What Is The Rapid Temperature Cycling Test Chamber?
Temperature cycling (or temperature cycling) is the process of cycling through two extremes of temperature, usually at a relatively high rate of change. The Rapid Temperature Cycling Chamber is ideally suited to tests that require rapid changes in temperature at rates of 5℃/, 10℃/, 15℃/, and 20℃/minute, and it is suitable for a wide range of applications from JEDEC and IEC standards to screening.
What Is The Temperature Cycling Method?
Temperature Cycling or Thermal Cycle testing is performed on materials to determine there sistance of exposure to alternating extremes of high and low temperatures. Thermal mismatch of materials can cause solder joint cracking, warpage, damage to leads and markings, and hermetic seal failures.
How Does A Температура Chamber Work?
A Temperature Chamber, also known as an environmental test chamber,performs thermal tests through the use of convection. They typically use a fan for the forced air convection, like a convection oven used in your house; however, instead of making cookies, you are testing products and equipment.
О климатической камере RIUKAI
Как профессиональный поставщик климатических камер, RIUKAI поставляет климатические камеры, включая Высокотемпературные и низкотемпературные испытательные камеры,Thermal Shock Test Chambers,Проходные испытательные камеры,Камеры для испытаний на быстрое изменение температуры,Камеры для испытания на старение скороварки PCT,Высокоскоростные камеры для стресс-тестов,и т.д., которые широко используются в электронике, автомобильной, аэрокосмической и других отраслях промышленности, чтобы удовлетворить потребности в испытаниях различных клиентов!
RIUKAI - это профессиональный 25+ years manufacturer in climatic chamber、environmental test chambers and so on.Our company has passed ISO 9001 quality management system, ISO 14001 quality management system and ISO 45001 quality management system. Welcome to consult for Каталог и ПродуктВы можете связаться с нами по электронной почте export@riukai.com.
