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JX-WT60 Dedicated Test Solution — Experimental ReportTest Scenario · Conditions · Procedure · Raw Data · PQ Curve Results Guangzhou Jingxiu Thermal Equipment Co., Ltd (GZ-THERMOTEX)  |  October 2026 The challenge in testing scroll-free centrifugal fans is not whether the equipment can produce data, but whether the data represents the fan’s real performance inside the final product. Guangzhou Jingxiu Thermal Equipment Co., Ltd (GZ-THERMOTEX) provides a complete PQ performance testing solution for these dual-inlet fans, pairing the JX-WT60 airflow and pressure measurement station with custom mounting tooling. This article documents a full, typical test to show how the solution performs in a real laboratory scenario.   Executive Sum...

How to Generate a Fan Performance Test Report with an AMCA 210 Airflow Test Bench From calibration to sign-off: a step-by-step workflow for credible airflow data   Document information Document type Technical how-to article Reference standard AMCA 210 (harmonized with ISO 5801 / ANSI-ASHRAE 51) Equipment Airflow test bench for fans and blowers Manufacturer Guangzhou Jingxiu Thermal Equipment Co., Ltd. Published Sep-26   Guangzhou Jingxiu Thermal Equipment Co., Ltd. · Thermal & fluid test equipment manufacturer since 2013 Contents 1. Why the Report Matters as Much as the Test 2. What AMCA 210 Actually Governs 3. Before the Test: Three Checks That Decide Data Quality 4. Running the Test 5. What Goes into the Report 6. Review and Sign-off 7. Three Pra...

Low-Temperature Natural Convection Chamber NC860-20A   A Practical Solution for Cold Reliability Testing of Battery-Powered Consumer Electronics Document type Technical product article Product model NC860-20A Temperature range −20 °C to +85 °C Nominal volume 860 L Manufacturer Guangzhou Jingxiu Thermal Equipment Co., Ltd. Published Sep-26     Guangzhou Jingxiu Thermal Equipment Co., Ltd. · Thermal & fluid test equipment manufacturer since 2013   Contents 1. The Problem: Cold Failures Are Still Common 2. Why Standard Chambers Fall Short 3. Introducing the NC860-20A 4. Core Advantages 5. Technical Specifications 6. Applications 7. Summary and Next Steps   1. The Problem: Cold Failures Are Still Common In cold regions, bat...

When engineers choose a cooling fan, the number they usually look at first is maximum airflow. It is also, surprisingly often, the number that leads them astray. In a real enclosure — behind fins, filters, and perforated panels — the airflow a fan actually delivers can be far below its catalog value. The key to avoiding this gap is understanding three things: airflow, static pressure, and the PQ curve that connects them. 1. Airflow: The Ceiling of Cooling Capacity Airflow is the volume of gas moved through the fan per unit of time, typically expressed in CFM (cubic feet per minute) or CMM (cubic meters per minute). As a first approximation, more airflow means more heat carried away per second. This follows directly from the heat-transfer relationship: Q = ρ · cp &mid...

Guangzhou Jingxiu Thermal Engineering Equipment Co., Ltd. provides internationally standardized solutions for the automotive manufacturing industry through its independently developed high-precision airtightness testing equipment, thereby enhancing overall vehicle safety and quality consistency. In the automotive manufacturing sector, airtightness testing is a critical process that ensures vehicle safety, durability, and comfort. With the rapid development of new energy vehicles and the continuous improvement of quality standards for traditional fuel-powered cars, full-vehicle airtightness test benches have become indispensable inspection equipment for all OEMs and component suppliers. Full-vehicle airtightness directly impacts dustproofing, waterproofing, noise reduction, and NVH (Noise,...

At Fluiomet, we design, develop, and manufacture precision testing equipment for thermal and fluid dynamics applications. With over a decade of engineering expertise, we serve global clients across electronics, automotive, HVAC, and industrial sectors — delivering reliable, standards-compliant solutions that help products perform under real-world conditions.   Our Core Product Lines 1. AMCA 210 Wind Tunnel — Precision Airflow Performance Testing Our AMCA 210 Wind Tunnel is a high-accuracy airflow test bench designed for comprehensive fan and blower performance evaluation, fully compliant with the AMCA 210 standard. Key Capabilities: Precise measurement of airflow, static pressure, total pressure, power, speed, voltage, current, and overall efficiency Automated generati...

