This equipment is formulated in accordance with JIS D 0203 standard to test the waterproof performance of the product, equipped with an automatic water inlet and water circulation device, effectively saving money. Corresponding test chambers are prepared according to different test requirements. The multi-function controller is easy to operate, one-key controls the test requirements parameters, and can be connected to the PC terminal remotely to facilitate the download and use of test data. It is mainly applied to the automobile industry.
Larger series sand and dust test chambers allow for large and more quantity specimens, a capacity of 1500 liters and 2000 liters as standard. Great for laboratories and large industrial products. Sand and dust test chambers are made for the simulation of dust and sand conditions. These dust test chambers are used to test the exposure of automotive and electronic components under extreme environmental conditions in order to validate product seal. Dust ingress test methods included IEC60529, ISO20653, MIL-STD-810G, and many others. The airflow circulates upward from the bottom, blowing the dust circulation, forcing dust around the specimens. All models are upgraded to programmable controller and Ethernet access that provides simple operation and control.
Over 29 different models let you choose size, configuration, and performance to suit many types of environmental test conditions. Temperature change rates from 1 to 15 C/min.Low temperature available: A: -20, B: -40, C: -70 , D: -86 .E:-200â ( liquid nitrogen refrigeration. Included are ultra low-temperature test chambers, fast temperature change rate chambers (15/min), and liquid nitrogen refrigeration test chambers. To perform cold resistance test, thermal cycling test, ultra low-temperature test, high-temperature test, storage condition, and calibration function.
Application: Ozone resistance test chambers test elastomers (rubber) in the condition of ozone exposure, to simulate and measure rubber aging by means of ozone within a few days. Structure: Built with dynamic and static sample holders, cooling system, humidity system, air circulation, ozone generating unit, ozone exhaust device, and control system. Standard: ASTM D1149, IEX6006811-403, ISO1431, ASTM D1171. Operate: All models are upgraded to a programmable controller and Ethernet access that provides simple operation and control.
SO2 Noxious Gas Test Chambers reproduce damages by temperature, relative humidity, and noxious gas Corrosion to material, components, and constructions. This noxious gas chamber can be used for single gas tests and mixed gas tests. Test methods are in accordance with IEC 60068-2-42, IEC60068-2-60, and other standards.
This chamber is for temperature & humidity tests, cold resistance tests, thermal cycle tests, ultra-low temperature tests, high-temperature tests, storage conditions, and calibration functions.
This UV test chamber is used in tests that incorporate UV light, temperature, condensing humidity, water sprays, and irradiance control. UV weathering resistance test chamber uses UVA-340, UVB-313 fluorescent UV lamps for a variety of test conditions. Accelerated weathering tests included color change, gloss loss, chalking, cracking, crazing, hazing, blistering, strength loss and oxidation, and many others. UV series weathering chambers are upgraded to a programmable controller and Ethernet access that provides simple operation and control.
Xenon arc lamp test chamber reproduces weathering damage by sunlight, temperature, humidity, and water spray. Xenon weathering test chambers are utilized in textiles, dyes, leather, plastics, paints, coatings, automotive interior parts, electrotechnical products, color building materials. To perform weathering test, colorfastness tests, aging test, hardening test, softening test, crack. Accelerated weathering test methods included ISO4892, ASTM G155-1/155-4, ISO 105-B02/B04/B06, ISO11341, AATCC TM16, TM169, , JIS L0843, SAEJ1960/1885, JASOM346, and many others. XL-S-750 xenon weathering chambers can place 42 pieces of specimens, are an upgrade to a programmable controller and Ethernet access.
IPX5 IPX6 Water Jetting Test Chamber is applied to test the water tightness of enclosures of automotive parts, outdoor lamps, and electronics parts. The chambers are built with the water-tightness of sealed components such as headlamps, Power connectors. A waterproof power connector in the test room can easily supply electricity to the specimens. IPX5 and IPX6 function on one test chamber, make testing convenient and cost-effective.
LIB Water spray test chambers can perform tests in accordance with IEC60529, and IPX1 IPX2 IPX3 IPX4 protection code. The chambers are built with the water-tightness of sealed components such as headlamps, Power connectors. A waterproof power connector in the test room can easily supply electricity to the specimens. The water spray Chamber built with a water re-circulation system that reduced water use and a series of water pipes. The incorporated rotating turntable can promote an even spray of water over the surface of the products under testing. An automatic water supply ensures an adequate supply of water and automatic testing. All models are upgraded to a programmable controller and Ethernet access that provides simple operation and control. Various sizes and configurations to suit many types of test conditions.
