Introduction to Material Testing

Material testing is the basis of quality assurance, product development, as well as performance verification for all industries. Infinita Lab provides sophisticated Material Testing Services to examine metals, polymers, ceramics, composites, thin films, semiconductors, as well as nanomaterials at all stages of their life cycle, from material selection and design through design for manufacture verification and failure analysis.

Our facilities utilize advanced techniques such as OES, XRF, FTIR, SEM, DSC, TGA, and DMA to examine chemical composition, mechanics, heat stability, electric properties, and outdoor weatherability of materials. Tests meet global standards, help in optimizing production processes, and in formulating new products.

Key Material Testing Capabilities

  • Chemical Analysis: Confirms elemental and molecular composition, verifying purity, specification integrity, and process consistency.
  • Mechanical Testing: Tests for strength, elasticity, and endurance by tensile, compression, bending, hardness, fatigue, and impact tests.
  • Thermal & Environmental Testing: Tests heat, corrosion, humidity, and aging effects on material service life through thermal and environmental simulations.
  • Electrical & Optical Testing: Tests conductivity, dielectric strength, and optical characteristics for coatings, thin films, and semiconductors.
  • Failure Analysis & Root Cause Investigation: Finds defects with SEM, EDS, fractography, and micro-hardness testing to preclude recurrence and reliability improvement.
  • Product Reliability & Qualification Testing: Mimics in-service environmental exposures, including thermal cycling, vibration, and humidity stress, with the aim of extrapolating product life and durability.

By blending advanced instrumentation with scientific analysis, Infinita Lab provides practical answers, consistent results, and improved product performance, helping industries innovate with assurance and uphold the finest standards of quality.

Why Choose Infinita Lab for Material Testing?

Infinita Lab is a leading provider of Material Testing and streamlined material testing services, addressing the critical challenges faced by emerging businesses and established enterprises. With access to a vast network of over 2,000+ accredited partner labs across the United States, Infinita Lab ensures rapid, accurate, and cost-effective testing solutions. The company’s unique value proposition includes comprehensive project management, confidentiality assurance, and seamless communication through a Single Point of Contact (SPOC) model. By eliminating inefficiencies in traditional material testing workflows, Infinita Lab accelerates research and development (R&D) processes.

Looking for a trusted partner to achieve your research goals? Schedule a meeting with us, send us a request, or call us at (888) 878-3090  to learn more about our services and how we can support you. Request a Quote


