Environmental Test Chamber
UP-6316 High-precise IPX56 Dustproof Test Chamber with Touchscreen Control and Programmable Test Cycles
UP-6316 High-Precision IPX56 Dustproof Test Chamber Advanced testing chamber with touchscreen control and programmable test cycles for evaluating product sealing performance against dust and sand ingress. Product Overview This sand and dust test chamber is engineered to assess enclosure protection ratings according to IP5X and IP6X standards. It simulates sandstorm conditions to evaluate the durability of products including locks, automotive components, motorcycle parts,
UP-6316 IPX56 Dustproof Test Chamber with Interlock Protection and Vacuum-assisted Dust Circulation
UP-6316 Sleek and Safety-oriented IPX56 Dustproof Test Chamber With Interlock Protection and Vacuum-assisted Dust Circulation The UP-6316 IPX56 Dustproof Test Chamber is engineered to predict the dust-resistant quality of industrial and electronic products by artificially simulating dusty environments and climatic conditions. This advanced testing solution features interlock protection and vacuum-assisted dust circulation for optimal safety and performance. Product Characteri
UP-6200 Multi-Functional UV Aging Test Chamber with Unique Condensation Device and 8 UV Lamps
UP-6200 Multi-Functional Stable UV Aging Test Chamber with Unique Condensation Device Product Overview The UP-6200 Multi-Functional Stable UV Aging Test Chamber with Unique Condensation Device is designed for comprehensive material testing under controlled UV exposure and humidity conditions. Applications: Widely used in paint, coating, plastic & rubber materials, printing & packaging, adhesives, automotive & motorcycle components, cosmetics, metals, electronics, and
Double-layer Tempered Glass Door Environmental Test Chamber with -55°C to +150°C Range and ±2.5%R.H Humidity Constancy
UP-6195 Double-layer Tempered Glass Door Environmental Test Chamber Featuring test temperature range -55°C to 150°C and humidity constancy ±2.5%R.H for reliable results Product Introduction The UVA340 UV Accelerated Aging Chamber is specifically designed for plastic products, providing reliable and accurate aging test data. This allows for precise predictions of the product's weathering performance and resistance to aging. By utilizing this chamber, manufacturers can
UV Aging Test Chamber Compliant With IEC61215 for Photovoltaic Modules with SUS304 Stainless Steel and Temperature Range Rt+10ºC~70ºC
UP-6200 Compliant With IEC61215 Photovoltaic Module UV Pre-treatment Testing Equipment Product Overview The UP-6200 Ultraviolet Aging Tester for photovoltaic modules simulates the damage caused by ultraviolet rays in sunlight when modules are exposed to outdoor conditions for extended periods. This advanced equipment reproduces the anti-ultraviolet aging performance of module materials in just days or weeks, equivalent to what would normally take months or years of outdoor
ASTM D1171 Ozone Aging Test Chamber with 0℃~+80℃ Temperature Range and 10 ~ 1000pphm Ozone Concentration for Static Stretching Cable Aging
UP-6122 ASTM D1171 Ozone Aging Test Chamber Static Stretching Cable Aging ASTM D1171 Ozone Test Chamber Static Stretching Cable Aging The ASTM D1171 static stretching cable aging ozone production chamber simulates and intensifies atmospheric ozone conditions to study the effects of ozone on rubber (cable) materials. This equipment enables rapid identification and evaluation of rubber's resistance to ozone aging properties and the protective efficacy of anti-ozone agents. This
UP-6200 UV Aging Test Chamber with SUS#304 Stainless Steel, 8 UV Lamps, and 95% R.H Humidity Range for Comprehensive Weathering Testing
UP-6200 Weathering UV Aging Test Chamber for Comprehensive Weathering Testing Product Overview The UP-6200 Weathering UV Aging Test Chamber is designed for comprehensive weathering testing across various industries including paint, coating, plastic & rubber materials, printing & packaging, adhesives, automotive, cosmetics, metals, electronics, and electroplating. Compliance Standards: ASTM G 153, ASTM G 154, ASTM D 4329, ASTM D 4799, ASTM D 4587, SAE J 2020, ISO 4892 Key
