Product
Xenon Test Chambers - SONACME Small Xenon Arc Test Chamber
Compared with the bench-top xenon lamp aging test chamber, the small xenon lamp aging test chamber adds a spray function to simulate the influence of rain or other moisture when the material is actually used outdoors. At the same time, it can also pass Monitor the total radiant energy value obtained by the sample during the test to control the interruption of the test.
Rp.123
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Xenon Test Chambers - SONACME Bench-top Xenon test chamber
The Bench-top Xenon lamp aging test chamber is a small, simple and economical xenon lamp aging test chamber. It uses a low-power air-cooled xenon lamp and a mirror reflection system to ensure that the radiation energy in the working room is large enough and evenly distributed . It is equipped with an ultraviolet extension filter as standard, which allows ultraviolet light below the cut-off point of natural sunlight to pass (equivalent to sunlight without the atmosphere), which is used to provide faster and more severe test conditions for accelerated aging in artificial climate test.
Rp.123
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UV Accelerated Aging Test Chambers - SONACME UV lamp weathering test chamber
The UV lamp weathering test chamber uses fluorescent ultraviolet lamps as the light source, and appropriately controls the temperature and humidity to periodically produce condensation on the samples to fully obtain the results of the damage of sunlight, humidity and temperature on polymer materials (material aging) Including fading, loss of gloss, strength reduction, cracking, peeling, chalking and oxidation, etc.
Rp.123
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UV Accelerated Aging Test Chambers - SONACME Bench-top UV Light Accelerated Aging Test Chamber
SONACME UV accelerated weathering tester uses fluorescent ultraviolet lamps as the light source, and appropriately controls the temperature and humidity to periodically produce condensation on the samples to fully obtain the results of the damage of sunlight, humidity and temperature on polymer materials (material aging) Including fading, loss of gloss, strength reduction, cracking, peeling, chalking and oxidation, etc.
Rp.123
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UV Accelerated Aging Test Chambers - SONACME Bench-top UV Light Accelerated Aging Test Chamber
Bench-top UV Light Accelerated Aging Test Chamber is suitable for accelerated aging test through ultraviolet light, temperature and water exposure, used to predict the relative durability of non-metallic materials such as coating film, plastic, rubber, etc., especially suitable for observing the physics of particularly durable materials The degree of performance damage, such as reduced gloss, haze, reduced strength, chalking, cracking, blistering, embrittlement, and color fading.
Rp.123
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Thermal Shock Chambers - SONACME Thermal Shock Chamber
SONACME thermal shock test chamber is designed to provide a rapid transition between hot and cold temperature zones. Provide vertical, horizontal and liquid models. Thermal shock test chambers are used in all industries, including automotive, electronics, aerospace and other industries, to help find product defects in electronic components and product assembly.
Rp.123
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Thermal Shock Chambers - SONACME Three-zone Thermal Shock Test Chamber
SONACME thermal shock test chamber is designed to provide a rapid transition between hot and cold temperature zones. Provide vertical, horizontal and liquid models. Thermal shock test chambers are used in all industries, including automotive, electronics, aerospace and other industries, to help find product defects in electronic components and product assembly.
Rp.123
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Thermal Shock Chambers - SONACME Thermal Shock Test Chamber
SONACME Thermal Shock Test Chamber is ideal for testing IC chips and small electronic products. The design consists of two independently controlled chambers. One room is hot, the other is cold. Products are quickly transferred between the hot and cold chambers, which will cause temperature shocks to the samples to help find product defects in electronic components and product assembly.
Rp.123
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Thermal Shock Chambers - SONACME Three-zone Thermal Shock Test Chamber
SONACME thermal shock test chamber is designed to provide a rapid transition between hot and cold temperature zones. Provide vertical, horizontal and liquid models. Thermal shock test chambers are used in all industries, including automotive, electronics, aerospace and other industries, to help find product defects in electronic components and product assembly.
Rp.123
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Thermal Shock Chambers - SONACME Two Zone Thermal Shock Test Chamber
SONACME Two Zone Thermal Shock Test Chamber is ideal for testing IC chips and small electronic products. The design consists of two independently controlled chambers. One room is hot, the other is cold. Products are quickly transferred between the hot and cold chambers, which will cause temperature shocks to the samples to help find product defects in electronic components and product assembly.
Rp.123
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Rapid Temperature Change Test Chambers - SONACME ESS Fast Change Rate environmental test chamber
The rapid temperature change test chambers can set different stress screening temperature change rates: 5℃/Min, 10℃/Min, 15℃/Min, 20℃/Min, 25℃/Min.
Temperature humigity cycling stress screening is the use of temperature acceleration techniques (cycle within the upper and lower limit temperature, the product produces alternating expansion and contraction) under the design strength limit of the product to change the external environmental stress.
Temperature humigity cycling stress screening is the use of temperature acceleration techniques (cycle within the upper and lower limit temperature, the product produces alternating expansion and contraction) under the design strength limit of the product to change the external environmental stress.
Rp.123
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Rapid Temperature Change Test Chambers - SONACME Environmental Stress Screening test chamber (ESS)
The rapid temperature change test chambers can set different stress screening temperature change rates: 5℃/Min, 10℃/Min, 15℃/Min, 20℃/Min, 25℃/Min.
Temperature humigity cycling stress screening is the use of temperature acceleration techniques (cycle within the upper and lower limit temperature, the product produces alternating expansion and contraction) under the design strength limit of the product to change the external environmental stress.
Temperature humigity cycling stress screening is the use of temperature acceleration techniques (cycle within the upper and lower limit temperature, the product produces alternating expansion and contraction) under the design strength limit of the product to change the external environmental stress.
Rp.123
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