drafter:Huang Chaoqiang, Zuo Caixia, Fang Huihui, etc.
Drafting unit:Xi'an Filter Metal Filter Material Co., Ltd., Xinxiang Huangheqing Filtration Technology Equipment Co., Ltd., Xinxiang Bashan Precision Filter Material Co., Ltd. (original factory), etc.
Focal point unit:National Technical Committee for Standardization of Sieve Screening and Particle Sorting Methods
Proposing unit:China Machinery Industry Federation
Publishing department:General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
This standard specifies the technical requirements, inspection methods, inspection rules and marks, packaging, transportation and storage of stainless steel fiber sintered filter felt, and specifies the filtration accuracy, air permeability, porosity, dirt holding capacity, bubble point pressure, thickness, fracture strength and other properties of stainless steel fiber sintered filter felt. GB/T 20100-2006 Stainless steel fiber sintered filter felt GB/T20100-2006 standard download decompression password: www.bzxz.net
This standard specifies the technical requirements, inspection methods, inspection rules and marks, packaging, transportation and storage of stainless steel fiber sintered filter felt, and specifies the filtration accuracy, air permeability, porosity, dirt holding capacity, bubble point pressure, thickness, fracture strength and other properties of stainless steel fiber sintered filter felt.
Some standard content:
ICS73.120 National Standard of the People's Republic of China GB/T201002006 Stainless steel fiber sintering medium2006-02-05Promulgated General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of ChinaStandardization Administration of China 2006-08-01Implementation CB/T20100—2006 The stainless steel sintering process in the standard refers to the stainless steel fiber sintering process formed by sintering stainless steel fibers with stainless steel fibers, which is mainly used to make filter elements. The product's filtration accuracy is divided into four grades: 5m71:\15,2m). This classification basically covers the use of stainless steel fiber sintered filter felt. The technical performance proposed in this standard only includes the performance of stainless steel fiber sintered filter felt for special purposes, and does not include the performance of special sintered stainless steel fiber filters. This standard gives a corresponding table of commonly used stainless steel grades in ten different countries in Appendix A. This standard lacks the ACFTD dust and [S () MTT) dust represented by the dust diameter comparison table: Appendix A and Appendix B of this work are data appendices. This standard is issued by the National Machinery Industry Federation. This standard is also the National Sieve Screening and Inspection Method Standardization Technical Committee (S / TC:1> Secretary-General, this standard is drafted by: Xifa Feierte Jinbian Filter Material Co., Ltd., Xinduo City Yellow River Tunnel Cleaning Technology Equipment Co., Ltd., Xinxi Bashan Mi Ao Material Co., Ltd. Chuanyuan"), Air Industry Corporation Decision and Separation Machinery Product Quality Supervision and Evaluation Testing Center, Machinery Regulation Scientific Research and Protection Machinery Production Promotion Center. Wood standard drafters: Ying Chaoqiang, Zuo Cai, Fang Huigong, Yao Yan'an, Qiang Jinjin, Zhang Shengli, Cha Fuxiang, Shou Jianjun, Yu Li. This standard is issued by the Secretary of the Technical Committee of the State-owned Assets Supervision and Administration Commission ... For dated documents, their subsequent amendments (excluding secondary flash contents or quick editions) are not applicable to this standard. Therefore, the parties to the agreement based on this standard are using the latest versions of these documents, such as undated references. The latest versions are applicable to this standard. (H/T2 test method for room temperature tensile test of stainless steel materials GB/T127: stainless steel sample GB/T184 one missing public product without a public specification, the determination of the small tolerance of the angle seat size, the gas wetting test method of sintered solid materials according to the ritual CB'T 24 GB/T5453 Determination of the gas absorption of the product (I5: 18853-2002 Hydraulic transmission filter Evaluation of the filter element filtration performance Multiple tracking method 3 Terms and definitions Overspeed efficiency llttreficiency At a given dirt particle expansion rate, for the pollutant particles larger than a certain size, the percentage of the removal is expressed as: ! Nx10 is the number of particles in the unit volume of the upstream oil greater than the water content, N.1 is the number of particles in the unit volume of the downstream oil greater than the fuel content. 3.2 is the transition ratio of the upper and lower oil units. If the unit volume is not fixed, the range of particles is expressed, that is: N is: N--the number of particles in the unit volume of the upstream oil: the number of particles in the unit volume of the downstream oil Mouse to the question according to the number. Note: - indicates that the pool is large enough to allow the whole to pass the capacity, note: the lower suppression standard \\ support G, completed (K1X standard automatic stability meter energy and calculate its, not the standard, not always reach its decision to receive the standard of the teaching plan area bucket again GB/T20100-2006 Filtration accuracy fllter-rating When the wave of the felt is 2 (7=small 5), the corresponding particle size value is the filtration accuracy of the filtration difference. 3. 4 Gas inlet pressure is the volume of the gas passing through the filter body under pressure. 3.5 Bubble point pressure is the minimum pressure required for the first gas to be produced by the filter body. 3.6 Dirty holding capacity: Dirt holding capacity is the total mass of particulate matter in the system when the filter body is depleted. 3.7 Porosity is the ratio of the pore volume to the total volume. 3.8 Break strength is the break strength. gtrength High flow in monitoring needs to be discussed and the ratio of the cross-sectional area to the required area. 4 Technical requirements Female protection wire diameter and hole size are classified as shown in the table. If there are special requirements, other specifications and materials shall be negotiated by both parties. 