Accuris Datasheets for Standards and Technical Documents
Standards and technical documents includes standards, codes, regulation, handbooks, manuals, comprehensive guides and other formal publications. Standards, codes, and regulation establish uniform specifications, procedures or technical criteria.
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| Product Name | Notes |
|---|---|
| Accelerated cyclic corrosion tests with dry and wet conditions at constant absolute humidity for stainless steels | |
| Automated flux leakage examination of steel pipes and tubes | |
| Automated full peripheral ultrasonic thickness examination of steel pipes and tubes | |
| Automated ultrasonic examination of steel pipes and tubes (Amendment 1) | |
| Basic Dimensions of Steel Flanges for Marine Exhaust Gas Pipe | |
| Beam Grabs for Machine Use | |
| Boat Deck Lights | |
| Cargo Lights | |
| Chart Table Lights | |
| Classification of Structural Rolled Steel Plate and Wide Flat for Building by Ultrasonic Test | |
| Control Switches of Flameproof Light for Marine Use | |
| Daylight Signalling Lamps for Marine Use | |
| Digital radiographic examination for the weld seam of welded steel tubes | |
| Dimmers for Marine Instrument Illumination | |
| Distribution Boards (Fuse Type) for Marine Use | |
| Eddy Current Examination of Steel Pipes and Tubes | |
| Electrical and electronic installations in ships - Electromagnetic compatibility | |
| Electrical installations in ships - Electric energy storage equipment using secondary lithium cells and batteries | |
| Electrical Installations in Ships - Part 301 Equipment - Generators and Motors | |
| Electrical Installations in Ships - Part 302: Equipment - Switchgear and Controlgear Assemblies | |
| Electrical Installations in Ships - Part 304: Equipment - Semiconductor Convertors | |
| Electrical installations in ships - Part 352: Choice and installation of electrical cables | |
| Electrical Installations in Ships - Part 401 Installation and Test of Completed Installation | |
| Electrical Installations in Ships - Part 501 Special Features - Electric Propulsion Plant | |
| Electrical installations in ships - Part 504: Special features - Control and instrumentation (Amendment 1) | |
| Electrical installations in ships -- Electric energy storage equipment using secondary lithium cells and batteries (Amendment 1) | |
| Electrical Installations in Ships -- Part 101: Definitions and General Requirements | |
| Electrical Installations in Ships -- Part 202: System Design - Protection | |
| Electrical installations in ships -- Part 303: Equipment -- Transformers for power and lighting | |
| Electrical Installations in Ships -- Part 504: Special Features -- Control and Instrumentation | |
| Electrical installations in ships -- Part 506: Special features -- Ships carrying specific dangerous goods and materials hazardous only in bulk | |
| Electrical Installations in Ships Part 201: System Design - General | |
| Electrical Installations in Ships Part 203 System Design - Acoustic and Optical Signals | |
| Electrical installations in ships Part 204 System design - Electric and electrohydraulic steering gear | |
| Electrical Installations in Ships Part 305: Equipment - Accumulator (Storage) Batteries | |
| Electrical Installations in Ships Part 306 Equipment - Luminaires Accessories | |
| Electrical Installations in Ships Part 307 Equipment - Heating and Cooking Appliances | |
| Electrical Installations in Ships Part 502 Special Features - Tankers (IEC 92-502-1980) | |
| Electrical installations in ships Part 503 Special features -- A.C. supply systems with voltages in the range above 1 kV up to and including 11 kV | |
| Electrical Installations in Ships Part 505 Special Features - Mobile Offshore Drilling Units (IEC 92-505-1984) | |
| Explosion-Proof Flash Lights for Marine Use (Dry Battery Type) | |
| Extension Alarm Panels | |
| Face-To-Face Dimensions of Marine T Pieces with Flanges | |
| Ferrous Materials and Metallurgy Handbook - Volume 1 | |
| Flameproof Ceiling Lights for Marine Use | |
| Floodlighting Projectors for Marine Use | |
| Fluorescent Ceiling Lights for Marine Use (Non-Watertight Type) | |
| Fluorescent Ceiling Lights for Marine Use (Watertight Type) | |
| Front Glasses for Marine Electric Lights | |
| General requirements for marine electrical flameproof apparatus | |
| General Requirements for Vibration Test of Electrical Apparatus for Marine Use | |
| General Rules for Chemical Analysis of Iron and Steel | |
| General Rules for Fluorescent X-Ray Analysis of Iron and Steel | |
