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CHEMICAL ANALYSIS

The IMR chemical analysis lab has numerous analytical tools at its disposal, all geared toward providing accurate, NIST traceable analyses of metals and process solutions. IMR’s alloy chemistry lab is one of the best in the country, employing an experienced, professional, and knowledgeable staff which utilizes the latest analytical techniques. For information on our chemical and elemental analysis capabilities, contact:
 
Pete Damian (Director of Chemistry in NY)
Hector Marini (Senior Analytical Chemist in KY) or
Alexis Puerta (Lead Chemist, Quality Manager in OR)

We also invite you to request a start-up kit that highlights the capabilities of our chemical analysis lab.

Our dedication to providing highly accurate results, on time, and with a high degree of support makes IMR one of the leading alloy chemistry labs in the nation.

April 2011 - IMR Test Labs is pleased to announce the addition of a Frontier PY2020iD Multi-shot Pyrolyzer to our Gas Chromatography / Mass Spectrometry capabilities.  This adds such inlet techniques as Thermal Desorption, Pyrolysis, and Evolved Gas Analysis to IMR’s GC/MS capabilities, greatly expanding our ability to analyze for additives, hazardous substances, and contaminants in many materials. Contact us today for a quote!

CHEMICAL ANALYSIS RELATED PAGES 

• Cleanliness Testing
• RoHS Testing
• CPSIA Lead & Phthalate Testing
• Pakistan Surgical Instrument Testing per FDA Import Alert 76-01
• Sefa-8 Testing

CHEMICAL ANALYSIS RELATED TRI-FOLD PAMPHLETS (.pdf)

• CPSIA Lead & Phthalates
• Plastics & Polymers 
• Coatings Services
• Commercial Grade Dedication
• Medical Device Testing
• Fastener Testing
• Sefa-8 Testing

FTIR Analysis on Contaminants & Nonmetallics	Wet Sample Prep Lab including Microwave Digestion	ICP Chemical Analysis Lab

Wavelength Dispersive XRF (XRay Fluorescence Spectroscopy) Carbon and Sulfur Analysis in our Combustion Lab

Chemical Analysis Capabilities - Metals  Hazardous Substances Metal Purity CPSIA Lead/Phthalates Material Certification Proposition 65 Unknown Material Identification RoHS Testing Trace Element Analysis Hex Chrome (UV-VIS) Powdered Metal Analysis Mercury Analysis (DMA) Chips/Shavings Analysis Cadmium Analysis (ICP) Density of Powdered Metals Antimony Analysis (ICP) On Site PMI Halogen Analysis (IC) Platings & Coatings Analysis   Quantitative Analysis Specialty Chemistry Cleanliness Testing Density of Powdered Semi-Quantitative Analysis    Metals Unknown Alloy Identification Ion Chromatography Heavy Metals Analysis Coating Weights Impurities Analysis Sieve Analysis Carbon, Sulfur, Hydrogen, Oxygen Particle Size Analysis   & Nitrogen Phase Identification SEM-EDS XRD   pH   Sefa-8 Testing Materials Analyzed  Aluminum Alloys Magnesium Alloys Beta TriCalcium Phosphate Nickel Alloys Carbon Steels Oxides Cast Iron Plating Ceramics Plating Solutions Cobalt Alloys Powdered Metal Copper Alloys Precious Metals Dental Alloys Solder Alloys Glass Stainless Steel Hydroxyapatite Superalloys Industrial Water & Process Solutions Titanium Alloys Jewelry Alloys Tool Steels Lead Free Solder Weld Metals Low Alloy Steels Zinc Alloys     Capabilities - Nonmetallics  FTIR DSC/TGA/TMA Analysis GC/MS Contamination ID TD/GC/MS (Thermal Desorption) Degree of Crystallinity Material Identification Degree of Cure Ash Content Unknown Material ID Melting Point & Glass Transition Coefficient of Thermal Filler/Additive Analysis    Expansion Melt Flow Rate & Viscosity Water Content by Karl      Fischer Materials Analyzed   Polymers Contaminants Composites Oil Plastics Debris Adhesives Lubricants Hazardous Substances Additives