3 Easy Steps to Start Testing

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Share Your Testing Material Details with Us
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ASTM E928 Explained: DSC Purity Testing Procedures & Purpose ASTM E1269: Specific Heat Capacity by DSC — Method & Interpretation Guide ASTM D1709 Dart Impact Testing Guide for Plastic Films ASTM D149 / IEC 60243 Dielectric Strength Testing for Electrical Insulation ASTM D150 Dielectric Constant & Dissipation Factor Testing for Electrical Insulation ASTM D3172 Test for Proximate Analysis of Coal & Coke Density of PVC Material: Comprehensive Guide to Values & Testing Ceramics: From Construction to IoT — Material Properties & Testing Applications EV Batteries 101: Mechanical Properties, Testing & Material Challenges ASTM D1042 Linear Dimensional Change Testing for Plastics ASTM D2839 Density Testing for Polyethylene Resins ASTM D3350 Polyethylene Pipe & Fitting Material Classification Testing ASTM D2647 Crosslinkable Polyethylene (XLPE) Specification Testing ASTM D1505 Density Gradient Tube Testing for Plastics & Polymers ASTM D1248 Polyethylene Material Testing for Wire & Cable Applications ASTM D792 Density & Relative Density Testing for Plastics ASTM D696 Linear Thermal Expansion (CTE) Testing for Plastics Material Failure Analysis: Root Cause Investigation Methods & Standards Difference between Strength and Toughness  What Is Materials Engineering? Definition, Scope & Career Guide How to Select a Material for Drive Shaft? Cracked Chuck Failure Analysis: Causes, Investigation & Prevention Failure Mode And Mechanism What is  Fatigue? Failure Analysis To Improve Reliability Of Production Equipment Epoxy Coating Selection & Failure Prevention: Testing, Properties & Best Practices Top-of-Line Corrosion (TLC) in Pipelines: Causes, Testing & Prevention Coating Analysis What Is Blooming? | Rubber & Plastic Surface Migration Guide What Are Paint Craters? Causes, Identification & Prevention Density Analysis Testing Services for Materials & Products What Is Dynamic Light Scattering (DLS)? Principle, Applications & Limits How Differential Scanning Calorimetry (DSC) Works: Principle & Testing Guide Creep Testing: A Comprehensive Guide to Methods, Standards & Material Behavior Chemical Recycling: A Guide to Processes, Testing & Standards Ertalyte (PET-P) Plastic: Machining, Precision & Material Property Testing Ocean Plastic Pollution: Overview, Data & Key Statistics Lubricating Grease Testing Services – NLGI, Worked Penetration & More Stress Rupture & Creep Testing: What They Measure & When to Use Them Using Dynamic Mechanical Analysis to Evaluate Shoe Floor Friction Performance Using DMA to Find Glass Transition Temperature (Tg): Method & Examples Particle Distribution vs Dispersion in Thermal Adhesives: Key Differences Measuring Damping Performance Using a High-Frequency DMA: Method & Applications EBSD Crystallographic Texture & Grain Orientation Testing Thermomechanical Analysis (TMA) Testing Services for Materials ISO 7765 Dart Drop Impact Testing for Plastic Films Dimensional Stability: Definition, Test Methods & Why It Matters GM9059P Corrosion Resistance Testing: Automotive Cyclic Corrosion Guide IEC 60243 Dielectric Breakdown Strength Testing Services Molding Shrinkage in Plastics: Causes, Measurement & Testing Standards ASTM D5026 Dynamic Mechanical Analysis (DMA) Testing for Plastics in Tension Dimensional Stability Testing: Applications, Methods & Industry Standards Industrial Applications of Dielectric Strength Testing: Where & Why Cryo-FIB Testing for Frozen Hydrated Sample Cross-Sectioning Common Uses of Thermal Expansion Testing: Applications & Standards Types of Dielectric Strength Measurements: Methods & Standards Guide Dielectric Constant Testing: Measurement Methods, Standards & Material Applications Differential Scanning Calorimetry (DSC) Testing Services Electrical Properties of Flexible Cellular Materials: Testing & Applications Injection Mold Shrinkage: Thermal Causes, Measurement & Testing Methods Low-Temperature Testing for Materials: Methods, Standards & Cryogenic Applications Linear Dimensional Change Testing: Thermal Expansion, Methods & Standards Physical Properties of Polymers & Olefins: Testing Methods & Characterization ASTM E411 Trace Carbonyl Compound Testing by DNPH Method ASTM E382 Crushing Strength Testing for Iron Ore Pellets ASTM D6814 Devulcanization Testing for Crumb Rubber by Crosslink Density ASTM D6745 Linear Thermal Expansion Testing for Electrode Carbons ASTM D6415 Curved Beam Strength Testing for Fiber Reinforced Composites Coefficient of Thermal Expansion (CTE) for Metals: Values & Testing Guide ASTM E1457 Creep Crack Growth Times & Rates Testing for Metals Corrosion Testing Methods: Salt Spray, Immersion, Electrochemical & More ASTM D6112 Compressive & Flexural Creep Testing for Plastic Lumber ASTM D5994 Core Thickness Measurement for Textured Geomembranes Dimensional Stability Testing: Methods, Standards & Material Applications Dielectric Strength Testing: Methods, Standards & Electrical Insulation Testing Thermal Expansion (CTE) Testing Services for Materials & Components Polymer Dielectric Constant Reference Table: Values, Testing & Material Selection ASTM E1640 Glass Transition Temperature Testing by DMA ASTM D4890 Polyurethane Foam Cup Test – Gel & Rise Time ASTM D1042 Linear Dimensional Change Testing for Plastics ASTM E794 Melting & Crystallization Temperature Testing by DSC ASTM E793 Enthalpy of Fusion Testing by DSC ASTM E576 Low-Temperature DSC Enthalpy Measurement Testing ASTM E537 Thermal Stability Testing for Chemicals by DSC ASTM D7028 Glass Transition Temperature Testing for Epoxy by DMA ASTM A677 Non-Oriented Electrical Steel Core Loss & Permeability Testing ASTM A683 Non-Oriented Electrical Steel Flat-Rolled Testing Artificial Synaptic Memory: Material Science, Chemical Properties & Testing ASTM C372 Thermal Expansion Testing for Porcelain Enamel & Glaze Frits by Dilatometer ASTM E2472 Stable Crack Extension Resistance Testing for Metals ASTM E1457 Creep Crack Growth Rate Testing for Metals ASTM E292 Notch Tension Rupture Time Testing for Metallic Materials ASTM D3310 Corrosivity Testing for Adhesive Materials ASTM E208 Nil Ductility Transition (NDT) Temperature Testing for Ferritic Steels ASTM D7723 Filler Macro-Dispersion Testing in Polymer Compounds ASTM D1304 Electrical Insulation Testing for Adhesives ASTM C729 Glass Density Testing by Sink-Float Comparator Method ASTM C693 Glass Density Testing by Buoyancy (Archimedes) Method ASTM D5895 Drying & Curing Time Testing for Organic Coating Films Dilatometry Testing: Thermal Expansion Measurement & Material Characterization EBSD Crystallographic Texture & Grain Orientation Mapping ASTM D2520 Complex Permittivity Testing for Solid Electrical Insulating Materials ASTM D2149 Dielectric Constant & Dissipation Factor Testing for Dielectrics ASTM E1269 Specific Heat Capacity Testing by Differential Scanning Calorimetry (DSC) ASTM D3985 Oxygen Transmission Rate (OTR) Testing for Packaging Films ASTM D1204 Dimensional Stability Testing for Plastic Films & Sheeting Case Study: Dielectric Properties of Al₂O₃ & AlN Ceramics at High Temperature & MHz Frequencies