| General Rules for Inspection of Steel | |
| General Rules for Test and Inspection of Steel Wire | |
| General Rules on the Temperature Test of Electric Lighting Fittings for Marine Use - Incandescent Lamps | |
| Glass Globes for Marine Electric Lights | |
| Glass Globes for Marine Indicator Lamps | |
| Glossary of Terms Used in Iron and Steel (Heat Treatment) | |
| Glossary of Terms Used in Iron and Steel (Products and Quality) | |
| Glossary of Terms Used in Iron and Steel (Testing) | |
| Graphical Symbols for Electrical Apparatus (Power) for Marine Engineering Drawings | |
| Graphical Symbols for Electrical Apparatus for Marine Use Engineering Drawings - Communication, Instrumentation, Navigation and Radio | |
| Graphical Symbols for Electrical Apparatus for Marine Use Engineering Drawings - Lighting Fittings and Accessories | |
| Guidelines for the installation of Voyage Data Recorder (VDR) | |
| Intrinsic Safety Systems for Explosive Gas Atmospheres in Ships - General Requirements | |
| Iron and steel - Atomic absorption spectrometric method - Part 12: Determination of lead - Section 2: Flame atomization after extraction of lead iodide | |
| Iron and steel - Atomic absorption spectrometric method - Part 12: Determination of lead - Section 3: Electrothermal atomization | |
| Iron and steel - Atomic absorption spectrometric method - Part 13: Determination of magnesium - Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 14: Determination of calcium - Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 15: Determination of zinc - Section 1: Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 15: Determination of zinc - Section 2: Flame atomization after extraction of tetra-hexylammonium iodide-trioctylamine complex | |
| Iron and steel - Atomic absorption spectrometric method - Part 16: Determination of bismuth - Section 2: Electrothermal atomization | |
| Iron and steel - Atomic absorption spectrometric method - Part 17: Determination of antimony - Section 1: Flame atomization after extraction of iodide | |
| Iron and steel - Atomic absorption spectrometric method - Part 17: Determination of antimony - Section 2: Electrothermal atomization | |
| Iron and steel - Atomic absorption spectrometric method - Part 18: Determination of tellurium - Section 2: Electrothermal atomization | |
| Iron and steel - Atomic absorption spectrometric method - Part 19: Determination of arsenic - Section 1: Electrothermal atomization | |
| Iron and steel - Atomic absorption spectrometric method - Part 1: Determination of manganese - Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 2: Determination of phosphorus - Flame atomization indirect method after extraction of molybdophosphate | |
| Iron and steel - Atomic absorption spectrometric method - Part 3: Determination of nickel - Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 4: Determination of chromium - Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 5: Determination of molybdenum - Flame atomization after decomposition with acids | |
| Iron and steel - Atomic absorption spectrometric method - Part 7: Determination of vanadium - Flame atomization after decomposition with acids | |
| Iron and steel - Determination of carbon content - Part 1: Combustion gravimetric method | |
| Iron and steel - Determination of carbon content - Part 3: Infrared absorption method after combustion (Amendment 1) | |
| Iron and steel - Determination of carbon content - Part 3: Infrared absorption method after combustion (Amendment 2) | |
| Iron and steel - Determination of carbon content - Part 3: Infrared absorption method after combustion | |
| Iron and steel - Determination of carbon content - Part 4: Infrared absorption method after combustion in a furnace with preheating or peak separating (Amendment 1) | |
| Iron and steel - Determination of carbon content - Part 4: Infrared absorption method after combustion in a furnace with preheating or peak separating (Amendment 2) | |
| Iron and steel - Determination of carbon content - Part 4: Infrared absorption method after combustion in a furnace with preheating or peak separating | |
| Iron and steel - Determination of carbon content - Part 5: Determination of non-combined carbon | |
| Iron and steel - Determination of nitrogen - Part 3: Thermal conductimetric method after fusion in a current of inert gas | |
| Iron and steel - Determination of sulfur content - Part 1 : Gravimetric method after separation of iron | |
| Iron and steel - Determination of sulfur content - Part 2: Gravimetric method after chromatographic separation | |
