#thermalshocktestinglab

Expertise in Plastic testing laboratory for a wide range of test parameters for Plastics Materials and Plastic Products in Maeon laboratory. Polymer material testing analysis, Polymer Mechanical properties, Polymer Chemical Properties, Polymer electrical properties conducted covered many international standards.

In Plastic Material Testing Lab, we evaluate and test your products for legal compliance, including testing for flexibility and abrasion resistance, impact resistance, ozone resistance, melting point, and scanning transmission electron microscopy analysis.

Material identification, mechanical and physical testing, and quantification of fillers, additives, and blends are just a few of the capabilities offered by Plastics and Polymer Analysis.

Maeon lab is a polymer material testing that has served all major industries as a worldwide plastics, polymers, and rubber analysis, testing, and research laboratory. Thousands of standard tests can be performed, and a wide range of analytical and testing services can be provided. For all of your testing needs, Maeon lab is the best option. 

We analyze a wide range of polymers, including thermoplastics, thermosets, adhesives, elastomers, and rubbers, and can help you ensure that your materials match your unique manufacturing requirements. Because of their knowledge of performing relevant polymer analysis methods, our polymer testing laboratories employ senior chemists, engineers, and technicians who produce reliable results swiftly. Our polymer testing services include extensive measuring and testing to verify that your polymeric products are used safely and efficiently.

Temperature Shock Testing is another name for thermal shock testing. During this testing, products are subjected to alternating low and high temperatures in order to accelerate failures induced by repetitive temperature fluctuations in everyday use.

Thermal shock testing lab are frequently employed for reliability testing because they can successfully imitate identical stress conditions that may occur throughout the course of a products life cycle but in a much shorter and accelerated time frame. The testing results can also be used to pinpoint places where a product could be redesigned to eliminate flaws that could result in product failure and costly warranty rework or recalls.

Why is testing necessary?

With lab-controlled, reproducible simulated temperature change cycles, failure analysis is possible. This test is required by some standards, but it can also be used to help with quality assurance when unexpected temperature fluctuations may occur in the intended end environment of use for the product.

What is the Process of Thermal Shock Testing?

The device under test (DUT) is placed inside a basket that automatically moves between hot and cold zones within seconds to achieve a quick temperature change. An air-to-air or liquid-to-liquid system can control the temperature of these zones.

The Thermal Shock Test can be carried out in one of two ways: by linking two climatic rooms with different temperatures using an elevator that transfers the material from one environment to another, or by rapidly changing the temperature inside a single climatic chamber.

The following are some of the most common issues that might arise as a result of thermal shock exposure.

Glass vials and optical material shatter.

The slackening or binding of moving elements.

Component deformation or fracture.

Surface coatings cracking.

Sealed chambers leaking.

Insulation protection has failed.

Differential contraction or expansion rates of various materials, as well as induced strain rates.