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DLC Coating Ejector Pins DLC Coating Ejector Pins DLC Coating Ejector Pins DLC Coating Ejector Pins DLC Coating Ejector Pins
DLC Coating Ejector Pins
DLC Coating Ejector Pins DLC Coating Ejector Pins DLC Coating Ejector Pins DLC Coating Ejector Pins

DLC Coating Ejector Pins

60 INR/Unit

Product Details:

  • Mould Base Mould base
  • Core Material Through Hardened & Ground Steel
  • Usage Industries
  • Material Steel
  • Size Surface Finish : 0.3 micron -.04 micron
  • Product Type DLC Coating Ejector Pins
  • Color Silver
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DLC Coating Ejector Pins Price And Quantity

  • 20 Unit
  • 60 INR/Unit

DLC Coating Ejector Pins Product Specifications

  • Surface Finish : 0.3 micron -.04 micron
  • 100 600 mm Millimeter (mm)
  • Silver
  • DLC Coating Ejector Pins
  • Through Hardened & Ground Steel
  • 1 year
  • Mould base
  • Industries
  • Steel

DLC Coating Ejector Pins Trade Information

  • Cash Advance (CA), Cash in Advance (CID), Cheque
  • 1000 Unit Per Week
  • 7 Days
  • Carton packaging / As per clients requirement.
  • All India
  • We provide Test & hardness Certificate also Nsic and ISO Certified.

Product Description

DLC (Diamond-Like Carbon) Coating Ejector Pins are advanced, high-performance components designed to enhance the durability, efficiency, and precision of injection molding processes. The DLC coating provides exceptional hardness, low friction, and high wear resistance, making these ejector pins ideal for demanding molding applications.

Key Features of DLC Coating Ejector Pins

  1. Superior Hardness:

    • DLC coating offers diamond-like hardness, enhancing the pins resistance to wear and deformation.
  2. Low Friction Coefficient:

    • The coating significantly reduces friction, allowing for smoother ejection and reducing wear on molds and pins.
  3. Corrosion Resistance:

    • Exceptional resistance to rust and chemical degradation, ensuring longevity even in harsh environments.
  4. Enhanced Thermal Resistance:

    • Can withstand high-temperature molding applications without compromising performance.
  5. Anti-Adhesion Properties:

    • Prevents molten plastic from sticking to the pin, ensuring clean ejection and reducing downtime for cleaning.

Advantages of Using DLC Coating Ejector Pins

  • Extended Lifespan:

    • The DLC coating significantly increases the durability of the pins, reducing the frequency of replacements.
  • Improved Mold Protection:

    • Low-friction properties reduce wear on mold cavities, extending mold life.
  • Enhanced Productivity:

    • Smooth ejection and anti-adhesion properties minimize cycle times and reduce maintenance needs.
  • Cost Efficiency:

    • Though initially more expensive, DLC-coated pins offer long-term savings by reducing replacements and maintenance.

Applications of DLC Coating Ejector Pins

  • Medical Industry:

    • Used in the production of clean, high-precision medical components.
  • Automotive Sector:

    • Ideal for manufacturing durable, intricate automotive parts.
  • Electronics:

    • Ensures smooth molding of small, delicate electronic components.
  • Packaging Industry:

    • Suitable for producing lightweight, high-quality packaging materials.




Superior Performance and Durability

DLC Coating Ejector Pins are crafted from premium through-hardened and ground steel, delivering excellent longevity and reliability. The advanced DLC coating significantly reduces friction and wear, resulting in extended service life and reduced maintenance costs. An ultra-fine surface finish ensures optimal performance for industrial applications, making these ejector pins a vital choice for mould bases in diverse sectors.


Wide Application and Custom Sizing

These pins cater to a broad spectrum of industrial needs with customizable lengths between 100 and 600 mm. Engineered for compatibility with mould bases, their silver finish provides not just aesthetic appeal but corrosion resistance. Each pins surface precision helps maintain consistent quality and seamless operation across different machinery settings, supporting a variety of industrial processes in India and abroad.

FAQs of DLC Coating Ejector Pins:


Q: How do DLC coating ejector pins benefit industrial moulding processes?

A: DLC coating provides a hard, low-friction surface on the ejector pins, which enhances their wear resistance and minimizes sticking or scratching during the moulding process. This results in smoother part release, reduced cycle times, and longer tool life, translating to increased productivity and lower maintenance needs in industrial applications.

Q: What is the material and surface finish specification of these ejector pins?

A: These ejector pins are manufactured from through-hardened and ground steel, ensuring durability and consistent performance. They feature a surface finish ranging from 0.3 micron to 0.04 micron, which offers a high degree of precision and smoothness, critical for industrial moulding activities.

Q: When is it recommended to replace or service DLC coating ejector pins?

A: It is advisable to inspect ejector pins periodically as part of routine maintenance, especially in high-volume production environments. Pins should be replaced or serviced if there are any signs of wear, diminished surface smoothness, or if the performance drops, typically within or after the one-year warranty period, depending on usage intensity.

Q: Where can these DLC coating ejector pins be used?

A: These pins are specifically designed for use with mould bases in various industries, including injection moulding, die casting, and other manufacturing sectors that require precise and reliable ejector mechanisms. Their size and coating make them suitable for a vast array of industrial machinery.

Q: What is the process for manufacturing these DLC coating ejector pins?

A: The process involves selecting high-grade steel, which is then through-hardened and ground to meet strict specifications. The pins are next coated with Diamond-Like Carbon (DLC) using advanced deposition techniques, resulting in a robust, smooth, and wear-resistant finish before detailed inspection and packaging.

Q: How should these ejector pins be installed and maintained?

A: Installation involves fitting the pins into the mould base according to the machinery and mould specifications, ensuring correct alignment and spacing. Maintenance includes regular cleaning, lubrication if required, and inspections to check for surface degradation or performance issues. Following manufacturer guidelines ensures prolonged service life.

Q: What are the key benefits of using your DLC coating ejector pins over standard options?

A: Our DLC coating ejector pins offer superior hardness, reduced friction, and increased resistance to corrosion and wear compared to standard pins. This leads to longer operating intervals, fewer replacements, and greater consistency in high-volume production environments, providing a significant advantage for industrial users.

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