| Iron and steel - Determination of sulfur content - Part 3: Methylene blue spectrophotometric method after separation of hydrosulfide | |
| Iron and steel - Determination of sulfur content - Part 4: Infrared absorption method after combustion in an induction furnace | |
| Iron and steel - Method for spark discharge atomic emission spectrometric analysis (Amendment 1) | |
| Iron and steel - Methods for determination of chromium content (Amendment 1) | |
| Iron and steel - Methods for determination of molybdenum content (Amendment 1) | |
| Iron and steel - Methods for determination of molybdenum content | |
| Iron and Steel - Methods for Determination of Nickel Content | |
| Iron and steel - Methods for determination of niobium content (Amendment 1) | |
| Iron and Steel - Methods for Determination of Nitrogen Content | |
| Iron and Steel - Methods for Determination of Phosphorus Content | |
| Iron and steel -- Determination of antimony -- Part 2: Spectrophotometric method after extraction of brilliant green complex | |
| Iron and steel -- Determination of lead -- Part 1: Lead molybdate gravimetric method after precipitated as lead sulfide | |
| Iron and steel -- Determination of lead -- Part 2: Spectrophotometric method after solvent extraction of iron and extraction of diphenylthiocarbazon e complex | |
| Iron and steel -- Determination of nickel -- Part 2: Disodium dihydrogen ethylenediamine tetraacetic acid back titration by zinc after precipitation separation of dimethylglyoximato complex | |
| Iron and steel -- Determination of nickel -- Part 3: Dimethylglyoxime spectrophotometric methods | |
| Iron and steel -- Determination of nitrogen -- Part 1: Amidosulfuric acid titrimetric method after ammonium distillation separation | |
| Iron and steel -- Determination of zirconium -- Part 1: Xylenol orange spectrophotometric method | |
| Iron and steel -- Methods for determination of sulfur content (Amendment 1) | |
| Iron and steel -- Methods for determination of tungsten content | |
| Iron and steel \x96 Determination of nickel \x96 Part 1: Nickel dimethylglyoxime gravimetric method | |
| Iron and steel \x96\x96 Determination of silicon \x96\x96 Part 1: Gravimetric method as silicon dioxide | |
| Iron and steel \x96\x96 Determination of silicon \x96\x96 Part 2: Ammonium iron (II) sulfate reduced molybdosilicate spectrophotometric method | |
| Iron and steel \x96\x96 Determination of silicon \x96\x96 Part 3: Ascorbic acid reduced molybdosilicate spectrophotometric metho | |
| Iron and steel \x97 Determination of antimony \x97 Part 1: Rhodamine B spectrophotometric method after extraction of chloride | |
| Iron and steel \x97 Determination of molybdenum \x97 Part 1: Molybdenum(VI) oxide gravimetric method after benzoin-a-oxime complex coprecipitation separation | |
| Iron and steel \x97 Determination of molybdenum \x97 Part 2: Thiocyanate spectrophotometric methods | |
| Iron and steel \x97 Determination of nitrogen \x97 Part 2: Spectrophotometric methods after ammonium distillation separation | |
| Iron and steel \x97 Determination of nitrogen \x97 Part 3: Thermal conductimetric method after fusion in a current of inert gas | |
| Iron and steel \x97 Determination of phosphorus \x97 Part 1: Molybdophosphate blue spectrophotometric method | |
| Iron and steel \x97 Determination of phosphorus \x97 Part 2: Spectrophotometric methods after phosphomolybdate traction | |
| Iron and steel \x97 Determination of zirconium \x97 Part 2: Xylenol orange spectrophotometric method after fluoride coprecipitation separation | |
| Iron and steel-Atomic absorption spectrometric method - Part 0: General rules | |
| Iron and steel-Atomic absorption spectrometric method - Part 1 0: Determination of aluminium - Section 1: Flame atomization after decomposition with acids | |
| Iron and steel-Atomic absorption spectrometric method - Part 1 0: Determination of aluminium-Section 2: Determination of acid-soluble aluminium | |
| Iron and steel-Atomic absorption spectrometric method - Part 1 0: Determination of aluminium-Section 3: Flame atomization after separation of iron | |
| Iron and steel-Atomic absorption spectrometric method - Part 1 0: Determination of aluminium-Section 4: Electrothermal atomization | |
| Iron and steel-Atomic absorption spectrometric method - Part 11: Determination of tin-Section 2: Electrothermal atomization | |
| Iron and steel-Atomic absorption spectrometric method - Part 12: Determination of lead-Section 1: Flame atomization after decomposition with acids | |