4.1 Basic parameters of filter felt protection net Protective net mountain number 4.2 Product marking- 4.2.1 Product marking method 4.2.2 Marking example Representation of learning network surface teaching||tt| |Reverse stroke/nmi Indicates the code for the protective net (X is net, X is in net) indicates product specifications Indicates the pool felt number Indicates: The filter with a filtration density of 15FTm is marked as: 1.715 Example 2: The first filter fineness is 204m1 and the single-sided continuous net discharge is marked as: L220X1 Open size? Example 3: The filter pin is 25m and the effective surface rough pump net is marked as 1.73.02 4.3 Materials GD/T 201C0—2006 4.3.1 See Appendix A for the brand of filter materials, and 3167 is recommended. When there are special requirements, the supply and demand parties shall negotiate and select. 4.3.2 Chemical composition shall comply with the provisions of (GH/T22) marked. 4.4 Dimensions and allowable deviations The dimensions and allowable deviations of the products meet the requirements of Grade V specified in GB/T 13. The supplier and the supplier shall negotiate as soon as possible. 4.5 Technical indicators See Table 2 for the technical indicators and deviations of the products. Grid: 2X. -.I. > 13 0~. 1X. 0 Gas application point stop force Difference between the base and the base 18 n--3. 0 ! 273 c~.28.G :-8. 0--5, 0 :~35. n~·45. o 4. 6 Blood negative volume Speed! Basic vertical difference Some average values Discarded volume/ (tng/m) Limit: New double strength: Increase difference; basic position Standard value, before Product surface should be half-smooth, clean, should not have obvious cracks, unevenness, excessive brightness and oxidation. 5 Test method 5.1 Chemical separation and analysis shall be carried out in accordance with GB/T1220. 5.2 Dimensions and allowable tolerances shall be measured with a measuring instrument with a diameter of not less than 1m. The original thickness shall be measured with a measuring instrument with a diameter of not less than u.T. 5.3 Inspection of filtration viscosity and nanometer discharge According to GH/118855:27. 5.4 The pressure test of the air pool point shall be carried out according to RT=749. 5.5 The air permeability shall be carried out according to 6.15453. If the test medium is 20WPb: 5.6 The porosity test shall be calculated by the following formula; = Wuzhong; Unit area of the port, the unit is grams per square centimeter) more than the density, the unit is grams per square meter (em) unit () 5.7 The cracking control fee (TV/T) is carried out according to 5. The surface quality is checked on the whole platform by daylight. 3 GD/T20130—2006 6 Inspection specification E.1 group of products shall be submitted for inspection and acceptance, and each batch shall consist of 10 sheets. Each batch shall consist of the following specifications of the original products. 6.2 Inspection items Product standard date, sampling quantity table, supply and demand parties may also purchase inspection items according to the requirements. 6.3 Inspection method Test method is the relevant table of current regulations. Determination of inspection results Dimension change is not qualified, and the sheet is judged to be qualified. E.4.1 Surface quality is not qualified, and the sheet is judged to be unqualified. 6.4.2 Bubble point ±5 data: if 1 number is lower than the upper or lower deviation value, the batch is judged to be unqualified. E.4.3 E.4, if the arithmetic average of 4 data is unqualified, the batch is judged to be unqualified. 6.4.5 Air flow test: if 1 number is lower than the lower deviation value, the batch is judged to be unqualified. If the arithmetic average of 3 data of excess capacity is unqualified, the batch is judged to be unqualified. 6.4.5 The arithmetic average of 3 data of plastic strength is unqualified. Table 3 Inspection items, sampling, quantity, requirements, test methods and specifications of products. Pollution tolerance inspection and excavation. Valve point. Air permeability. Diaphragm. Process. 4-layer blue. 7 Marking, packaging, transportation, purchase and storage. 7.1 Marking. National address. Three points shall be checked and verified one copy shall be added each year. 5 points per sheet per year Strong inspection One sheet per batch, 5 points per sheet 3 points or more 7.1.1 The sheets that have passed the inspection shall be marked with "anti-corrosion", "half-release" and other words or signs. 7.2 Packaging, transportation, purchase and testing methods The filter stations should be separated by paper, and the plastic bags should be placed in the final packaging box. Soft objects should not be damaged during the pushing process: products Should be treated in one place, will not change. 7.3 Quality Documents Each box of products is accompanied by a product certificate, which shall be marked with: supplier name; Material brand number c) Product origin: Product batch number, Quantity: Quality inspection personnel review: This mark abbreviation, factory approval. The order contract shall include the following contents: Product name: 8.2 Material brand 83 Product name: 8.4 Domain: 8.5 Change date: 8.6 Others. GB/F201C0—2006 GB/T23100—2006 Appendix A (Informative Appendix) Table of stainless steel grades A,1Table of stainless steel grades in China, see A.1. Stainless steel alloy number comparison table AISI.AETM Su4L.Ss4u3 hsss le? 36LS8161 GCrSNi9 cCr.7Ni_2Mu2 OUC-17Nil :Mae FI Ben SLS3G4 SU:304L SU'S31 ELS316L NK A.5—573 NF A3--5/t-182 NFA-DN1 25CN15.09 22CV13.09 ZGCND17.12wwW.bzxz.Net Z2CN17,12 Informative Appendix Comparison table of polluted particle size B.1ACFI) dust and ISMTD dust small frequency inspection comparison table. Table H.1: Table H.1 Comparison table of polluted particle size ACFTT>Research and monitoring standards S Dust pollution resistance GB/T 20100—20061 Comparison table of particle size of polluted particles ACFTT>Research and monitoring standards S Dust pollution resistance GB/T 20100—20061 Comparison table of particle size of polluted particles ACFTT>Research and monitoring standards S Dust pollution resistance GB/T 20100—2006 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.