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Featured Snippet: Why are plastic parts used in HVAC systems? Engineered plastics are used in modern HVAC systems to improve performance, reliability, and efficiency over traditional metal components. The primary benefits include superior corrosion resistance to prevent rust and leaks, improved aerodynamic efficiency for better airflow and energy savings, and significant noise and vibration reduction. […]

Featured Snippet: Why is injection molding used for HVAC components? Plastic injection molding is the dominant manufacturing process for HVAC components because it uniquely translates complex designs into high-performance parts at scale. Key advantages include creating intricate aerodynamic shapes for better efficiency, consolidating multiple metal parts into a single component to slash assembly costs, and […]

Featured Snippet: Why is injection molding used for HVAC components? Plastic injection molding is the dominant manufacturing process for HVAC components because it uniquely translates complex designs into high-performance parts at scale. Key advantages include creating intricate aerodynamic shapes for better efficiency, consolidating multiple metal parts into a single component to slash assembly costs, and […]

The Unseen Workhorses: A Deep Dive into the Plastic Components of Modern Air Handling Units When you picture an Air Handling Unit (AHU), the image that likely comes to mind is a large, formidable metal box—an industrial appliance of insulated steel panels and robust framework. It’s the powerful heart of an HVAC system, responsible for […]

Featured Snippet: How are plastic HVAC components made? Plastic HVAC components are predominantly made using injection molding. This high-speed manufacturing process involves injecting molten plastic into a precision mold, allowing for the mass production of identical parts. Its main advantages for the HVAC industry are the ability to create complex aerodynamic shapes for better efficiency […]

Featured Snippet: Does better mould design save money? Yes, investing more in initial mould design saves significant money in the long run. A highly-optimized mould reduces cycle time, minimizes material waste, and lowers defect rates. These manufacturing efficiencies result in a lower cost-per-part that quickly outweighs the higher upfront investment in design. How to Reduce […]