| Iron and steel-Atomic absorption spectrometric method - Part 16: Determination of bismuth-Section 1: Flame atomization after extraction of iodide | |
| Iron and steel-Atomic absorption spectrometric method - Part 18: Determination of tellurium Section 1: Flame atomization after extraction of iodide | |
| Iron and steel-Atomic absorption spectrometric method - Part 20: Determination of selenium - Electrothermal atomization | |
| Iron and steel-Atomic absorption spectrometric method - Part 6: Determination of copper-Flame atomization after decomposition with acids | |
| Iron and steel-Atomic absorption spectrometric method-Part 11: Determination of tin - Section 1: Flame atomization after extraction of iodide | |
| Iron and steel-Determination of carbon content-Part 2: Gas volumetric method after combustion | |
| Iron and steel-Determination of oxygen-Infrared absorption method after fusion under inert gas | |
| Iron and steel-Determination of sulfur content-Part 4: Infrared absorption method after combustion in an induction furnace (Amendment 1) | |
| Iron and steel-Determination of sulfur content-Part 4: Infrared absorption method after combustion in an induction furnace (Amendment 2) | |
| Iron and steel-Determination of vanadium-Part 1: Ammonium iron(II) sulfate titrimetric methods after potassium permanganate oxidation | |
| Iron and steel-Determination of vanadium-Part 2: Spectrophotometric methods after extraction of N-benzoyl-N-phenylhy droxylamine complex | |
| Iron and steel-Method for X-ray fluorescence spectrometric analysis (Amendment 1) | |
| Iron and steel-Method for X-ray fluorescence spectrometric analysis (Amendment 2) | |
| Iron and steel-Methods for determination of nickel content (Amendment 1) | |
| JIS Fasteners and Screw Threads Handbook | |
| JIS FASTENERS AND SCREW THREADS I HANDBOOK | |
| JIS FASTENERS AND SCREW THREADS II HANDBOOK | |
| JIS FERROUS MATERIALS AND METALLURGY I HANDBOOK | |
| JIS Ferrous Materials and Metallurgy II Handbook | |
| JIS Fine Ceramics Handbook | |
| Keys for Morse Signal Lamps for Marine Use | |
| Lead-Acid Marine Batteries | |
| Lenses for Marine Morse Signal Lamps | |
| Macrostructure Detecting Method for Steel | |
| Marine Ballasts for Fluorescent Lamp | |
| Marine Ballasts for High Pressure Mercury Vapour Lamp | |
| Marine Bevel Gears | |
| Marine Cable Glands for Bulkhead and Deck | |
| Marine Ceiling Lights (Non-Watertight Type) | |
| Marine Distribution Boards with Circuit Breakers | |
| Marine Electric Bells for Accommodation Spaces | |
| Marine Electronic Horns | |
| Marine Electronic Pressure Transmitters | |
| Marine Facsimile Receivers for Meteorological Charts | |
| Marine Gyro - Compasses | |
| Marine Halogen Lamp Type Flood Lights | |
| Marine High Pressure Mercury Vapour Lamp Type Flood Lights | |
| Marine High Pressure Sodium Lamp Type Flood Lights | |
| Marine Lamps | |
| Marine Non-Watertight Type Fluorescent Wall Lights | |
| Marine Non-Watertight Type Plugs | |
| Marine Optical Transmission Apparatus - Criteria for Selection of Optical Fiber Cable and Optical Connector | |
| Marine Pressure Switches | |
| Marine Push Buttons | |
| Marine Radar Reflectors | |
| Marine Resistance Bulbs | |
| Marine Rose Boxes of Steel Plate | |
| Marine Section Boards (Fuse Type) | |
| Marine Section Boards with Circuit Breakers | |
| Marine Shore Connection Boxes (Small Type) | |
| Marine Shore Connection Boxes | |
| Marine Small Motor Sirens | |
| Marine Steel Plate Hoppers | |
| Marine Transmission Shaft Bearings | |
| Marine Transmission Shaft Joints | |
| Marine Transmission Shaft Loose Joints | |
| Marine Tube Type Drain Silencers | |
| Marine Universal Joints | |
| Marine Watertight Electric Bells | |
| Marine Watertight Type Small Switches | |
| Metallic Materials - Determination of Plane-Strain Fracture Toughness | |
| Method for Determination of Selenium in Steel | |
| Method for Determination of Tantalum in Steel | |
| Method for Eddy Current Testing of Steel Products by Encircling Coil Technique | |
| Method for Magnetic Particle Testing of Ferromagnetic Materials and Classification of Magnetic Particle Indication | |
| Method for Making Anodic Polarization Measurement for Stainless Steels | |
| Method for Photoelectric Emission Spectrochemical Analysis of Iron and Steel | |
| Method for X-Ray Fluorescence Spectrometric Analysis of Iron and Steel | |
| Method of 10 Per Cent Oxalic Acid Etch Test for Stainless Steels | |
| Method of 42 Percent Magnesium Chloride Test for Stainless Steels | |
| Method of 5 per Cent Sulfuric Acid Test for Stainless Steels | |