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Best Industry Experts to Help You
Pradyumna Gupta
Expert in optics, materials engineering, and physical sciences. Ph.D. in Materials Science with specialization in glasses and thin films for electronic and photonic applications.

Pradyumna Gupta PhD, MBA

Vinay Vidyarthi
Seasoned engineering leader specializing in materials engineering with a focused background in semiconductor capital equipment hardware and process development. Subject matter expertise across multiple disciplines, including thin film fabrication by PVD, CVD, ALD, and plasma etching processes.

Vinay Vidyarthi  PhD

Dhairya Srivastava
Multidisciplinary experience in semiconductor processes, capital equipment design, factory automation, and software and controls development. M.S. in Mechanical Engineering, specializing in robotics and automation.

Dhairya Srivastava MBA

Rana Pratap
Experience in hardware design, cost optimization, and high-volume manufacturing operations. Ph.D. in Electrical and Computer Engineering with a minor in Industrial Engineering.

Rana Pratap PhD

Gautam Kumar
Expert in computational modeling, data sciences, and neural networks. Gautam holds a Ph.D. in Chemical Engineering with a specialization in process analysis and control.

Gautam Kumar PhD

Keisha Antoine
Specialization in semiconductor and battery materials, melt processes, and gas/glass chemical interactions. Keisha holds a Ph.D. in Materials Science and Engineering.

Keisha Antoine PhD

Animangsu Ghatak
Expert in mechanics of soft materials, adhesion, multiphase flow through micro and nanochannels, membrane-less fuel cell. He holds a Ph.D. in Chemical Engineering.

Animangsu Ghatak PhD

Sabyasachi Roy
Experience in processing of oxide ceramics, fuel cell, and other specialty materials. Sabyasachi earned his Master's in Materials Science with a specialization in Ceramic Processing Technologies.

Sabyasachi Roy  

Srinivas Mettu
Expert in a variety of fields, including thin film deposition, coating, material characterization, surface engineering, surface modification, and rheology. Ph.D. in Chemical Engineering.

Srinivas Mettu PhD

Shantanu Behera
Experience in batteries, semiconductors, thin-films, advanced ceramics using X-Ray spectroscopy, electron microscopy, thermal and optical methods. Ph.D. in Materials Science, specialization in Nanomaterials.

Shantanu Behera PhD

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