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GB/T 18983-2017   Wire for quenched and tempered springs (English Version)
Standard No.: GB/T 18983-2017 Status:valid remind me the status change

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Word Count: 4000 words Price(USD):80.0 remind me the price change

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Implemented on:2018-4-1 Delivery: via email in 1 business day
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Standard No.: GB/T 18983-2017
English Name: Wire for quenched and tempered springs
Chinese Name: 淬火-回火弹簧钢丝
Chinese Classification: H49    Steel wire and wire rope
Professional Classification: GB    National Standard
ICS Classification: 77.140.65 77.140.65    Steel wire, wire ropes and link chains 77.140.65
Issued by: AQSIQ; SAC
Issued on: 2017-07-12
Implemented on: 2018-4-1
Status: valid
Superseding:GB/T 18983-2003 Oil - Hardened and tempered stell wire for mechanical springs
Language: English
File Format: PDF
Word Count: 4000 words
Price(USD): 80.0
Delivery: via email in 1 business day
Codeofchina.com is in charge of this English translation. In case of any doubt about the English translation, the Chinese original shall be considered authoritative. This standard is developed in accordance with the rules given in GB/T 1.1-2009. This standard replaces GB/T 18983-2003 Oil-hardened and Tempered Wire for Mechanical Springs in whole. The following changes have been made with respect to GB/T 18983-2003 (the previous edition): ——"GB/T 4336, GB/T 13298, GB/T 20123 and GB/T 20125" are added in Normative References; ——Grade "ultra-high tensile strength" is added in classification and designation; ——Diameter range is modified; ——New compositions of TDSiCr-B, TDSiCr-C and VDSiCrV are added in chemical composition; ——"Permissible maximum depth of surface decarburization" is modified; ——Mechanical property indexes of TDSiCr-B and TDSiCr-C are added in "mechanical properties of static and medium fatigue of wires"; Mechanical property index of VDSiCrV is added in "mechanical property of high fatigue of wire"; ——"Permissible maximum depth of surface defect" is modified and description about acid leaching test method is added. This part has been redrafted and modified adoption of ISO 8458-3: 2002 Steel Wire for Mechanical Springs - Part 3: Oil-hardened and Tempered Wire, which is not equivalent to ISO 8458-3: 2002 in consistency. This standard was proposed by China Iron and Steel Industry Association. This standard is under the jurisdiction of National Technical Committee on Iron and Steel of Standardization Administration of China (SAT/TC 183). The previous edition of this standard is as follows: ——GB/T 18983-2003. Wire for Quenched and Tempered Springs 1 Scope This standard specifies the classification and designation, order details, diameter, shape and permissible deviation, manufacturing method, technical requirements, test methods and inspection rules, packaging, marking and quality certificate of wire for quenched and tempered spring (hereinafter referred to as wire). This standard is applicable to the manufacture of various quenched and tempered carbon and low alloy wires with circular cross sections, which are used for various mechanical springs. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. GB/T 222 Method of Sampling Steel for Determination of Chemical Composition and Permissible Variations for Product Analysis GB/T 223.5 Steel and Iron - Determination of Acid-soluble Silicon and Total Silicon Content - Reduced Molybdosilicate Spectrophotometric Method GB/T 223.11 Iron Steel and Alloy - Determination of Chromium Content - Visual Titration or Potentiometric Titration Method GB/T 223.13 Methods for Chemical Analysis of Iron, Steel and Alloy - the Ammonium Ferrous Sulfate Titration Method for the Determination of Vanadium Content GB/T 223.19 Methods for Chemical Analysis of Iron Steel and Alloy; the Neocuproine-chloroform Extraction Photometric Method for the