| Method of 65 % nitric acid test for stainless steels (Amendment 1) | |
| Method of 65 per Cent Nitric Acid Test for Stainless Steels | |
| Method of anodic polarization curves measurement for stainless steels (Amendment 1) | |
| Method of Austenite Grain Size Test for Steel | |
| Method of Copper Sulfate- Sulfuric Acid Test for Stainless Steels | |
| Method of copper sulfate-sulfuric acid test for stainless steels (Amendment 1) | |
| Method of corrosion test for stainless steel tube fittings | |
| Method of critical pitting temperature measurement for stainless steels (Amendment 1) | |
| Method of critical pitting temperature measurement for stainless steels | |
| Method of determining the repassivation potential for crevice corrosion of stainless steels | |
| Method of Electrochemical Potentiokinetic Reactivation Ratio Measurement for Stainless Steels | |
| Method of Elevated Temperature Tensile Test for Steels and Heat-Resisting Alloys | |
| Method of Ferric Chloride Test for Stainless Steels | |
| Method of ferric chloride tests for stainless steels (Amendment 1) | |
| Method of Ferric Sulfate- Sulfuric Acid Test for Stainless Steels | |
| Method of Hardenability Test for Steel (End Quenching Method) | |
| Method of Heat Balance for Continuous Reheating Furnace for Steel | |
| Method of Heat Balance for Electric Arc Furnace | |
| Method of Macro Streak Flaw Test for Steel | |
| Method of Measuring Nitrided Case Depth for Iron and Steel | |
| Method of Measuring Surface Hardness for Nitrided Iron and Steel | |
| Method of Nitric-Hydrofluoric Acid Test for Stainless Steels | |
| Method of Pitting Potential Measurement for Stainless Steels | |
| Method of Spark Test for Steels | |
| Method of sulfuric acid test for stainless steels (Amendment 1) | |
| Method of Sulphur Print Test for Steel | |
| Methods for Atomic Absorption Spectrochemical Analysis of Iron and Steel | |
| Methods for Determination of Aluminium in Iron and Steel | |
| Methods for determination of antimony in iron and steel | |
| Methods for Determination of Arsenic in Iron and Steel | |
| Methods for Determination of Boron in Iron and Steel | |
| Methods for Determination of Carbon in Iron and Steel | |
| Methods for Determination of Chromium in Iron and Steel | |
| Methods for Determination of Cobalt in Iron and Steel | |
| Methods for Determination of Copper in Iron and Steel | |
| Methods for Determination of Lead in Steel | |
| Methods for Determination of Manganese in Iron and Steel | |
| Methods for Determination of Nickel in Iron and Steel | |
| Methods for Determination of Niobium in Steel | |
| Methods for Determination of Nitrogen in Iron and Steel | |
| Methods for Determination of Phosphorus in Iron and Steel | |
| Methods for Determination of Silicon in Iron and Steel | |
| Methods for determination of sulfur in Iron and steel | |
| Methods for Determination of Tellurium in Steel | |
| Methods for Determination of Tin in Iron and Steel | |
| Methods for Determination of Titanium in Iron and Steel | |
| Methods for Determination of Vanadium in Iron and Steel | |
| Methods for Determination of Zirconium in Steel | |
| Methods for Ultrasonic Examination for Carbon and Low Alloy Steel Forgings | |
| Methods of accelerated cyclic corrosion resistance tests for anodic coatings with exposure to salt spray, dry and wet conditions | |
| Methods of Ferrite Grain Size Test for Steel | |
| Methods of Measuring Case Depth for Steel Hardened by Flame or Induction Hardening Process | |
| Methods of Measuring Case Depth Hardened by Carburizing Treatment for Steel Edition 1 | |
| Methods of Measuring Decarburized Depth for Steel | |
| Methods of Radiographic Examination for Steel Castings | |
| Methods of Radiographic Test and Classification of Radiographs for Steel Castings | |
| Microscopic testing method for the non-metallic inclusions in steel (Amendment 1) | |
| Microscopic Testing Method for the Non-Metallic Inclusions in Steel | |
| Morse Signal Lamps for Marine Use | |
| Navigation Light Indicators | |
| Non-Watertight Recessed Type Fluorescent Ceiling Lights for Small Ships | |
| Non-Watertight Type Joint Boxes for Marine Use | |
| Power management System for Marine Generating Plants | |
| Product analysis and its tolerance for wrought steel (Amendment 1) | |
| Product Analysis and Its Tolerance for Wrought Steel | |
| Qualification and Certification of Non-Destructive Testing (NDT) Personnel for Steel Products | |
| Radiographic examination with film for the weld seam of welded steel tubes | |
