 This standard adopts [S]2195:19906 Test sieve and sub-test terminology English version: Main changes include: Added [gauge test sieve group (2.2,5) and non-gauge test sieve (E.2,7)] This standard is different from B/753291985 Test sieve and sub-test terminology as follows: Added such as: test depth, test sieve height, electroforming thin plate test sieve, etc. Added Figure 1 Test sieve. This standard was proposed by China Machinery Industry Federation and belonged to the National Standardization Technical Committee for Belt Screening and Particle Sorting Methods (CSTST18). This standard was drafted by the Mechanical Science and Technology Institute of Mining and Building, with the participation of the State-owned Fifth National Zero Factory and District Sixth and Ninth Factory. The drafters of the standard were Yu Gujinmeigui, Baiqiang, and Wu Guochuan. This standard is issued by the Secretariat of the National Technical Committee for Standardization of Sieve Sieving and Particle Fractionation Methods. The international standard replaced by this standard is: GB/T 291985:1 Specification for test sieves and sieving test terms. This standard defines the terms for test sieves and sieving tests. 2 Terms and definitions. 2.1 Material to be siered: Particles of different sizes, agglomerates, and loose particles that are placed together in a bottle. Sample sanple A representative portion of a given mass of material, 2.1.4 Teal snupks A sample for testing. A sample placed on a single test sieve or on a test sieve. 2.1.6 Bulk density The ratio of the bulk density to the volume of the material on the instantaneous surface. 2.1.7 Particle density The ratio of the mass of the particles to their volume, excluding open pores and including closed pores. 2.2.2 Test sieves Test sieves are sieves that are installed in the range to produce a sieve that meets the technical requirements of the test sieve standard and uses the sieving method for particle analysis. 2.2.3 Test sieves are sieves that are matched with the test sieve standard GB/T 5329—2003 and GB/T5329—2003 and can reproduce the test results of the standard test sieve within the specified limit range for a given material. 2.2.5 Fnll set oPtest siever , the basic test sieves of a given type included in the standard. 2.2.6 Conventional test sieve set rcgulur set of eflest sires selected from the full set of test sieves according to the normal rules for particle size analysis. 2.2.7 Irregular test sieve set Lrregularget oftestgleves, a number of sieves selected from the full set of test sieves according to the irregular rules for particle size analysis. 2.2.8 Test sieve nestnftesisieves one or more test sieves are combined together from bottom to top according to the mesh size and connected to the cover and material connection. 2.2.9 Test sieve depth H, sievedepthH, Test distance between frame F and sieve edge (see Figure 1)i2 Figure 1 Test peak profile Test height LslevehelghtH, The distance between the upper edge and the intersection of the test sieve edge (see Figure 1) 2. 2. :1 Fitted tightly on the sieve to stop some material from flowing out 2. 2. 12 The receiving tray Fitted closely under the sieve to receive the part of the material that needs to be evenly distributed. 2.2.13 trame rigid frame which defines and limits the number of materials to be screened (screen base, see Figure 1); 2.2.14 medium plate which has holes of the same size and shape arranged on it: 2.2.15 gold-wire woven clath wnven wire clath composed of a gold-covered wire mesh and a woven core 2. 2.15 perforated plate having a mesh-like arrangement of holes, the holes being either random or square. 2.2.17 Mesh screen is a metal sheet with round holes and square holes made by electrochemical method: 2.2.18 Sieve hole size indicates the size of the opening across the surface. Pitch : The distance between two adjacent metal wires in the warp direction of a metal woven mesh or a pure metal wire, (perforated plate or electroformed plate) between two equal points in the direction of the two points. 2.2.20 Percenlage sicving nrea GEI/T6329—2003 ) For metal woven mesh and electroformed plate, it is the total area of the mesh or the total area of the mesh, expressed in percentage. ) For perforated plates, the ratio of the total area of the printed circuit board to the total area of the printed circuit board, expressed as a percentage. 2.2.21 wire diameterwirednnieter The diameter of the wire before it is twisted into a metal mesh. 2.2.22 Type uf weave Warp and weft weave pattern: Warp and weft weave in the same way: 2.2.24 Weft: shoot Plain weave Plain weave Warp and weft weave in the same way: GR/T 5329—2003 Tilted weave Figure 2 Tilted weave Plate thickness Plate thickness Perforation: Brideewilbar The distance between the nearest edges of two adjacent holes in a perforated plate 2.2. 29 Margin The distance between the edge of a perforated plate or a sheet metal and its outermost non-hole edge: 2.2. 