Product Description
Air Ejector Pin Type A is an advanced component designed to eject molded parts using compressed air in a controlled manner. This type of ejector pin is ideal for applications requiring precise ejection without causing damage to the molded parts. Its robust design and superior material quality make it suitable for demanding industrial applications.
Key Features of Air Ejector Pin Type A:
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High-Quality Material:
- Manufactured from Hardened Steel, Stainless Steel, or High-Speed Steel for excellent durability and wear resistance.
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Advanced Airflow Design:
- Engineered with internal air channels to provide consistent and uniform airflow for smooth ejection.
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Corrosion Resistance:
- Treated surfaces prevent rust and corrosion, ensuring long-lasting performance.
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Enhanced Precision:
- Perfectly ground and polished surface minimizes friction and ensures gentle ejection of delicate parts.
Advantages of Air Ejector Pin Type A:
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Damage-Free Ejection:
- Ensures safe ejection of fragile, thin-walled, or complex molded parts.
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Higher Productivity:
- Speeds up the molding cycle by providing consistent and effective part ejection.
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Cost-Effective:
- Reduces maintenance costs by minimizing damage to molds and parts.
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Versatility:
- Suitable for a wide range of applications, from simple to highly intricate mold designs.
Applications of Air Ejector Pin Type A:
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Automotive Components:
- Ejecting precision-engineered parts with complex geometries.
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Medical Devices:
- Safe handling of delicate and intricate medical parts.
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Electronics Industry:
- Protects fragile housings and connectors during ejection.
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Plastic Packaging:
- Ensures the integrity of lightweight and delicate packaging components.
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High-Quality Material for Superior PerformanceConstructed from SUS-420 stainless steel, Air Ejector Pin Type A offers exceptional strength and corrosion resistance, making it ideal for continuous operation in demanding industrial environments. Its precise surface finish enhances the longevity and accuracy of molding processes.
Versatile Length Range for Multiple ApplicationsAvailable in lengths from 100 mm to 600 mm, this ejector pin can accommodate various die sizes and requirements. Its versatility ensures compatibility in automotive, electronics, and other sectors requiring die casting solutions.
Trusted by Industry LeadersSupplied by experienced manufacturers, exporters, suppliers, and traders in India, Air Ejector Pin Type A is recognized for its quality and reliability. Each pin is backed by a 1-year warranty, providing confidence and support to users.
FAQs of Air Ejector Pin Type A:
Q: How is the Air Ejector Pin Type A installed in industrial die casting molds?
A: The Air Ejector Pin Type A is designed for seamless integration into die casting molds. It is typically inserted through designated pin holes in the die, allowing efficient ejection of formed components by delivering a controlled air pulse or mechanical pressure.
Q: What is the benefit of the SUS-420 core material in these ejector pins?
A: SUS-420 stainless steel offers excellent hardness and resistance to wear, ensuring the ejector pins maintain their shape and performance even under high-pressure casting operations. This results in reduced maintenance and longer service life.
Q: When should I consider replacing the Air Ejector Pin Type A?
A: Replacement is recommended if the pin shows signs of wear, bending, or surface degradation beyond the 0.3 micron - 0.04 micron specification, or when its performance in ejection becomes less efficient. The included 1-year warranty also provides guidance for timely replacement.
Q: Where are these ejector pins commonly used?
A: Air Ejector Pin Type A is widely used in industrial sectors such as automotive, electronics, and machine parts manufacturing, wherever die casting molds require precise ejection of components.
Q: What is the process for maintaining these ejector pins?
A: Regular inspection for wear and cleanliness is crucial. Lubrication should be applied as recommended to preserve the micron-level surface finish, and pins must be replaced if any deformation or corrosion is detected to uphold the integrity of casting operations.
Q: How does the surface finish of 0.3 micron - 0.04 micron benefit die casting operations?
A: A fine surface finish minimizes friction during ejection, reduces the likelihood of component damage, and enhances overall mold release efficiency, leading to improved production quality and reduced downtime.