| Radiographic inspection for steel castings | |
| Rating method of rust and stain of atmospheric corrosion for stainless steels | |
| Recommended Levels of Illumination and Methods of Illumination Measurements for Marine Use | |
| Ship and marine technology - Marine electromagnetic compasses | |
| Ship building - Oil tank emergency shut-off valves (Amendment 1) | |
| Ship's berthing control system | |
| Shipbuilding - 16k Water Gauges with Valve | |
| Shipbuilding - 5K copper alloy pipe flanges for marine use | |
| Shipbuilding - 5k Level Gauges with Valves | |
| Shipbuilding - Application for Valves and Cocks | |
| Shipbuilding - Application of Strainers | |
| Shipbuilding - Brass 30K Stop Valves with Bite Joint(s) | |
| Shipbuilding - Brass 30K Unions with Bite Joint(s) | |
| Shipbuilding - Bronze 10K Rising Stem Type Gate Valves | |
| Shipbuilding - Bronze 16K Angle Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 16K Angle Valves | |
| Shipbuilding - Bronze 16K Cocks | |
| Shipbuilding - Bronze 16K Globe Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 16K Globe Valves | |
| Shipbuilding - Bronze 16K Lift Check Angle Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 16K Lift Check Globe Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 16K Screw-Down Check Angle Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 16K Screw-Down Check Angle Valves | |
| Shipbuilding - Bronze 16K Screw-Down Check Globe Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 16K Screw-Down Check Globe Valves | |
| Shipbuilding - Bronze 20K Angle Valves | |
| Shipbuilding - Bronze 20K Globe Valves | |
| Shipbuilding - Bronze 20K Pressure Gauge Cocks | |
| Shipbuilding - Bronze 5K Angle Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 5K Angle Valves | |
| Shipbuilding - Bronze 5K Flanged Cocks | |
| Shipbuilding - Bronze 5K Globe Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 5K Globe Valves | |
| Shipbuilding - Bronze 5K Lift Check Angle Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 5K Lift Check Globe Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 5K Lift Check Valves | |
| Shipbuilding - Bronze 5K Rising Stem Type Gate Valves | |
| Shipbuilding - Bronze 5K Screw-Down Check Angle Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 5K Screw-Down Check Angle Valves | |
| Shipbuilding - Bronze 5K Screw-Down Check Globe Valves (Union Bonnet Type) | |
| Shipbuilding - Bronze 5K Screw-Down Check Globe Valves | |
| Shipbuilding - Bronze 5K Swing Check Valves | |
| Shipbuilding - Bronze Hose Valves | |
| Shipbuilding - Bronze Valves | |
| Shipbuilding - Cast Iron 10K Angle Valves | |
| Shipbuilding - Cast Iron 10K Gate Valves | |
| Shipbuilding - Cast Iron 10K Globe Valves | |
| Shipbuilding - Cast Iron 10K Screw-Down Check Angle Valves | |
| Shipbuilding - Cast Iron 10K Screw-Down Check Globe Valves | |
| Shipbuilding - Cast Iron 10K Swing Check Valves | |
| Shipbuilding - Cast Iron 16K Angle Valves | |
| Shipbuilding - Cast Iron 16K Gate Valves | |
| Shipbuilding - Cast Iron 16K Globe Valves | |
| Shipbuilding - Cast Iron 16K Screw-Down Check Angle Valves | |
| Shipbuilding - Cast Iron 16K Screw-Down Check Globe Valves | |
| Shipbuilding - Cast Iron 5K Angle Valves | |
| Shipbuilding - Cast Iron 5K Gate Valves | |
| Shipbuilding - Cast Iron 5K Globe Valves | |
| Shipbuilding - Cast Iron 5K Lift Check Angle Valves | |
| Shipbuilding - Cast Iron 5K Lift Check Globe Valves | |
| Shipbuilding - Cast Iron 5K Screw-Down Check Angle Valves | |
| Shipbuilding - Cast Iron 5K Screw-Down Check Globe Valves | |
| Shipbuilding - Cast Iron 5K Swing Check Valves | |
| Shipbuilding - Cast Iron Hose Valves | |
| Shipbuilding - Cast Iron Valves | |
| Shipbuilding - Cast Iron Y Type Strainers | |
| Shipbuilding - Cast Steel 10K Angle Valves | |
| Shipbuilding - Cast Steel 10K Gate Valves | |
| Shipbuilding - Cast Steel 10K Globe Valves | |
| Shipbuilding - Cast Steel 10K Screw-Down Check Angle Valves | |
| Shipbuilding - Cast Steel 10K Screw-Down Check Globe Valves | |
| Shipbuilding - Cast Steel 20K Angle Valves | |
| Shipbuilding - Cast Steel 20K Globe Valves | |
| Shipbuilding - Cast Steel 20K Screw-Down Check Angle Valves | |
| Shipbuilding - Cast Steel 20K Screw-Down Check Globe Valves | |
| Shipbuilding - Cast Steel 30K Angle Valves | |
| Shipbuilding - Cast Steel 30K Globe Valves | |
| Shipbuilding - Cast Steel 40K Angle Valves | |
| Shipbuilding - Cast Steel 40K Globe Valves | |
| Shipbuilding - Cast Steel 40K Y Type Steam Strainers | |
| Shipbuilding - Cast Steel 5K Angle Valves | |
| Shipbuilding - Cast Steel 5K Globe Valves | |
