Japanese Industrial Standards

This Japanese Industrial Standard specifies the requirements for the coaxial cables for television receivers used in the transmission path of television receiver systems including the satellite broadcasting in the frequency band from 10 MHz to 3 224 MHz.

This Japanese Industrial Standard specifies a method for determination of temperature coefficient of refractive index of optical glass, by measuring refractive index which changes with the temperature change of the optical glass using the minimum deviation method.

This Japanese Industrial Standard specifies requirements for wares produced by coating steel sheet material with vitreous and porcelain enamel (hereafter referred to as wares) that are generally intended for household use.

This Japanese Industrial Standard specifies the technical drawings for mechanical engineering, mainly part drawings and assembly drawings based on JIS Z 8310. The matters not stated in this Standard shall be in accordance with JIS Z 8310 and other individual Japanese...

This Japanese Industrial Standard specifies rounding of numbers in decimal system used in mining and manufacturing industry.

This Japanese Industrial Standard specifies the testing methods for filtration flowrate, minimum hydrodynamic pressure, recovery, removal performance, filtration capability, etc. of water purifiers mainly used in households (hereafter referred to as water purifiers).

This Japanese Industrial Standard specifies a measuring method in which the variation of optical path length with temperature change of optical glass is read by the number of periods of brightness changes of interference fringes using the interferometry method, and the temperature...

This Japanese Industrial Standard specifies the method and acceptance criteria of ultrasonic examination for butt welding of deformed steel bars with nominal designation D19 or over (hereafter referred to as reinforcing bars) which are specified in JIS G 3112.

This Japanese Industrial Standard specifies the material characteristics of the PLA filaments of a nominal PLA filament diameter of 1.75 mm among polylactic acid filaments (hereafter referred to as PLA filaments) for 3D printers according to the material extrusion process 1). This...

This Japanese Industrial Standard specifies requirements for twisted low carbon square steel wires (hereafter referred to as wires).

This Japanese Industrial Standard specifies the procedures for compression, tensile and bending tests conducted by the high deformation rate testing using split Hopkinson bar method. Where compression, tensile and bending test methods are specified in the individual product standards,...

This Japanese Industrial Standard specifies the requirements for reagents used for stability tests of explosives.

This Japanese Industrial Standard specifies requirements for flare type fittings (including flare processing of pipe ends), copper alloy brazing type socket fittings and brazing type fittings (hereafter referred to as fittings) to be used for jointing the copper pipes and copper alloy...

Industrial control groups exist principally in three business areas: facilities that manufacture industrial control equipment, engineering organizations that implement control systems in plants, and plants that use control systems to operate efficiently.This handy reference book is...

This Japanese Industrial Standard specifies the classification of fluorescent lamps for general lighting service (hereafter referred to as fluorescent lamps), and light emitting diode (LED) module, self-ballasted LED lamps and non-integrated linear LED lamps with GX16t-5 cap...

This Japanese Industrial Standard specifies the method for determination of the silicon content of ferrovanadium.

This Japanese Industrial Standard specifies the method for determination of the carbon content of ferrovanadium.

This Japanese Industrial Standard specifies the method for determination of the aluminium content of ferrovanadium.

This Japanese Industrial Standard specifies the method for determination of the sulfur content of ferrovanadium.