ASTM C1525-18 Determining Thermal Shock Resistance of Advanced Ceramics by Water Quenching

ASTM C1525-18 Determining Thermal Shock Resistance of Advanced Ceramics by Water Quenching

ASTM C1525-18 test method is used to determine Thermal Shock Resistance of Advanced Ceramics by Water Quenching. Thermal shock resistance refers to the material's ability to withstand extreme and rapid changes in temperature.

  • Average 30% Cost
    Savings

  • 100% Confidentiality
    Guarantee

  • Free, No-obligation
    Consultation

  • 100% Customer
    Satisfaction

    TRUSTED BY ENGINEERS FROM

    Scope:

    ASTM C1525-18 test method is helpful for material development, quality control, and durability assessment of advanced ceramics regarding thermal shock. Thermal shock is the stress experienced by materials with extreme and rapid temperature changes. The surface layers of the material might contract against the inner layers, leading to the development of tensile stress and the propagation of cracks. The ability of a material to endure such temperature changes without changes in its properties is called Thermal Shock Resistance.In many engineering applications, materials must perform across a broad range of temperatures. Ceramics are an excellent choice for such engineering applications because they show excellent resistance against extreme temperatures which is why ASTM C1525-18 testing is performed.

    Test Procedure:

    In ASTM C1525-18 test method, a ceramic sample is given a thermal shock by heating it and instantly quenching it with a cool water bath, and then the effect of the thermal shock is assessed by measuring the reduction in flexural strength.

    Data:

    In ASTM C1525-18, the flexural strength of the prismatic test specimens is calculated as follows: 

    S = 3P (L0 – L1)/2bd2

    Where, 

    S = flexural strength, 

    P = measured fracture load,

    (L0 – L1) = outer and inner spans, respectively, m, 

    b = test specimen width, m, and 

    d= test specimen height, m.

    The strength of cylindrical test specimens is calculated as follows: 

    S = P (L0 – L1)/πr3

    Conclusion:

    ASTM C1525-18 test method is used to determine Thermal Shock Resistance of Advanced Ceramics by Water Quenching. It is helpful for material development, quality control, and durability assessment of advanced ceramics regarding thermal shock.

    OUR SERVICES

    Core Materials Testing Services

    Metrology

    A variety of microscopy and spectroscopy tools available for precise measurements from the nano to the meter scale.

    Metrology Testing Services POPULAR TESTS:

    TEM SIMS Profilometry

    Materials Testing

    ASTM and ISO standard and custom chemical, mechanical, thermal, corrosion tests, etc. for all materials metals, ceramic or polymers.

    Materials Testing Services POPULAR TESTS:

    Nondestructive Testing Electrical Testing Chemistry Analysis

    Product Testing

    Thousands of tests for product quality and reliability under heat, humidity, temperature shock, vibration, drop, electrostatic discharge.

    Product Testing Services POPULAR TESTS:

    Vibration Testing Humidity Testing Accelerated Aging

    Looking for Material Testing?

    We have already delivered 10000+ Material Test results to top companies

      Send us a request

        Process for testing
        •  

          STEP 01

          You share material and testing requirements with us

        •  

          STEP 02

          We ensure your sample pick-up in an ensured manner

        •  

          STEP 03

          We deliver test report to your inbox

          Let’s work together!

          Share your testing requirements with us and we will be happy to assist you.

          ddd Just share your testing requirements and leave the rest on us!
          • Free, no-obligation consultation
          • Guaranteed confidentiality
          • Quick turnaround time
          • Hassle-free process

            ddd

            Let us combine our capabilities to achieve success!!

              idea icon
              Want to connect with an expert before you leave?