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Air Conditioning Copper Dispensers Manufacturers

Zhejiang Yinjia Copper Co., Ltd.
was set up in 2004.

Yinjia was established in 2004 with a registered capital of 55.6 million Yuan, located in the southeast of Zhejiang Province, China, 80KM from Hangzhou and 70KM from Ningbo, our factory covers an area of 24,000 square meters and has 240 manufacturing staff. We have also obtained the "Copper Pipe Production License" issued by the General Administration of Quality Supervision and Inspection of China and passed the ISO9001:2008 international quality management system certification.

As China Air Conditioning Copper Dispensers Manufacturers and Factory, Yinjia specializes in the production of precision purple copper tubes, purple copper pipeline components and steel pipe pipeline components. The main products are: copper pipe assemblies, connecting pipes, bellows, silencers, four-way valve pipe assemblies for air conditioners, suction and discharge pipes applied to compressors, high-efficiency copper pipes for heat exchangers, etc. The products we produce are widely used in the air conditioning, refrigeration and heat exchanger industries and are well evaluated by our customers.


In 2014, Yinjia's sales of copper materials reached 1500 tons, and the output of products reached 80 million pieces, with an output value of 28,000,000 RMB. The company takes the market as the guide and strengthens the internal management, reform and innovation, implements 6S management, lean production, constantly restructuring, and improves the quality of products and services. Supply Air Conditioning Copper Dispenser Custom


With the tenet of "customer first, quality first", the company is dedicated to providing customers with satisfactory products and considerate services.

  • 24,000㎡

    Plant area

  • 150

    Manufacturing staff

  • 230+

    Machines

  • 300,000

    Daily output

Partners
  • DUNAN
  • SANHUA
  • OUTES

Qualification

  • ISO 9001:2015

  • ISO 9001:2015

  • Invention Patent Certification

  • High and New Technology Enterprise Certification

Industry knowledge
 How does the dispersion pattern or design of the Air Conditioning Copper Dispenser impact the efficiency of the refrigerant flow?
The dispersion pattern or design of an air conditioning copper dispenser significantly impacts the efficiency of the refrigerant flow within an HVAC (Heating, Ventilation, and Air Conditioning) system. The dispersion pattern influences how the refrigerant is distributed and metered, affecting the overall performance and efficiency. Here's how it impacts efficiency:
Even Refrigerant Distribution: The dispersion design ensures that the refrigerant is evenly distributed across the evaporator coil or cooling component. Even distribution helps maximize the coil's heat exchange surface area utilization, ensuring efficient cooling or heating.
Minimized Overfeeding or Underfeeding: Proper dispersion design helps prevent overfeeding or underfeeding of refrigerant to different sections of the coil. Overfeeding can lead to reduced efficiency and potential liquid slugging in the compressor, while underfeeding can result in decreased cooling or heating capacity.
Improved Heat Transfer: A well-designed dispersion pattern promotes efficient heat transfer between the refrigerant and the air passing over the coil. This enhanced heat transfer is critical for achieving the desired temperature change within the air and the overall cooling or heating effect.
Reduced Superheat and Subcooling: The dispersion pattern can help control the superheat (the temperature difference between the refrigerant and its saturation temperature) and subcooling (the temperature difference between the refrigerant and its condensation temperature) within the system. Proper control of superheat and subcooling optimizes the system's energy efficiency.
Preventing Coil Frosting: Effective dispersion prevents uneven refrigerant distribution that can lead to coil frosting and reduced heat transfer efficiency. Frost or ice formation on the coil surface acts as an insulator, reducing the coil's ability to absorb or release heat.
Enhanced System Efficiency: By promoting uniform refrigerant distribution and efficient heat transfer, the dispersion design contributes to the overall efficiency of the air conditioning system. This results in better cooling or heating performance with reduced energy consumption.
Reduced Pressure Drop: A well-designed dispersion pattern minimizes pressure drop within the coil, allowing the refrigerant to flow with less resistance. Lower pressure drop leads to reduced energy consumption and improved system efficiency.
Balanced Airflow: Efficient Air Conditioning Copper Dispenser also helps maintain balanced airflow across the coil. Balanced airflow is essential for consistent temperature control and optimal system performance.
Reduced Compressor Load: Proper dispersion patterns prevent conditions that could overburden the compressor, reducing wear and tear on the compressor and improving its lifespan.
Enhanced Dehumidification: Effective dispersion can contribute to improved dehumidification in air conditioning systems by ensuring the coil operates efficiently, which is vital for maintaining indoor comfort.
The specific design of the dispersion pattern varies based on the system's requirements, such as the type of refrigerant used and the coil size. Achieving the right balance of even distribution and efficiency is essential to optimize the performance of the HVAC system while minimizing energy consumption. Proper design and installation of the air conditioning copper dispenser are key factors in achieving these goals.

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