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Join in this grand event! Warm congratulations to the successful launch of the Shenzhou 18 manned spacecraft

Shenzhou 18 launch vehicle lifting off at night

Shenzhou launch, attracting global attention

“10, 9, 8…1, ignite!” At 20:59 Beijing time on April 25, 2024, global attention focused on the Jiuquan Satellite Launch Center, where China’s Shenzhou 18 manned spacecraft was successfully launched! This is also the third manned flight mission since China’s manned space program entered the space station application and development stage, the 32nd launch mission since the project was initiated, and the 518th flight of the Long March series carrier rockets.

A strong aerospace nation, chasing dreams in space

Breaking through the fog and clouds, defying the sky, in the divine land of the space powerhouse. From ancient times to the present, the Chinese nation has always dreamed of chasing the sky and reaching for the moon in the ninth heaven. Especially since the successful launch of the Shenzhou-1 spacecraft in 1999, China’s space projects have been filled with success: “Chang’e” lunar exploration, “Tianwen” Mars exploration, “Xihe” sun-chasing… It has witnessed China’s solid steps in accelerating the construction of a strong space nation. The development of aerospace technology has strongly driven the rapid advancement of high-tech fields such as automatic control, computers, electronic information, precision manufacturing, new materials, and new energy in China.

China Aerospace Science and Industry Corporation exhibition counter
Visitors gather at the China Aerospace Science and Industry Corporation exhibition display.
China Aerospace Science and Technology Corporation exhibition booth
The blue exhibition booth presents China Aerospace Science and Technology Corporation programs and achievements.

A grand event in a prosperous era, SCICOOLING joins in

The development of China’s aerospace technology also relies on support from various industries nationwide. It is well known that temperatures in space are extremely low, with the lowest temperature approaching -273.15°C. Low-temperature environments adversely affect the performance and operational reliability of aerospace products, so it is very necessary to conduct adaptability and reliability tests of aerospace equipment and materials on the ground in low-temperature environments.

SCI environmental chambers on a banner celebrating aerospace research partnerships
A broad product lineup appears beneath a message about supporting national aerospace research.

Since its establishment in 2008, SCICOOLING has focused on the research, development, and manufacturing of environmental test chambers, with products now widely used in aerospace, aviation, and other fields. With outstanding product quality and professional service, SCICOOLING has maintained continuous cooperative relationships for 15 years with two leading central enterprise groups in China’s aerospace industry: China Aerospace Science and Technology Corporation and multiple subsidiaries and research institutes under China Aerospace Science and Industry Corporation. It is also a partner of Chinese commercial space unicorns such as Galaxy Aerospace and Zero One Space. SCICOOLING’s equipment such as high and low temperature chambers, temperature and humidity test chambers, impact chambers, turntable/vibration isolation temperature chambers, altitude test chambers, combined environmental test chambers for temperature and humidity vibration, and walk-in environmental chambers have been purchased by customers over the long term and multiple times, receiving high praise and recognition.

Rendering of a walk-in multi-zone low-temperature chamber
The rendering shows the modular enclosure and blue access doors of a custom multi-zone system.

(Aerospace industry case – Walk-in “multi-zone low-temperature environmental testing device” delivered in SCICOOLING 2023, 36m³, test temperature range -165°C~+100°C, meeting various aerospace application tests).

Large SCI combined environmental test chamber for aerospace testing
A sealed stainless chamber includes multiple service ports and a side control module.

(Aerospace Industry Case – SCICOOLING Combined Environmental Test Chamber, 6.48m³, temperature range -65°C~+150°C, cooling rate ≥3.0°C/min, humidity range 10%~98% RH, pressure range atmospheric pressure ~2.5kPa)

Row of SCI temperature chambers in an aerospace test laboratory
Multiple chambers with external controllers form an organized aerospace testing line.

(Aerospace industry case – SCICOOLING temperature test chamber, cooling rate: average 1-30°Cmin, linear 1-20°Cmin, single-unit compression innovative refrigeration technology reaching -190°C)

Two rotary-table temperature chamber systems in an aerospace laboratory
Two chamber-equipped positioners operate side by side for controlled-environment calibration.

(Aerospace industry case – SCICOOLING rotary table incubator, temperature range -80°C~+150°C, high reliability, long-life rotary joint, maximum trouble-free operation for over 12 years)

Large SCI thermal shock chamber installed in an aerospace laboratory
A dual-door thermal shock system provides rapid transfer between controlled temperature zones.

(Aerospace industry case – SCICOOLING impact chamber, temperature range -70°C~+200°C, impact range -55°C~+125°C, low-temperature room temperature change rate: ≥10°C/min)

High-precision temperature slope test system with a rotary table
A chamber and precision positioner are presented as a high-accuracy aerospace calibration system.

(Aerospace Industry Case – SCICOOLING: High-precision slope test chamber for fiber optic gyroscope temperature calibration, temperature range -80°C~+200°C, heating rate linear 10°C/min)

Compact SCI ultra-low-temperature chamber for aerospace components
A compact deep-cold chamber is pictured in a clean laboratory setting.

(Aerospace industry case – SCICOOLING: ultra-low-temperature test chamber, inner chamber volume 1000L, temperature range -170°C~+200°C, mechanical refrigeration: -150°C, liquid nitrogen refrigeration: -170°C)

Related Resources & Next Step

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