How Environmental Testing Ensures Product Reliability – Info
A number of design engineers create and design a good product that works fantastically during the initial development and test phase. Unfortunately, this doesn’t mean that any of them will still be able to work properly after using them for a long time once the product reaches mass production. And how do the manufacturers know if their product is of high quality and durable when used in various environmental conditions for a certain amount of time? The best way to ensure quality safety for the manufacturers and engineers is by environmental monitoring. Learn more on A-1 Certified Environmental Services, LLC.
What is Ecological Testing?
Environmental testing is conducted to determine the response of the product to the physical and climatic threats that can arise during its operating life. This check method helps to identify the compliance of the nice, evaluate and fix problems of damage and ensure the reliability and durability of the product. This research method involves speeding up the merchandise’s ageing process so that the manufacturers can predict its lifecycle. In addition, this test method guarantees that the product is capable of working under extreme climatic conditions and in a physical environment. Environmental testing in equipment used in the defense, automotive, medical, rail and maritime industries is usually required.
The monitoring process helps assess the ability of the product to function and withstand physical pressures including drastic changes in environment and temperature as well as vibration and shock. Under repeatable conditions, these physical environments are recreated in a laboratory. Appropriate equipments are used to perform this test method. Manufacturers have to decide and measure whether it’s best to invest in buying these equipment, or find a product testing service company’s services.
Environmental Test Types
Vibration testing: This is a product that shakes or shocks to determine whether it can stand up to real life conditions.
Humidity monitoring: This method of testing makes use of temperature and humidity chambers to check how a specific good affects temperature and humidity. This method of test often includes subjecting the goods to chamber temperature and moisture cycling.
Shock testing: The products are tested against shock, impact, bump and free fall to prove their strength. This type of test is done to determine the merchandise’s or its parts’ ability to withstand sudden changes in condition and temperature.
If the products undergo these test procedures, the engineers can improve the design to increase the reliability of the product. Environmental testing can be done by following accepted national and international standards or customer requirements.