Determination of Copper Content GB/T 223.58 Methods for Chemical Analysis of Iron, Steel and Alloy; the Sodium Arsenite-sodium Nitrite Titrimetric Method for the Determination of Manganese Content GB/T 223.59 Iron Steel and Alloy - Determination of Phosphorus Content - Bismuth Phosphomolybdate Blue Spectrophotometric Method and Antimony Phosphomolybdate Blue Spectrophotometric Method GB/T 223.60 Methods for Chemical Analysis of Iron, Steel And Alloy the Perchloric Acid Dehydration Gravimetric Method for the Determination of Silicon Content GB/T 223.68 Methods for Chemical Analysis of Iron, Steel and Alloy the Potassium Iodate Titration Method after Combustion in the Pipe Furnace for the Determination of Sulfur Content GB/T 223.69 Iron Steel and Alloy - Determination of Carbon Contents - Gas-volumetric Method after Combustion in the Pipe Furnace GB/T 224 Determination of Depth of Decarburization of Steel GB/T 228.1 Metallic Materials - Tensile Testing - Part 1 : Method of Test at Room Temperature GB/T 232 Metallic Materials - Bend Test GB/T 239.1 Metallic Materials - Wire - Part 1: Simple Torsion Test GB/T 239.2 Metallic Materials - Wire - Part 2: Reverse Torsion Test GB/T 2103 General Requirements for Acceptance,Packing,Marking and Quality Certification of Steel Wire GB/T 2976 Metallic Materials – Wire-wrapping Test GB/T 4336 Carbon And Low-alloy Steel - Determination of Multi-element Contents - Spark Discharge Atomic Emission Spectrometric Method (Routine Method) GB/T 10561 Steel-Determination of Content of Non-metallic Inclusion - Micrographic Method Using Standard Diagrams GB/T 13298 Inspection Methods of Microstructure For Metals GB/T 20123 Steel And Iron - Determination of Total Carbon and Sulfur Content Infrared Absorption Method after Combustion in an Induction Furnace (Routine Method) GB/T 20125 Low-alloy Steel - Determination of Multi-element Contents - Inductively Coupled Plasma Atomic Emission Spectrometric Method 3 Classification and Designation 3.1 Classification 3.1.1 According to the working condition, wire is classified into the static, medium fatigue and high fatigue types. 3.1.2 According to the supply tensile strength, wire is classified into the low tensile strength, medium tensile strength and high tensile strength. 3.2 Designation See Table 1 for the classification, designation and diameter range of wire. 3.3 Marking example VDSiCr grade of wire with diameter of 3.0mm should be marked as: VDSiCr-3.0-GB/T 18983. Table 1 Classification, Designation and Diameter Range of Wire Classification Static Medium fatigue a High fatigue Tensile strength Low tensile strength FDC TDC VDC Medium tensile strength FDCrV and FDSiMn TDSiMn VDCrV High tensile strength FDSiCr TDSiCr-A VDSiCr Ultra-high tensile strength — TDSiCr-B and TDSiCr-C VDSiCrV Diameter range 0.50~18.00mm 0.50~18.00mma 0.50~10.00mm Notes: 1: FD grade is intended for static applications, required for normal springs. 2: TD grade is intended for medium fatigue levels, required for clutch spring with normal strength and suspension spring. 3: VD grade is intended for high fatigue use under severe dynamic duty such as for valve springs. a Diameter range of TDSiCr-B and TDSiCr-C is 8.0~18.0mm. 4 Order Contents The contract or order according to this standard shall cover the following contents: a) No. of this standard; b) Product name; c) Grade; d) Specification and quantity of product; e) Delivery form and single-piece weight; f) Wire for valve shall be marked with non-metallic inclusion grade; g) Special requirements. 5 Diameter, Shape and Permissible Deviation 5.1 Diameter 5.1.1 The diameter and permissible deviation of wire shall meet the requirements of Table 2. Where the purchaser has special requirements for the diameter deviation, they shall be noted in the contract. 5.1.2 The out-of-roundness of wire shall not be greater than half of the tolerance of nominal diameter. 5.2 Shape The shape of wire shall be regular and be free from any bend which may affect its application.