30 Punchslde The punch is used to punch the plate surface 2.3 Tests for separation Sieving The process of separating particles of different sizes by one or more sieves, Note: The separation is called separation. 2.3.2 Essieving Sieving particles by one or more sieves. 2.3.3 Sieving particle size analysis partlclesizealyslsbyevinThrough sieving, the material in the form of a screen is selected and separated into different particle sizes and the results are reported. 2. 3. 4 Hand screening hanilstesing Screening with one or a group of test spans assisted by three shakes, 2.3.5 Machine screening inxchintsierhg Screening with one or a group of test spans assisted by a general lifting motion. 2. 3. 6 Dry sieving Screening with liquid. Wet sieving Screening with the aid of a sweeping period. Sieving rate The ratio of the amount of material passing through the sieve to the given material mass within a specified time 2.3.9 Sieving point GR/T5329—2003 When the sieving reaches the point where the amount of material passing through the sieve is not enough to significantly change the sieving result, for each material, the liquid that passes through the sieve is measured or measured, and the amount of liquid that passes through the sieve is measured. 2. 3. 10 Pegging Particles that are unable to pass through the sieve holes are a common state. 2. 3. 11 Chopping The state in which very fine particles are completely screened from the smallest to the smallest is called "screening". 2. 3. 12 Lacan sizeFrartinnfractinn The particle size is within the given upper and lower size limits of the pulling compartment 2.4 Expression of results expressiun r results 2. 4. 1 Frequency particle size particlesixe The size of a particle passing through the sievesizeufaparticle The smallest sieve size that can be measured under favorable conditions 2. 4.2 menr-size particle Approximate size particle Approximately! The required hole center particle size undersize material is the portion of the material that passes through the specified pipe.GH/T5329—2003 oversize residue the portion of the material that passes through the specified pipe. sicedistribulion crve particle size distribution curve represents the required distribution curve: oversize distribution curve cumulatiweoversizedistribntioneurreIn a test with decreasing sieve hole size, the curve showing the relationship between the cumulative percentage of the mass of the material on each sieve and its corresponding sieve hole size. undersize distribution curve cumulatiwenndersize distribution In the process of sieving size reverse test, the cumulative ratio of the material under each sieve and its corresponding simple hole size are related to the following lines: Auxiliary fabric type Conventional test sieve group Type of hole Variable hole plate Electroforming sheet Unconventional test sieve groupwww.bzxz.net Dry screening Screening rate Qualified test sieve Mechanical screening· Impact plate Particle size: Including metal wire diameter Golden wire woven net Non-north rate Medium female lead The cross-hole size of the particles passing through the compartment Particle size. . 2. 2. 6 ...2.3.6 Two-grain density Grain size analysis Granularity distribution Pull plate level Matching test Flat twist braid Full variable test wax Thickness of hoof pepper Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Cumulative distribution curve of material on the sieve Material on the sieve- Integral distribution curve of material under the sieve Sieve for, South residue Wet screening Tester Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English quotation GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.86 Dry sleving Add liquid sieving. Wet sieving Add sieving during the body scanning period. Sieving rate The ratio of the amount of material passing through the sieve to the given material mass within a specified time 2.3.9 Sieving point GR/T5329—2003 When the sieving reaches the point where the amount of material passing through the sieve is not enough to significantly change the sieving result, for each material, the liquid that passes through the sieve is measured or measured, and the amount of liquid that passes through the sieve is measured. 2. 3. 10 Pegging Particles that are unable to pass through the sieve holes are a common state. 2. 3. 11 Chopping The state in which very fine particles are completely screened from the smallest to the smallest is called "screening". 2. 3. 12 Lacan sizeFrartinnfractinn The particle size is within the given upper and lower size limits of the pulling compartment 2.4 Expression of results expressiun r results 2. 4. 1 Frequency particle size particlesixe The size of a particle passing through the sievesizeufaparticle The smallest sieve size that can be measured under favorable conditions 2. 