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AMS K Non Destructive Methods and Processes Committee Gasoline Biofuels Exhaust emissions Safety Engines

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Standard

ULTRASONIC TRANSDUCERS, IMMERSION AND CONTACT Performance Parameters
1974-03-01
HISTORICAL
AS1355
This Aerospace Standard (AS) provides a means for establishing a uniform method for specifying ultrasonic transducer performance, standardizing the measurement of transducer performance, and controlling allowable tolerances of transducer performance for the level specified on a purchase order or in a procurement specification. This standard identifies and defines transducer performance parameters and the method for measuring each parameter.
Standard

MAGNETIC RUBBER INSPECTION
1994-07-01
HISTORICAL
AMS2308
This specification covers the procedural requirements necessary for the performance of magnetic rubber inspection.
Standard

Ultrasonic Immersion Inspection Titanium and Titanium Alloy Forgings Premium Grade
2012-09-24
HISTORICAL
AMS2636
This specification covers procedures for ultrasonic immersion inspection of premium grade wrought titanium and titanium alloy forgings. Premium grade is a term used to describe titanium alloys used for critical rotating components in turbine engines. For details, see SAE AMS2380, the specification that covers the procedures for approval of products of premium-quality titanium alloys and the controls to be exercised in producing such products.
Standard

Magnetic Particles, Nonfluorescent Wet Method, Dry Powder
2002-02-28
HISTORICAL
AMS3042D
This specification covers nonfluorescent, magnetic particles in the form of dry powders intended to be suspended in oil or conditioned water vehicle for use in the wet method, magnetic particle inspection.
Standard

Magnetic Particles, Nonfluorescent Wet Method, Dry Powder
2014-08-29
HISTORICAL
AMS3042E
This specification covers nonfluorescent, magnetic particles in the form of dry powders intended to be suspended in oil or conditioned water vehicle for use in the wet method, magnetic particle inspection.
Standard

Magnetic Particles, Nonfluorescent Wet Method, Dry Powder
2018-08-31
HISTORICAL
AMS3042F
This specification covers nonfluorescent, magnetic particles in the form of dry powders intended to be suspended in oil or conditioned water vehicle for use in the wet method, magnetic particle inspection.
Standard

Magnetic Particles, Nonfluorescent Wet Method, Dry Powder
2022-08-05
CURRENT
AMS3042G
This specification covers nonfluorescent, magnetic particles in the form of dry powders in the form of single or composite magnetic particle intended to be suspended in oil or conditioned water vehicle for use in the wet method, magnetic particle inspection.
Standard

MAGNETIC PARTICLES, NONFLUORESCENT Wet Method, Dry Powder
1996-08-01
HISTORICAL
AMS3042C
This specification covers nonfluorescent, magnetic particles in the form of dry powders intended to be suspended in oil or conditioned water vehicle for use in the wet method, magnetic particle inspection.
Standard

Inspection Process, Magnetic Rubber
2009-07-10
HISTORICAL
AMSI83387A
This specification covers both the material and the examination process of an inspection material in the form of a dispersion of magnetic particles in a controlled viscosity rubber base that cures at room temperature by addition of one or more curing agents. The test object is magnetized with the uncured rubber covering the area of interest. The magnetic particles then migrate to the leakage field caused by the discontinuity. As the rubber cures, discontinuity indications remain in place on the rubber. The product may be supplied in a variety of viscosities and colors.
Standard

Inspection Process, Magnetic Rubber
2016-01-06
CURRENT
AMSI83387B
This specification covers both the material and the examination process of an inspection material in the form of a dispersion of magnetic particles in a controlled viscosity rubber base that cures at room temperature by addition of one or more curing agents. The test object is magnetized with the uncured rubber covering the area of interest. The magnetic particles then migrate to the leakage field caused by the discontinuity. As the rubber cures, discontinuity indications remain in place on the rubber. The product may be supplied in a variety of viscosities and colors.
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