Foreword i 1 Scope 2 Normative References 3 Classification and Designation 4 Order Contents 5 Diameter, Shape and Permissible Deviation 6 Manufacturing Method 7 Technical Requirements 8 Test Methods 9 Inspection Rules 10 Packaging, Marking and Quality Certificate Annex A (Informative) Corresponding Relationship of Designation and Steel Grade
Referred in GB/T 18983-2017:
*GB/T 222-2006 Permissible Tolerances for Chemical Composition of Steel Products
*GB/T 223.5-2008 Steel and iron - Determination of acid-soluble silicon and total silicon content - Reduced molybdosilicate spectrophotometric method
*GB/T 223.11-2008 Iron, Steel and Alloy - Determination of Chromium Content - Visual Titration or Potentiometric Titration Method
*GB/T 223.13-2000 Methods for chemical analysis of iron, steel and alloy-The ammonium ferrous sulfate titration method for the determination of vanadium content
*GBT223.19-
*GBT223.58-
*GB/T 223.59-2008 Iron, Steel and Alloy - Determination of Phosphorus Content - Bismuth Phosphomolybdate Blue Spectrophotometric Method and Antimony Phosphomolybdate Blue Spectrophotometric Method
*GB/T 223.60-1997 Methods for chemical analysis of iron,steel and alloy The perchloric acid dehydration gravimetric method for the determination of silicon content
*GB/T 223.68-1997 Methods for Chemical Analysis of Iron, Steel and Alloy - The Potassium Iodate Titration Method after Combustion in the Pipe Furnace for the Determination of Sulfur Content
*GB/T 223.69-2008 Iron, Steel and Alloy-Determination of Carbon Contents- Gas-volumetric Method after Combustion in the Pipe Furnace
*GB/T 224-2019 Determination of the depth of decarburization of steels
*GB/T 228.1-2021 Metallic materials—Tensile testing—Part 1: Method of test at room temperature
*GB/T 232-2010 Metallic materials—Bend test
*GB/T 239.1-2023 Metallic materials―Wire―Part 1:Simple torsion test
*GB/T 239.2-2023 Metallic materials―Wire―Part 2:Reverse torsion test
*GB/T 2103-2008 General requirements for acceptance,packing,marking and quality certification of steel wire
*GB/T 2976-2020 Metallic materials—Wire—Wrapping test
*GB/T 4336-2016/XG1-2017 Carbon and low-alloy steel―Determination of multi-element contents―Spark discharge atomic emission spectrometric method (routine method), includes Amendment 1
*GB/T 10561-2023 Steel-Determination of content of nonmetallic inclusions—Micrographic method using standard diagrams
*GB/T 13298-2015 Inspection methods of microstructure for metals
*GB/T 20123-2006 Steel and iron—Determination of total carbon and sulfur content Infrared absorption method after combustion in an induction furnace (routine method)
*GB/T 20125-2006 Low-alloy steel - Determination of multi-element contents - Inductively coupled plasma atomic emission spectrometric method
GB/T 18983-2017 is referred in:
*GB/T 23935-2009 Design of cylindrical helical springs
*GB/T 3001-2017 Refractory products-Determination of modulus of rupture at ambient temperature
*GB/T 7321-2017 Sample preparation for testing of shaped refractory products
*GB/T 7377-2017 Series of cycle tyres
*GB/T 17855-2017 Calculation of load capacity of spline
*GB 34330-2017 Identification standards for solid wastes General rules
Code of China
Standard
GB/T 18983-2017  Wire for quenched and tempered springs (English Version)
Standard No.GB/T 18983-2017
Statusvalid
LanguageEnglish
File FormatPDF
Word Count4000 words
Price(USD)80.0
Implemented on2018-4-1
Deliveryvia email in 1 business day
Detail of GB/T 18983-2017
Standard No.