4.2 menr-size particle Approximate size particle Approximately! The required hole center particle size undersize material is the portion of the material that passes through the specified pipe.GH/T5329—2003 oversize residue the portion of the material that passes through the specified pipe. sicedistribulion crve particle size distribution curve represents the required distribution curve: oversize distribution curve cumulatiweoversizedistribntioneurreIn a test with decreasing sieve hole size, the curve showing the relationship between the cumulative percentage of the mass of the material on each sieve and its corresponding sieve hole size. undersize distribution curve cumulatiwenndersize distribution In the process of sieving size reverse test, the cumulative ratio of the material under each sieve and its corresponding simple hole size are related to the following lines: Auxiliary fabric type Conventional test sieve group Type of hole Variable hole plate Electroforming sheet Unconventional test sieve group Dry screening Screening rate Qualified test sieve Mechanical screening· Impact plate Particle size: Including metal wire diameter Golden wire woven net Non-north rate Medium female lead The cross-hole size of the particles passing through the compartment Particle size. . 2. 2. 6 ...2.3.6 Two-grain density Grain size analysis Granularity distribution Pull plate level Matching test Flat twist braid Full variable test wax Thickness of hoof pepper Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Cumulative distribution curve of material on the sieve Material on the sieve- Integral distribution curve of material under the sieve Sieve for, South residue Wet screening Tester Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English quotation GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.86 Dry sleving Add liquid sieving. Wet sieving Add sieving during the body scanning period. Sieving rate The ratio of the amount of material passing through the sieve to the given material mass within a specified time 2.3.9 Sieving point GR/T5329—2003 When the sieving reaches the point where the amount of material passing through the sieve is not enough to significantly change the sieving result, for each material, the liquid that passes through the sieve is measured or measured, and the amount of liquid that passes through the sieve is measured. 2. 3. 10 Pegging Particles that are unable to pass through the sieve holes are a common state. 2. 3. 11 Chopping The state in which very fine particles are completely screened from the smallest to the smallest is called "screening". 2. 3. 12 Lacan sizeFrartinnfractinn The particle size is within the given upper and lower size limits of the pulling compartment 2.4 Expression of results expressiun r results 2. 4. 1 Frequency particle size particlesixe The size of a particle passing through the sievesizeufaparticle The smallest sieve size that can be measured under favorable conditions 2. 4.2 menr-size particle Approximate size particle Approximately! The required hole center particle size undersize material is the portion of the material that passes through the specified pipe.GH/T5329—2003 oversize residue the portion of the material that passes through the specified pipe. sicedistribulion crve particle size distribution curve represents the required distribution curve: oversize distribution curve cumulatiweoversizedistribntioneurreIn a test with decreasing sieve hole size, the curve showing the relationship between the cumulative percentage of the mass of the material on each sieve and its corresponding sieve hole size. undersize distribution curve cumulatiwenndersize distribution In the process of sieving size reverse test, the cumulative ratio of the material under each sieve and its corresponding simple hole size are related to the following lines: Auxiliary fabric type Conventional test sieve group Type of hole Variable hole plate Electroforming sheet Unconventional test sieve group Dry screening Screening rate Qualified test sieve Mechanical screening· Impact plate Particle size: Including metal wire diameter Golden wire woven net Non-north rate Medium female lead The cross-hole size of the particles passing through the compartment Particle size. . 2. 2. 6 ...2.3.6 Two-grain density Grain size analysis Granularity distribution Pull plate level Matching test Flat twist braid Full variable test wax Thickness of hoof pepper Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Cumulative distribution curve of material on the sieve Material on the sieve- Integral distribution curve of material under the sieve Sieve for, South residue Wet screening Tester Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English quotation GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.81 frequency particle sizeparticlesixe sizeofparticlesthesizeufaparticlethesmallestsizeofparticlesthatcanpassthesieveundertherigidconditions2. 