| Shipbuilding - Cast Steel Angle Air Valves | |
| Shipbuilding - Cast Steel Globe Air Valves | |
| Shipbuilding - Cast Steel Valves | |
| Shipbuilding - Cocks with Lock | |
| Shipbuilding - Copper Pipe 20K Brazed Type Unions | |
| Shipbuilding - Copper Pipe 20K Screwed Unions | |
| Shipbuilding - Copper Tube 10K Brazed Unions | |
| Shipbuilding - Copper Tube 10K Screwed Unions | |
| Shipbuilding - Crimp Terminal Boards | |
| Shipbuilding - Cylindrical Sight Glasses | |
| Shipbuilding - Dimmers for Incandescent Lamps | |
| Shipbuilding - Duplex Oil Strainers (H Type) | |
| Shipbuilding - Duplex Oil Strainers | |
| Shipbuilding - Electric Rudder Angle Indicators | |
| Shipbuilding - Electrical equipments - General requirements for degrees of protection and inspection of enclosures | |
| Shipbuilding - Electronic Propeller Shaft Revolution Indicators | |
| Shipbuilding - Filled System Thermostats | |
| Shipbuilding - Fixed thermometers in machinery space | |
| Shipbuilding - Flat Glass Oil Level Gauges | |
| Shipbuilding - Flat Sight Glasses | |
| Shipbuilding - Float Level Gauges | |
| Shipbuilding - Flood Lights | |
| Shipbuilding - Fluorescent Lights | |
| Shipbuilding - Forged Steel 100K Pressure Gauge Valves | |
| Shipbuilding - Forged Steel 20K Angle Valves | |
| Shipbuilding - Forged Steel 20K Globe Valves | |
| Shipbuilding - Forged Steel 40K Angle Valves | |
| Shipbuilding - Forged Steel 40K Globe Valves | |
| Shipbuilding - Forged Steel Angle Air Valves | |
| Shipbuilding - Forged Steel Globe Air Valves | |
| Shipbuilding - Fuel Oil Tank Emergency Shut-Off Valves | |
| Shipbuilding - Fuel Oil Tank Self-Closing Drain Valves | |
| Shipbuilding - General requirements for electric lighting fittings | |
| Shipbuilding - General Requirements for Electrical Apparatus for Explosive Gas Atomospheres | |
| Shipbuilding - Guidelines for design of integrated bridge systems (Amendment 1) | |
| Shipbuilding - Guidelines for Design of Integrated Bridge Systems | |
| Shipbuilding - Hose Connections and Fittings | |
| Shipbuilding - Hull Bronze Angle Valves | |
| Shipbuilding - Hull Bronze Globe Valves | |
| Shipbuilding - Hull Cast Steel Angle Valves | |
| Shipbuilding - Hull Cast Steel Gate Valves | |
| Shipbuilding - Hull Cast Steel Globe Valves | |
| Shipbuilding - Integrated Information Systems - General Specifications | |
| Shipbuilding - Lamp holders | |
| Shipbuilding - Magnetic Compasses | |
| Shipbuilding - Malleable Iron 16K Angle Valves | |
| Shipbuilding - Malleable Iron 16K Globe Valves | |
| Shipbuilding - Malleable Iron 5K Angle Valves | |
| Shipbuilding - Malleable Iron 5K Globe Valves | |
| Shipbuilding - Marine Echo-Sounding Equipment | |
| Shipbuilding - Mud Boxes | |
| Shipbuilding - Non-Watertight Type Receptacles | |
| Shipbuilding - Non-watertight Type Snap Switches | |
| Shipbuilding - Oil Level Gauges with Self Closing Valves | |
| Shipbuilding - Oil Strainer - Application for Wire Gauze | |
| Shipbuilding - Portable Daylight Signalling Lamps | |
| Shipbuilding - Rotary Switches | |
| Shipbuilding - Rubber-Seat Butterfly Valves | |
| Shipbuilding - Self Closing Valves for Oil Level Gauges | |
| Shipbuilding - Ships\xb4 280K and 350K Socket Welding Pipe Flanges | |
| Shipbuilding - Simplex Oil Strainers | |
| Shipbuilding - Small Size Duplex Oil Strainers | |
| Shipbuilding - Small Size Terminals | |
| Shipbuilding - Small Size Water Strainers | |
| Shipbuilding - Spare parts for ships machinery | |
| Shipbuilding - Special Type Cargo Lights | |
| Shipbuilding - Spheroidal Graphite Iron (Ductile Iron) 5K Globe Valves | |
| Shipbuilding - Spheroidal graphite iron (ductile iron) valves | |
| Shipbuilding - Steel Ladders and Steel Handrails | |
| Shipbuilding - Steel Pipe 100K Screwed Unions | |
| Shipbuilding - Steel Pipe 100K Welded Unions | |
| Shipbuilding - Steel Pipe 10K Screwed Unions | |
| Shipbuilding - Steel Pipe 10K Welding Type Unions | |
| Shipbuilding - Steel Pipe 40K Screwed Unions | |
| Shipbuilding - Steel Pipe 40K Welded Unions | |
| Shipbuilding - Steel Plate Cylindrical Cargo Oil Strainers | |
| Shipbuilding - Steel Plate Cylindrical Water Filters | |
| Shipbuilding - Steel Plate Simplex Oil Strainers | |
| Shipbuilding - Steel Plate Starting Air Reservoirs | |
| Shipbuilding - Steel Tube Starting Air Reservoirs | |
| Shipbuilding - Terminal Boards | |
| Shipbuilding - Thermometer Pockets | |
| Shipbuilding - Valves and Cocks - General Inspection Requirement | |
| Shipbuilding - Watertight Type Plugs and Receptacles | |