GB/T 18983-2017
English Name
Wire for quenched and tempered springs
Chinese Name
淬火-回火弹簧钢丝
Chinese Classification
H49
Professional Classification
GB
ICS Classification
Issued by
AQSIQ; SAC
Issued on
2017-07-12
Implemented on
2018-4-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
GB/T 18983-2003 Oil - Hardened and tempered stell wire for mechanical springs
Language
English
File Format
PDF
Word Count
4000 words
Price(USD)
80.0
Keywords
GB/T 18983-2017, GB 18983-2017, GBT 18983-2017, GB/T18983-2017, GB/T 18983, GB/T18983, GB18983-2017, GB 18983, GB18983, GBT18983-2017, GBT 18983, GBT18983
Introduction of GB/T 18983-2017
Codeofchina.com is in charge of this English translation. In case of any doubt about the English translation, the Chinese original shall be considered authoritative. This standard is developed in accordance with the rules given in GB/T 1.1-2009. This standard replaces GB/T 18983-2003 Oil-hardened and Tempered Wire for Mechanical Springs in whole. The following changes have been made with respect to GB/T 18983-2003 (the previous edition): ——"GB/T 4336, GB/T 13298, GB/T 20123 and GB/T 20125" are added in Normative References; ——Grade "ultra-high tensile strength" is added in classification and designation; ——Diameter range is modified; ——New compositions of TDSiCr-B, TDSiCr-C and VDSiCrV are added in chemical composition; ——"Permissible maximum depth of surface decarburization" is modified; ——Mechanical property indexes of TDSiCr-B and TDSiCr-C are added in "mechanical properties of static and medium fatigue of wires"; Mechanical property index of VDSiCrV is added in "mechanical property of high fatigue of wire"; ——"Permissible maximum depth of surface defect" is modified and description about acid leaching test method is added. This part has been redrafted and modified adoption of ISO 8458-3: 2002 Steel Wire for Mechanical Springs - Part 3: Oil-hardened and Tempered Wire, which is not equivalent to ISO 8458-3: 2002 in consistency. This standard was proposed by China Iron and Steel Industry Association. This standard is under the jurisdiction of National Technical Committee on Iron and Steel of Standardization Administration of China (SAT/TC 183). The previous edition of this standard is as follows: ——GB/T 18983-2003. Wire for Quenched and Tempered Springs 1 Scope This standard specifies the classification and designation, order details, diameter, shape and permissible deviation, manufacturing method, technical requirements, test methods and inspection rules, packaging, marking and quality certificate of wire for quenched and tempered spring (hereinafter referred to as wire). This standard is applicable to the manufacture of various quenched and tempered carbon and low alloy wires with circular cross sections, which are used for various mechanical springs. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. GB/T 222 Method of Sampling Steel for Determination of Chemical Composition and Permissible Variations for Product Analysis GB/T 223.5 Steel and Iron - Determination of Acid-soluble Silicon and Total Silicon Content - Reduced Molybdosilicate Spectrophotometric Method GB/T 223.11 Iron Steel and Alloy - Determination of Chromium Content - Visual Titration or Potentiometric Titration Method GB/T 223.13 Methods for Chemical Analysis of Iron, Steel and Alloy - the Ammonium Ferrous Sulfate Titration Method for the Determination of Vanadium Content GB/T 223.19 Methods for Chemical Analysis of Iron Steel and Alloy; the Neocuproine-chloroform Extraction Photometric Method for the Determination of Copper Content GB/T 223.58 Methods for Chemical Analysis of Iron, Steel and Alloy; the Sodium Arsenite-sodium Nitrite Titrimetric Method for the Determination of Manganese Content GB/T 223.59 Iron Steel and Alloy - Determination of Phosphorus Content - Bismuth Phosphomolybdate Blue Spectrophotometric Method and Antimony Phosphomolybdate Blue Spectrophotometric Method GB/T 223.60 Methods for Chemical Analysis of Iron, Steel And Alloy the Perchloric Acid