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Automotive Cooling Fan Injection Mold
Gree Daikin Precision Mold
PP-GF20
Central spindle has insert; Has requirement of longitudinal & lateral deflection; Blade accuracy will affect air volume and noise; Thick thickness of hub.
Blade machining accuracy ±0.01, CAV&COR central spindle concentricity 0.02
BeCu cooling for middle hub; Adjustable eccentricity of central spindle; Fine machining of blade and no polishing.
Makino CNC can ensure blade machining accuracy; Have rich technical experience and database about controlling warpage.
Why choose our automotive cooling fan injection mold?
This mold is designed for high-performance automotive cooling fans, featuring a central spindle with inserts and stringent requirements for longitudinal and lateral deflection. The precision of the blades directly impacts air volume and noise levels, while the hub is characterized by its thick structure. The machining accuracy achieves ±0.01 for the blades and 0.02 for the CAV&COR central spindle concentricity. Key technical highlights include beryllium copper cooling for the middle hub, adjustable central spindle eccentricity, and fine blade machining that eliminates the need for polishing. GDM's advantages lie in its ability to ensure blade machining accuracy using Makino CNC, backed by extensive technical expertise and a comprehensive database for controlling warpage.
Our automotive cooling fan injection molds have excellent design and advanced manufacturing technology, and are committed to meeting our customers' various needs in automotive thermal systems. The following are the core features and advantages of our molds.
The automotive thermal system cooling fan molds we produce are famous for their high precision and complex processing structures. By using advanced Makino CNC processing technology and strict process control, each blade is ensured to have extremely high precision (±0.01mm), ensuring the consistency and reliability of fan products, so that the cooling fan can perfectly adapt to the automotive thermal system, providing Best cooling effect.
In order to improve production efficiency, our cooling fan mold design integrates an automated robot system. This not only achieves efficient production and reduces human intervention and operation time, but also ensures product consistency and quality stability, thereby significantly improving production efficiency.
Focus on the research and development of low noise and low energy consumption automotive cooling fan molds
By optimizing the fan blade design and dynamic balance adjustment (the blade accuracy is ±0.01mm, and the concentricity of the moving and fixed mold shafts is 0.02mm), the noise during fan operation is reduced, and energy-saving materials and processes are used to enable the fan to efficiently dissipate heat. Lower energy consumption, environmentally friendly and economical.
Our cooling fan molds feature high air volume and dynamic balance design to ensure that the fan can maintain smooth operation when rotating at high speed. The high air volume design improves the cooling efficiency of the radiator, while dynamic balance control reduces vibration and noise, extending the life of the fan.
It ensures that the cooling fan mold maintains stable performance during long-term, high-intensity production, improves the durability of the mold, and ensures the reliability of the product under various complex working conditions.
In order to meet the individual needs of different customers, we provide comprehensive customized services, as well as professional ODM and OEM services. From mold design and manufacturing to final products, we can provide tailor-made solutions based on our customers' specific requirements to ensure our customers' unique needs are met.
Our automotive cooling fan injection mold combines many advantages such as high precision, automation, high efficiency, low noise, low energy consumption, high air volume, durability and technological innovation. We can provide you with the best quality solutions and are your best choice in automotive cooling systems. An indispensable choice to help your products stand out in the market.
Why choose our automotive cooling fan injection mold?
This mold is designed for high-performance automotive cooling fans, featuring a central spindle with inserts and stringent requirements for longitudinal and lateral deflection. The precision of the blades directly impacts air volume and noise levels, while the hub is characterized by its thick structure. The machining accuracy achieves ±0.01 for the blades and 0.02 for the CAV&COR central spindle concentricity. Key technical highlights include beryllium copper cooling for the middle hub, adjustable central spindle eccentricity, and fine blade machining that eliminates the need for polishing. GDM's advantages lie in its ability to ensure blade machining accuracy using Makino CNC, backed by extensive technical expertise and a comprehensive database for controlling warpage.
Our automotive cooling fan injection molds have excellent design and advanced manufacturing technology, and are committed to meeting our customers' various needs in automotive thermal systems. The following are the core features and advantages of our molds.
The automotive thermal system cooling fan molds we produce are famous for their high precision and complex processing structures. By using advanced Makino CNC processing technology and strict process control, each blade is ensured to have extremely high precision (±0.01mm), ensuring the consistency and reliability of fan products, so that the cooling fan can perfectly adapt to the automotive thermal system, providing Best cooling effect.
In order to improve production efficiency, our cooling fan mold design integrates an automated robot system. This not only achieves efficient production and reduces human intervention and operation time, but also ensures product consistency and quality stability, thereby significantly improving production efficiency.
Focus on the research and development of low noise and low energy consumption automotive cooling fan molds
By optimizing the fan blade design and dynamic balance adjustment (the blade accuracy is ±0.01mm, and the concentricity of the moving and fixed mold shafts is 0.02mm), the noise during fan operation is reduced, and energy-saving materials and processes are used to enable the fan to efficiently dissipate heat. Lower energy consumption, environmentally friendly and economical.
Our cooling fan molds feature high air volume and dynamic balance design to ensure that the fan can maintain smooth operation when rotating at high speed. The high air volume design improves the cooling efficiency of the radiator, while dynamic balance control reduces vibration and noise, extending the life of the fan.
It ensures that the cooling fan mold maintains stable performance during long-term, high-intensity production, improves the durability of the mold, and ensures the reliability of the product under various complex working conditions.
In order to meet the individual needs of different customers, we provide comprehensive customized services, as well as professional ODM and OEM services. From mold design and manufacturing to final products, we can provide tailor-made solutions based on our customers' specific requirements to ensure our customers' unique needs are met.
Our automotive cooling fan injection mold combines many advantages such as high precision, automation, high efficiency, low noise, low energy consumption, high air volume, durability and technological innovation. We can provide you with the best quality solutions and are your best choice in automotive cooling systems. An indispensable choice to help your products stand out in the market.