Intelligent Thermal Shock Test Chamber with Rapid Temperature Transition and Stainless Steel 304 Construction for 10s Temp Conversion
Intelligent Temperature Shock Test Chamber Professional testing equipment with rapid temperature transition capabilities for evaluating material performance under extreme thermal conditions. Applications Thermal shock test chambers evaluate material structures and composite materials by exposing them to instantaneous extreme high and low temperature cycles. This testing identifies chemical changes or physical damage caused by thermal expansion and contraction in the shortest
UP-6200 UV Aging Test Chamber with 8 UV Lamps 95% R.H Humidity Range and SUS#304 Stainless Steel Construction
UP-6200 Versatile UV Aging Test Chamber Professional testing equipment for assessing product lifespan under UV exposure conditions Applications Paint and coating industries Plastic and rubber materials Printing and packaging Adhesive products Automotive and motorcycle components Cosmetic products Metal finishing Electronics and electroplating industries Compliance Standards ASTM G 153, ASTM G 154, ASTM D 4329, ASTM D 4799, ASTM D 4587 SAE J 2020 ISO 4892 Key Features CNC
UP-6197 Compact Salt Spray Test Chamber with Impact-Resistant Exterior Casing and 35°C±1°C Brine Temperature
UP-6197 Compact Salt Spray Test Chamber Professional corrosion testing equipment featuring a durable, impact-resistant exterior casing designed for reliable performance in industrial environments. Enhanced Corrosion Testing Capabilities This salt fog corrosion testing machine provides comprehensive solutions for assessing material durability in harsh environments, simulating salt fog corrosion effects to ensure products meet required resistance standards. Key Specifications
Walk-in Constant Temperature and Humidity Test Chamber with Overheat Overload Leakage Protection and Temperature Range -70~150ºC Humidity Range 20%~98%
Walk-in Constant Temperature and Humidity Test Chamber Large-scale environmental simulation device with overheat, overload, and leakage protection systems for comprehensive reliability testing. Product Overview This walk-in constant temperature and humidity test chamber is designed to evaluate the reliability and performance of materials, components, and finished products under various climatic conditions. It provides precise temperature and humidity control, stable airflow
UP-6195 High-precision Walk-in Test Chamber with Wide Temperature Range -20℃ to +100℃ and Humidity Control 20% to 95% RH
UP-6195 High-Precision Walk-in Test Chamber Professional environmental simulation chamber with wide temperature range from -20℃ to +100℃ and humidity control from 20% to 95% RH for comprehensive reliability testing. Product Overview The walk-in constant temperature and humidity test chamber is a large-scale environmental simulation device designed to evaluate the reliability and performance of materials, components, and finished products under different climatic conditions.
UP-6195 Walk-in Test Chamber with SUS304 Stainless Steel Interior, Coated Cold-rolled Steel Exterior and Temperature Range -40~150°C
The UP-6195 Robust and Durable Walk-in Test Chamber features a SUS304 stainless steel interior and coated cold-rolled steel exterior, designed for large-scale environmental simulation testing with precise temperature and humidity control. Product Introduction This walk-in constant temperature and humidity test chamber is a large-scale environmental simulation device designed to evaluate the reliability and performance of materials, components, and finished products under
ASTM D1171 Ozone Test Chamber with 0℃~+80℃ Temperature Range and 10 ~ 1000pphm Ozone Concentration for Static Stretching Cable Aging
ASTM D1171 Static Stretching Cable Aging Ozone Chamber Product Overview ASTM D1171 static stretching cable aging ozone production chamber simulates and strengthens the conditions of atmospheric ozone to study the effects of ozone on rubber (cable). This enables rapid identification and evaluation of rubber's resistance to ozone aging properties and the protective efficacy of anti-ozone agents, allowing for effective anti-aging measures to improve rubber product lifespan.