4.2 menr-sizeparticle approximatesizeparticle approximately! The required size of the particle undersize materialis thefillingamountisthepartthatpassesthroughthespecifiedsize.GH/T5329—2003 oversize residueri thefillingendisalsospecifiedpart. sicedistribulion crve particle size distribution curve represents the curve of the distribution of the particle size: oversize distribution cumulatiweoversizedistribntioneurreIn a test with decreasing sieve size, the relationship between the cumulative percentage of the mass of the particle on each sieve and its corresponding sieve size is plotted. undersize distribution cumulatiwendersize distribution In the process of sieving size reverse test, the cumulative ratio of the material under each sieve and its corresponding simple hole size are related to the following lines: Auxiliary fabric type Conventional test sieve group Type of hole Variable hole plate Electroforming sheet Unconventional test sieve group Dry screening Screening rate Qualified test sieve Mechanical screening· Impact plate Particle size: Including metal wire diameter Golden wire woven net Non-north rate Medium female lead The cross-hole size of the particles passing through the compartment Particle size. . 2. 2. 6 ...2.3.6 Two-grain density Grain size analysis Granularity distribution Pull plate level Matching test Flat twist braid Full variable test wax Thickness of hoof pepper Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Cumulative distribution curve of material on the sieve Material on the sieve- Integral distribution curve of material under the sieve Sieve for, South residue Wet screening Tester Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English reference GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.81 frequency particle sizeparticlesixe sizeofparticlesthesizeufaparticlethesmallestsizeofparticlesthatcanpassthesieveundertherigidconditions2. 4.2 menr-sizeparticle approximatesizeparticle approximately! The required size of the particle undersize materialis thefillingamountisthepartthatpassesthroughthespecifiedsize.GH/T5329—2003 oversize residueri thefillingendisalsospecifiedpart. sicedistribulion crve particle size distribution curve represents the curve of the distribution of the particle size: oversize distribution cumulatiweoversizedistribntioneurreIn a test with decreasing sieve size, the relationship between the cumulative percentage of the mass of the particle on each sieve and its corresponding sieve size is plotted. undersize distribution cumulatiwendersize distribution In the process of sieving size reverse test, the cumulative ratio of the material under each sieve and its corresponding simple hole size are related to the following lines: Auxiliary fabric type Conventional test sieve group Type of hole Variable hole plate Electroforming sheet Unconventional test sieve group Dry screening Screening rate Qualified test sieve Mechanical screening· Impact plate Particle size: Including metal wire diameter Golden wire woven net Non-north rate Medium female lead The cross-hole size of the particles passing through the compartment Particle size. . 2. 2. 6 ...2.3.6 Two-grain density Grain size analysis Granularity distribution Pull plate level Matching test Flat twist braid Full variable test wax Thickness of hoof pepper Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Cumulative distribution curve of material on the sieve Material on the sieve- Integral distribution curve of material under the sieve Sieve for, South residue Wet screening Tester Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English reference GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.86 Double particle density Grain size analysis Particle size distribution pitch Pull plate level Matching test Flat twist braid Full variable test wax Hawk pepper thickness Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Screen Cumulative distribution curve of upper material Master upper material- Sieve material wing distribution curve Road material· Sieve, South residue Wet screening Test master Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English reference GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.86 Double particle density Grain size analysis Particle size distribution pitch Pull plate level Matching test Flat twist braid Full variable test wax Hawk pepper thickness Screening area percentage Screening frequency Particle size classification Screening test- Screening point· Screen hole size Screen Cumulative distribution curve of upper material Master upper material- Sieve material wing distribution curve Road material· Sieve, South residue Wet screening Test master Test sieve height H Test depth H, Test peak GB/T5329-2003 .-2.3.3 2. 2. 13 .2.4.3 .2.2. 10 G/T 53292003 Manual sieving Bulk density Weaving Single material agglomerate aperturysice apparent hulk density hlinding bridgefldth rertified test sieve charge clegging cumulative oversize dlsirlbntiam enrrecumulative undersixx distrilbution curvedrysieving electoformed sheet ead point fractlon ull set of test sieve? hand sieviny Irregularsel aftesl sievu English quotation GB/I5329——2003 2. 1. January CB/T 5329—2003 machine sfering mntched test sieve||t t||neur-size purlicle nesl af test sieves orrsize Paurticle particle density partlcle slze particle sizr analysi by sieringpegging r. percenlage sieving area perrorated plate | tt||siave size nf a Farticle sieving sising mediuin sieving Tatk size distributlon curve , 2.2.29 .... 2.3.8 Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.