| Shipbuilding - Watertight Type Plugs and Socket-Outlets | |
| Shipbuilding - Welding Sleeve Type Joints for Steel Pipe | |
| Shipbuilding -- Cable penetration for fire-resistant constructions -- Designs -- "A" class divisions | |
| Shipbuilding -- Electric buzzers | |
| Shipbuilding -- Electric engine telegraphs | |
| Shipbuilding -- Incandescent lamps type electric lighting fittings -- General requirements for construction | |
| Shipbuilding -- Pneumatically operated remote shut-off devices for fuel oil tank and lubricating oil tank emergency shut-off valves | |
| Shipbuilding -- Propeller shaft revolution indicators -- Electric type and electronic type | |
| Shipbuilding -- Remote shut-off devices for fuel oil tank and lubricating oil tank emergency shut-off valves | |
| Shipbuilding -- Searchlights | |
| Shipbuilding -- Synthetic rubber protective sheaths of portable cord | |
| Shipbuilding -- Watertight cable glands for electric appliance | |
| Shipbuilding -- Watertight type joint boxes | |
| Ships and marine technology - Bronze cocks for ships | |
| Ships and marine technology - Computer applications - General principles for the development and use of programmable electronic systems in marine applications | |
| Ships and marine technology - Forged steel valves | |
| Ships and marine technology - Heading control systems | |
| Ships and marine technology - Low-location lighting on passenger ships - Arrangement | |
| Ships and marine technology - Marine echo-sounding equipment (Amendment 1) | |
| Ships and marine technology - Transmitting heading devices (THDs) | |
| Ships and marine technology -- Insulation level monitoring device -- Designs | |
| Ships Keyboard - Format | |
| Shot media of circulation type shot peening for steel structure | |
| Small craft - Electrical devices - Electric energy storage equipment using secondary lithium cells and batteries | |
| Small craft -- Electrical devices -- Electric energy storage equipment using secondary lithium cells and batteries (Amendment 1) | |
| Small Ships - Tools and Instruments of Engine Department | |
| Small Size Electric Engine Telegraphs | |
| Specification for boom - Part 1: Body | |
| Specification for boom - Part 2: Conectors | |
| Standard test method for heat analysis of steel products (Amendment 1) | |
| Standard test method for heat analysis of steel products (Amendment 2) | |
| Standard test method for heat analysis of steel products | |
| Steel - Macroscopic examination by etching (Amendment 1) | |
| Steel and Iron - Determination of Chromium Content - Potentiometric or Visual Titration Method | |
| Steel and Iron - Sampling and Preparation of Samples for the Determination of Chemical Composition | |
| Steel and Steel Products - General Technical Delivery Requirements | |
| Steel and Steel Products - Inspection Documents | |
| Steel and Steel Products - Location and Preparation of Samples and Test Pieces for Mechanical Testing | |
| Steel and steel products -- Location and preparation of samples and test pieces for mechanical testing (Amendment 1) | |
| Steel Castings - General Technical Requirements | |
| Steel forgings - General technical requirements (Amendment 1) | |
| Steel forgings - General technical requirements | |
| Steel Products - Definitions and Classification | |
| Steels -- Micrographic determination of the apparent grain size (Amendment 1) | |
| Steels \x96\x96 Determination of depth of decarburization (Amendment 1) | |
| Stess corrosion cracking testing of metals and alloys using reverse U-bend test method | |
| Stress corrosion cracking test in chloride solution for stainless steels (Amendment 1) | |
| Symbols of Forming Ratio for Steel Forging | |
| Test methods for vibration-damping property in laminated damping steel sheets of constrained type | |
| Testing method for corrosion and scale inhibition performance of water treatment additives in cooling water system | |
| Testing Methods for Clad Steel | |
| Tools and Outfits in Machinery Space | |
| Ultrasonic Examination for Arc Welded Steel Pipes | |
| Ultrasonic Examination for Steel Pipes and Tubes | |
| Ultrasonic Examination of Stainless Steel Plates | |
| Ultrasonic Examination of Steel Plates for Pressure Vessels | |
| Ultrasonic testing of stainless steel plates (Amendment 1) | |
| Visual Examination and Classification of Surface Quality for Steel Castings | |
| Watertight Socket-Outlet Boxes for Refrigerated Containers | |
| Watertight Type Lights for Marine Use - Pendant Lights, Wall Lights, Signalling Lights and Hand Lamps |
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