Tube Methods - Manufacturer of Stainless Steel & High Temperature Alloy Tubing




Stress rupture testing is commonly used in the aerospace industry to determine high temperature capability.

The test lab offers a wide variety of services including non-destructive testing, chemical analysis, mechanical testing and metallurgical investigation. A licensed professional engineer can provide consultation services in many areas, including failure analysis, test interpretation, and material selection. All tests are conducted on calibrated and certified equipment traceable to the NIST, in accordance to MIL-STD-45662A, ANSI/NCLS-Z540-1 and ISO/IEC 17025 requirements.

Non-Destructive Testing
Non-destructive testing capabilities include eddy current testing, ultrasonic testing, hydrostatic pressure testing, magnetic particle testing, fluorescent or dye penetrant, surface roughness and dimensional inspection. Dimensional measurements can be made with a variety or gauges, laser micrometer, optical comparator or coordinate measuring machine. ID can be visually inspected with a borescope if size permits.

Chemical Analysis
Chemical analysis with a Plasma Emission Spectrometer is used to determine the composition of elements found in various metal alloys. This process is routinely used for alloy identification or verification of material as well as full quantitative analysis.Corrosion resistance testing performed on many different alloys in various media is used to confirm product integrity or aid in material selection.

Mechanical Testing
Typical testing services include tensile testing, Rockwell hardness, Knoop and Vickers micro-hardness, stress rupture testing, flaring, flattening and bend testing.

Tensile testing is performed on most mill products. Stress-strain curves are provided on request.

Hardness tests are performed on most materials regardless of size. When required, mocro-hardness testing will be performed.Stress rupture or creep testing is available for materials up to 2000 degrees F.

Flaring, flattening, bending and micro examinations are performed to evaluate the weld integrity of the tube.

Metallurgical Investigation
Microscopic and macroscopic services as well as metallurgical interpretation of results are provided by our trained staff.Grain size determination,inclusion count, micro structure analysis, phase identification and weld integrity are just a few of the tests which are performed by our metallurgical staff.

Consulting Services
Failure analysis, material recommendations and development of special tests are provided by a licensed professional engineer. Our staff provides and independent analysis and interpretation of the facts when a dispute exists over test results or cause of failure.

Tensile testing is used to determine the strength of materials at ambient temperatures.

416 Depot Street P.O. Box 460 Bridgeport, PA 19405 ph 610.279.7700 fx 610.277.2005 web
||About Tube Methods | General Info | Mechanical Properties - Stainless Steel | High Temperature & Corrosion Resistant Alloys | Mechanical Properties - High Temperature & Corrosion |
Stainless Steel Tubing | Tube Methods Brochure | Tube Methods Inserts | JP Products Brochure | JP Products Website | Capabilities | Quote Form | Contact Us
Copyright © 2012 Tube Methods, Inc. Website by B2B Design & Development LLC