Metallurgical Technologies, Inc. (MTi)
determines the compliance of materials to applicable
standards and specifications. We have extensive experience
with mechanical testing methodology as well as the interpretation
of the results. Our fully equipped machine shop allows
us to produce the custom specimens needed for specific
mechanical tests. The mechanical testing and material
testing we perform may be part of a quality assurance
program, manufacturing engineering program, failure
analysis or for materials research and development.
Tests are performed to ASTM (or other industry recognized)
specifications. In-house mechanical testing equipment
is used for the following material tests:
Tensile testing is the most fundamental
type of mechanical testing on all metals, polymers,
composites, and fabrics. A tensile test applies an axial
load to a specimen past the yield point to failure.
Test results provide many mechanical properties such
as yield strength, ultimate tensile strength, elongation,
reduction of area, and strain hardening behavior.
We routinely test machined coupons,
fasteners, wire, cable, tubes, pipes, plates, structural
beams, or bars. We can machine your raw materials or
finished products to standard or sub-sized coupons if
necessary. We utilize an extensive variety of grips
and fixtures to provide the tensile setup needed to
complete your tests.
Digital Hardness
(Rockwell)
Microhardness
(Knoop or Vickers)
Superficial Hardness
Material Hardness Testing:
Material hardness testing measures the
resistance of a material to a permanent indentation
of particular geometry over a specified length of time.
Material hardness testing is an effective and efficient
means to characterize a material and requires minimal
sample preparation. Metallurgical Technologies, Inc.
(MTi) offers Rockwell (standard or superficial), Knoop
and Vickers Microhardness, and Brinell hardness testing.
Impact Tester
V-notch Sample
Material Impact Testing:
Metallurgical Technologies, Inc. provides
impact resistance testing of metals. Material impact-testing
determines the energy absorbed while fracturing the
test sample at high velocity. This type of mechanical
testing is performed under a number of environmental
conditions. Typically, samples are machined into rectangular
V-notched bars from larger stock or finished products.