Environmental testing is conducted to evaluate the environmental adaptability of products, determine whether their design meets contract requirements, and provide decision-making basis for accepting or rejecting products. Reliability testing is used to quantitatively evaluate the probability of a product completing its specified function within a specified time under specified environmental conditions. These environmental conditions include temperature, humidity, salt spray, vibration and shock, pressure, solar radiation, sand and dust, and rain.
Environmental testing is conducted to evaluate the environmental adaptability of products, determine whether their design meets contract requirements, and provide decision-making basis for accepting or rejecting products. Reliability testing is used to quantitatively evaluate the probability of a product completing its specified function within a specified time under specified environmental conditions. These environmental conditions include temperature, humidity, salt spray, vibration and shock, pressure, solar radiation, sand and dust, and rain.
Environmental testing is conducted to evaluate the environmental adaptability of products, determine whether their design meets contract requirements, and provide decision-making basis for accepting or rejecting products. Reliability testing is used to quantitatively evaluate the probability of a product completing its specified function within a specified time under specified environmental conditions. These environmental conditions include temperature, humidity, salt spray, vibration and shock, pressure, solar radiation, sand and dust, and rain.
Environmental testing is conducted to evaluate the environmental adaptability of products, determine whether their design meets contract requirements, and provide decision-making basis for accepting or rejecting products. Reliability testing is used to quantitatively evaluate the probability of a product completing its specified function within a specified time under specified environmental conditions. These environmental conditions include temperature, humidity, salt spray, vibration and shock, pressure, solar radiation, sand and dust, and rain.
Environmental testing is conducted to evaluate the environmental adaptability of products, determine whether their design meets contract requirements, and provide decision-making basis for accepting or rejecting products. Reliability testing is used to quantitatively evaluate the probability of a product completing its specified function within a specified time under specified environmental conditions. These environmental conditions include temperature, humidity, salt spray, vibration and shock, pressure, solar radiation, sand and dust, and rain.
Environmental testing is conducted to evaluate the environmental adaptability of products, determine whether their design meets contract requirements, and provide decision-making basis for accepting or rejecting products. Reliability testing is used to quantitatively evaluate the probability of a product completing its specified function within a specified time under specified environmental conditions. These environmental conditions include temperature, humidity, salt spray, vibration and shock, pressure, solar radiation, sand and dust, and rain.
