Nanoindentation

Description: The NHT3 is designed to provide low loads with depth measurements in the nanometer scale for the measurement of hardness, elastic modulus, creep, etc. The system can be used to characterize organic, inorganic, hard and soft materials. With the unique top surface referencing technique, an

• Force / Load Capacity: 0.1124 lbs
• Stroke / Travel: 0.00787402 inch
• Features: Specialty / Other

Description: The High Temperature Nanoindentation tester (HT-UNHT) is a low-load nanomechanical test system for measuring the hardness and elastic modulus of thin films and coatings up to 700 °C. Patented UNHT technology combined with unique heating provides a high stability solution at any temperature. 2

• Test Media: Adhesives / Coatings
• Mounting / Loading Options: Laboratory / Batch
• Features: Other

Description: The FISCHERSCOPE HM2000 S is ideally suited for the manual measurement of mechanical and electrical material properties in the inspection of inbound goods or the testing of fabricated goods. Uncomplicated construction and high quality components make this an outstanding instrument for measuring

• Mounting: Fixtured or Permanent
• Test Method: Micro
• Features: Other
• Test: Vickers and Knoop

Description: FISCHERSCOPE HM2000 is a professional microhardness measurement instrument for the analysis of mechanical and elastic properties of materials by means of nanoindentation. Its very rigid and dimensionally stable construction reduces the influence of vibrations and fluctuations in temperature.

• Mounting: Fixtured or Permanent
• Test Method: Micro
• Features: Other
• Test: Vickers and Knoop

Description: nanoindentation-based inverse method that we developed was adopted in estimating the phase properties of a low alloy Quenching and Partitioning (Q&P) steel. A microstructure-based Finite Element (FE) model was also generated based on the Electron BackScatter Diffraction (EBSD) and Scanning

Description: The ZHN nano indenter is used for comprehensive, mechanical characterization of thin layers or small surface areas with the necessary force and travel resolution. This includes measuring indentation hardness, indentation modulus, and Martens hardness to ISO 14577 (instrumented indentation testing).

• Mounting: Fixtured or Permanent
• Test: Nanoindentation

Description: The ZHN/SEM nano indenter for installation in a scanning electron microscope (SEM) enables micromechanical experiments to be performed while observing the specimen at maximum resolution. It possesses the largest measuring range currently available, with a maximum displacement measurement of 200 µm

• Mounting: Fixtured or Permanent
• Test: Nanoindentation

Description: Only precisely calibrated measurement instruments can provide accurate results. Fischer offers a variety of calibration materials for instruments that are used to test and analyze materials, determine coating thicknesses and perform nanoindentation. These include, for example, ferrite and

• Standards: Thickness Calibration Block

Description: Because niobium-clad 304L stainless steel sheets are considered for use as bipolar plates in polymer electrolyte membrane (PEM) fuel cells, their mechanical behavior and failure mechanism are important to be examined. As-rolled and annealed specimens were tested in tension, bending and flattening.

Description: mechanical behavior of each constituent: matrices, fibers, and interfaces. This paper presents a navel technique, nanoindentation, to identify the interfaces between dissimilar materials and subsequently to evaluate the physical and mechanical properties across the interfaces. It is proposed

Description: and resolution of the Nano-Gauge™ makes it ideal for transducer design and calibration, development of nanoindentation systems, and materials testing. Features 1.5nm or 5nm linear displacement measurement 25mm total range of measurement USB output to PC Optional probe types Compact sensor

• Range: 0.00000005905515 to 1 inch
• Resolution: 0.00000005905515 to 0.0000001968505 inch
• Range / Travel: 0.00000005905515 to 1 inch
• Graduation / Resolution: 0.00000005905515 to 0.0000001968505 inch