Altitude flight simulation test chamber STX/600/H/A
for driving simulationfor color assessmentenvironmental

Altitude flight simulation test chamber - STX/600/H/A - SONACME Technology - for driving simulation / for color assessment / environmental
Altitude flight simulation test chamber - STX/600/H/A - SONACME Technology - for driving simulation / for color assessment / environmental
Altitude flight simulation test chamber - STX/600/H/A - SONACME Technology - for driving simulation / for color assessment / environmental - image - 2
Altitude flight simulation test chamber - STX/600/H/A - SONACME Technology - for driving simulation / for color assessment / environmental - image - 3
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Characteristics

Test type
for altitude flight simulation, for driving simulation, for color assessment, environmental, solar simulation, UV light aging, illumination
Application domain
for the aeronautical industry, for small parts production, European standards-compliant, for quality control
Product applications
thermoplastic pipe, for electronic circuit boards, for sensors, for composite materials, for semiconductors, for electrical equipment, for aircraft, for automobiles, for motors, for engine, for vehicles, for windows, glass, for epoxy polymer coatings, for materials testing machines, for auto lamp, for asphalt, device, for wires, for solar panels, for test benches
Configuration
compact, floor-standing, modular, on casters
Light source
xenon, UV, sunlight, with xenon arc lamp
Protection level
with electronic lock
Options and accessories
with window
Other characteristics
high-capacity, stainless steel

Description

1. The xenon test chamber can simulate the damage caused by full-spectrum sunlight, high temperature and humidity, and can reproduce the aging effect of products for months or even years in a few days or weeks. 2. This xenon test chamber also adds a temperature and humidity test function. The temperature range is -70℃~+80℃. The shape of the sample can be arbitrary, whether it is flat or three-dimensional, it can be satisfied with the test. 3. Using 1.8KW/2.5kw air-cooled full-solar full-spectrum long-arc xenon lamp, it can more realistically reproduce full-spectrum sunlight, including ultraviolet, visible and infrared. Testing of many materials requires exposure to the full spectrum to provide an accurate simulation, especially in colorfastness testing and lightfastness testing.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.