Dehydration Gravimetric Method for the Determination of Silicon Content GB/T 223.68 Methods for Chemical Analysis of Iron, Steel and Alloy the Potassium Iodate Titration Method after Combustion in the Pipe Furnace for the Determination of Sulfur Content GB/T 223.69 Iron Steel and Alloy - Determination of Carbon Contents - Gas-volumetric Method after Combustion in the Pipe Furnace GB/T 224 Determination of Depth of Decarburization of Steel GB/T 228.1 Metallic Materials - Tensile Testing - Part 1 : Method of Test at Room Temperature GB/T 232 Metallic Materials - Bend Test GB/T 239.1 Metallic Materials - Wire - Part 1: Simple Torsion Test GB/T 239.2 Metallic Materials - Wire - Part 2: Reverse Torsion Test GB/T 2103 General Requirements for Acceptance,Packing,Marking and Quality Certification of Steel Wire GB/T 2976 Metallic Materials – Wire-wrapping Test GB/T 4336 Carbon And Low-alloy Steel - Determination of Multi-element Contents - Spark Discharge Atomic Emission Spectrometric Method (Routine Method) GB/T 10561 Steel-Determination of Content of Non-metallic Inclusion - Micrographic Method Using Standard Diagrams GB/T 13298 Inspection Methods of Microstructure For Metals GB/T 20123 Steel And Iron - Determination of Total Carbon and Sulfur Content Infrared Absorption Method after Combustion in an Induction Furnace (Routine Method) GB/T 20125 Low-alloy Steel - Determination of Multi-element Contents - Inductively Coupled Plasma Atomic Emission Spectrometric Method 3 Classification and Designation 3.1 Classification 3.1.1 According to the working condition, wire is classified into the static, medium fatigue and high fatigue types. 3.1.2 According to the supply tensile strength, wire is classified into the low tensile strength, medium tensile strength and high tensile strength. 3.2 Designation See Table 1 for the classification, designation and diameter range of wire. 3.3 Marking example VDSiCr grade of wire with diameter of 3.0mm should be marked as: VDSiCr-3.0-GB/T 18983. Table 1 Classification, Designation and Diameter Range of Wire Classification Static Medium fatigue a High fatigue Tensile strength Low tensile strength FDC TDC VDC Medium tensile strength FDCrV and FDSiMn TDSiMn VDCrV High tensile strength FDSiCr TDSiCr-A VDSiCr Ultra-high tensile strength — TDSiCr-B and TDSiCr-C VDSiCrV Diameter range 0.50~18.00mm 0.50~18.00mma 0.50~10.00mm Notes: 1: FD grade is intended for static applications, required for normal springs. 2: TD grade is intended for medium fatigue levels, required for clutch spring with normal strength and suspension spring. 3: VD grade is intended for high fatigue use under severe dynamic duty such as for valve springs. a Diameter range of TDSiCr-B and TDSiCr-C is 8.0~18.0mm. 4 Order Contents The contract or order according to this standard shall cover the following contents: a) No. of this standard; b) Product name; c) Grade; d) Specification and quantity of product; e) Delivery form and single-piece weight; f) Wire for valve shall be marked with non-metallic inclusion grade; g) Special requirements. 5 Diameter, Shape and Permissible Deviation 5.1 Diameter 5.1.1 The diameter and permissible deviation of wire shall meet the requirements of Table 2. Where the purchaser has special requirements for the diameter deviation, they shall be noted in the contract. 5.1.2 The out-of-roundness of wire shall not be greater than half of the tolerance of nominal diameter. 5.2 Shape The shape of wire shall be regular and be free from any bend which may affect its application.
Contents of GB/T 18983-2017
Foreword i 1 Scope 2 Normative References 3 Classification and Designation 4 Order Contents 5 Diameter, Shape and Permissible Deviation 6 Manufacturing Method 7 Technical Requirements 8 Test Methods 9 Inspection Rules 10 Packaging, Marking and Quality Certificate Annex A (Informative) Corresponding Relationship of Designation and Steel Grade
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Keywords:
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