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Advanced AFD Automatic Design Software
Based on its own core technology in the field of fiber fabric air duct ventilation, Aedis has independently developed the intelligent design software for the Aedis fabric air duct ventilation system - AFD (Aedis Fiber Duct Design) with independent intellectual property rights through repeated simulations, multiple tests, and combination of test data and fluid equations, making engineering design more accurate and efficient.
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AFD Professional Intelligent Design System for Fabric Air Ducts
The self - developed software design system for the design, installation, production, quality control and customer tracking of flexible fiber fabric air ducts adopts reverse thinking starting from customer needs (requirements for temperature, humidity and end - point speed in the working area) and uses the CFD iterative scientific calculation method to make the design and production of Aedis fabric air ducts more accurate and efficient, and makes the air volume utilization efficiency of the fan reach more than 95%.
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CFD Fluid Simulation Technology
Use CFD software to analyze, calculate and predict the flow field, and display the phenomena occurring in the flow field through analysis. Predict the performance in a relatively short time and achieve the best design effect by changing various parameters.
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CAFL Professional Airflow Organization Laboratory
The air airflow organization laboratory is to study the entire process of air flowing inside the air duct, air injecting into the working area through the air duct and being discharged, as well as its laws and dynamic parameters, thereby providing important parameters for the design of the fabric air duct system.
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AI Flame - Retardant Technology
Adopting a new - generation fiber flame - retardant technology, inorganic polymer flame retardants exist in viscose fiber organic macromolecules in a nano - state or an interpenetrating network state to make flame - retardant fibers, which are then woven into permanent flame - retardant fabrics. After testing, it meets the index requirements of B1 level in GB8624 - 2012 "Classification of Burning Performance of Building Materials and Products".