Table of Contents Background and Requirements Analysis of AMCA Standard Wind Tunnel Project Key Points of AMCA Standard Wind Tunnel Project Design Implementation Process of AMCA Standard Wind Tunnel Project Test Results and Accuracy Verification of AMCA Standard Wind Tunnel Summary of Application Value of AMCA Standard Wind Tunnel Project Core Reference Dimensions for AMCA Standard Wind Tunnel Selection Common Issues AMCA Standard Wind Tunnel is a dedicated ventilation performance testing wind tunnel equipment compliant with AMCA standards. An AMCA Standard Wind Tunnel refers to a specialized wind tunnel device that conforms to the unified standards of the Air Movement and Control Association (AMCA) in the United States. It is specifically designed for precise testing of air performance p...

Looking for the right natural convection test chamber can feel overwhelming. You want reliable results in your laboratory, so it pays to focus on what really matters. Think about your samples, how sensitive they are, and your testing goals. Trusted brands like Jingxiu Thermal offer dependable options.   Key Takeaways Prioritize temperature control and stability when selecting a natural convection test chamber. Reliable temperature management ensures accurate test results. Choose the right chamber size to maintain temperature uniformity. Keep sample volume below one-third of the chamber's capacity for optimal airflow. Look for features like humidity control and safety alarms. These enhance the reliability of your tests and protect sensitive samples.   Key Specifications f...

You want to choose the right chamber for your testing protocols. If you value fast transitions, a 2-zone thermal shock chamber may suit you. If you need greater flexibility or must meet strict compliance, a 3-zone thermal shock chamber could be the answer. Consider your priorities and industry standards before you select a Thermal Shock Chambers model. Matching features with practical needs leads to reliable results.   Key Takeaways 2-zone thermal shock chambers offer faster temperature transitions, making them ideal for rugged components and high-throughput testing. 3-zone thermal shock chambers provide greater flexibility by including an ambient phase, which is better for delicate products and real-world simulations. Choose a 2-zone chamber for rapid cycling and simpler p...

You want to find the ideal thermal shock chamber that fits your testing needs. Matching chamber features to your materials and protocols makes a direct impact on product reliability. For example, custom temperature profiles can simulate mission environments, and temperature capabilities from -70°C to +220°C cover most industrial requirements. The table below shows how key features affect testing protocols and reliability: Feature Impact on Testing Protocols Cooling Method Influences temperature uniformity and recovery speed, essential for accurate testing. Temperature Uniformity Ensures that products experience consistent thermal conditions, crucial for reliability. Recovery Speed Affects the time taken to return to set temperatures, impacting the realism...

Here are the top thermal shock test chamber suppliers for 2026: ITM-LAB Guangzhou Jingxiu Thermal Equipment Co., Ltd. Presto Instruments SANWOOD Dgbell Komeg These companies are leaders because they use new ideas. They are also reliable and have a big part of the market. Each chamber from these suppliers has smart features. They also save energy. The thermal shock test chamber industry is growing quickly. This is because of new technology like IoT and AI. People also want more eco-friendly products. If you are a Thermal Fluid Test Equipment Manufacturer or Environmental Test Chamber Manufacturer, you will see changes. Thermal shock test chamber and thermal test chambers now have smarter and connected solutions for every use.   Key Takeaways Thermal shock test chambers...

When selecting a high and low temperature test chamber, you should consider the critical factors that influence your testing needs. The chamber must align with your specific requirements to ensure you achieve reliable results. Many products, such as mobile phones, plastics, metals, and food, utilize environmental test chambers. These chambers simulate extreme hot or cold conditions. High temperature tests evaluate performance at 200 ℃, 175 ℃, or 125 ℃, while low temperature tests assess functionality at -65 ℃, -55 ℃, or -40 ℃. By choosing the right chamber, you protect sensitive components and ensure accurate product development and testing.   Key Takeaways Pick the right temperature range for your tests. Make sure the chamber can reach the temperatures you need for good results. Che...