Microbac offers expertise in metallurgical analysis for product quality, compliance and performance. Our engineers can help you design testing programs for raw materials, effects of production and final product. Customized tests for mechanical properties, metallographic evaluation, corrosion effect, fracture analyses and hardness evaluations will provide actionable data to ensure product compliance to specifications and/or regulatory requirements or to assist in product improvement projects.
Our mechanical testing engineers and analytical scientists evaluate metals, polymers, composites and finished products. Along with analytical materials and composition analyses, we perform tensile, shear and compressive tests, and impact, creep, fatigue, and fracture mechanics testing on raw materials, parts and final product to help you determine durability and quality of performance. Most of these tests could also be performed in static, dynamic, and cyclic test protocols, as well as in various environmental conditions with various pre-test exposures, depending upon possible failure modes.
Microbac has unique facilities for conducting hoop-tensile stress-rupture tests on specimens of up to 33 inches in diameter and with sustained loads of up to 35,000 lbf.
We can determine pipe stiffness of virtually all sizes and types of pipe in accordance with ASTM D2412.
We perform room-temperature and low-temperature tup-type impact tests on most types and sizes of plastic and composite pipe in accordance with ASTM D2444.
The Boulder Division runs a variety of chemical resistance procedures, including
We identify and quantify fillers, additives, unreacted components, and contaminants using a variety of analytical techniques. Reinforcement type, quantity and orientation can be established using microscopy, pyrolysis, digestion and dissection.
Microbac has complete facilities for conducting standard plastics and resins tests, including those used for establishing cell class. Such tests include, in part: compression molding, specimen preparation, tensile, flex, Izod impact, heat distortion, density, hardness, chemical resistance, flammability and weathering.
One of the most difficult problems manufacturers face today is identifying unknown materials or substances discovered in their products as a result of routine quality assurance testing or consumer complaints. Determining what these materials are and how they ended up in the product can become a major concern, and our team specializes in identification of such unknown substances.