Products

High-precision air performance test bench for AC/DC vacuum cleaner motors. Fully complies with IEC 60312-2017, ASTM-F558, and ASTM-F820 standards. Ideal for global quality control and R&D. Dual EU & US standard compatibility.

The Automotive NVH Leakage Tester is a high-precision equipment specifically designed to test the gas leakage rate of car bodies. Its performance directly impacts several key vehicle indicators, including noise levels, air conditioning effectiveness, door closing energy, dust ingress performance, exhaust gas intrusion, water tightness, mud protection, and performance in extreme weather conditions such as blizzards.  

The NC860-20A Low-Temperature Gravity Convection Test Chamber is engineered to address the critical "cold-start" and battery failure issues of consumer electronics in extreme environments. Featuring a precise temperature range of -20°C to 70°C and unique adjustable micro-airflow (0–0.2 m/s), it perfectly replicates real-world natural convection without the interference of forced-air fans. This high-precision solution allows R&D teams to accurately simulate frigid conditions for smartphones, wearables, and laptops, ensuring superior battery reliability and product performance in high-altitude or arctic scenarios.

The NC-155S customized natural convection chambers deliver precise temperature control and excellent uniformity by generating wind-free airflow driven solely by temperature gradients. This design accurately simulates real indoor environments, allowing users to evaluate true heat transfer performance under strict environmental conditions. 

The TSD series two-zone thermal shock test chamber evaluates material reliability through rapid air-to-air temperature cycling. Utilizing a pneumatic basket, it transfers samples between +200°C and -75°C zones in under 10 seconds. This system ensures precise detection of thermal stress failures for electronics, automotive, and aerospace applications.

The three-chamber thermal shock test chamber tests the effects of rapid temperature changes on products without moving the test item.  It is commonly used for electronic components, automotive parts, and high-tech products that require rigorous environmental testing and high reliability verification.  Features: Temp Range: +70°C to +200°C (Customizable to -160°C). Recovery Time: ≤ 5 minutes. Design: 3-Zone Stationary Sample (Pre-heat, Pre-cool, Testing Zone). Efficiency: Patented damper system reduces energy consumption by 30%.

The high and low temperature test chamber is designed for testing the durability of products and materials under extreme temperatures, ranging from -70°C to +150°C.  They are used to test the performance of components and materials in electronic and electrical products, automobiles and motorcycles, aerospace, rubber, plastics, metals, ships and weaponry, as well as in universities and research institutions, under varying high and low temperatures.

JX-WT1000 AMCA-210 Airflow Test Chamber with computerized control system and P-Q curve display, designed for high-precision fan performance testing. It is a precision aerodynamic testing solution for high-performance fan Main applications: thermal testing, airflow, air pressure, speed, impedance testing.

This Air Flow Test Equipment JX-WT250 is a professional air test equipment. It is ideal for performance testing of diverse fans & heat dissipation equipment. Including: Cooling Fans, AC Fans, DC Fans, Micro Blowers, High-Speed Blowers, Nickel-Iron Foam, Piezoelectric Fans, CPU Axial Fans for Computers, Blowers, Centrifugal Fans, etc.   Main applications: thermal testing, airflow, air pressure, speed, impedance testing.

This thermal wind tunnel machine has the most complete fan performance testing and standard flow generation device. Suitable for thermal testing, airflow, air pressure, speed, and impedance testing.

This industrial airflow and pressure testing equipment is a powerful device for testing airflow and air pressure. It is designed for the precise measurement of various fans and cooling fans.   The AMCA 210 is designed and manufactured strictly according to the following standards: (1) GB/T1236-2000 (2) AMCA210-99 (3) ISO5801-1997 (4) BS848 (5) DIN 24163 (6) JIS B 8330-1981

NC-860MP03 natural convection test chamber is used for testing radiator modules, power supplies, servers, and similar products. It provides a test chamber environment with natural convection and without external forced airflow. Temperature control is achieved through the balance between the heater and the natural convection with the external environment.