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Then, nowadays faced with a urgent issue, the reconsideration of company technological competitiveness through the advancement of semiconductor industrial structure, our company is moving towards its technological innovations according to rapid changes in technologies and the circulation of product cycles based on this conviction.4M Electro Optics Co., Ltd. promises our customers that it will be a company of good ideas, wonderful memories, and excellent products at all times.
Evaporation Material
50 USD ($)/Kilograms
Product Details:
- Features High Purity, Low Impurity Level, Customizable Sizes and Shapes
- Usage & Applications Thin film deposition, Optical coating, Semiconductor manufacturing, Laboratory research
- Shape Pellets, Granules, Tablets, Rods, Shots, Discs, etc.
- Diameter Custom or Standard (on demand)
- Size Available in Standard and Custom Sizes
- Capacity Varies (Depends on Shape & Requirements)
- Surface Finish High Purity
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Evaporation Material Price And Quantity
- 100 Kilograms
- 50 USD ($)/Kilograms
Evaporation Material Product Specifications
- Customizable / As per order
- Electric
- High Purity
- Polished or As Required
- Varies (Depends on Shape & Requirements)
- Metallic Grey/Silver/As per Material
- Available in Standard and Custom Sizes
- Standard or Custom (as required)
- Customizable as per requirement
- High Purity, Low Impurity Level, Customizable Sizes and Shapes
- High Vacuum Environment
- Vacuum Deposition
- Pellets, Granules, Tablets, Rods, Shots, Discs, etc.
- Custom or Standard (on demand)
- Evaporation Material
- High Purity Metal or Alloy (e.g., Aluminium, Copper, Gold, Silver, etc.)
- Thin film deposition, Optical coating, Semiconductor manufacturing, Laboratory research
- Varies as per composition and size
Product Description
Product Description
Specification
Company Profile
Our company creates and seeks a healthy company culture, and is making efforts to promote the atmosphere that allows our employees to develop themselves in a pleasant environment under the conviction that workplace should be a living place for their personal development and the realization of their dreams as members of society.
High-Purity for Critical Applications
Our evaporation materials deliver exceptional purity-up to 99.999%-making them ideal for environments where even trace impurities can impact results. With customizable shapes, dimensions, and surface finishes, they meet the stringent requirements in thin film deposition, semiconductor manufacturing, and optical coating.
Engineered for Vacuum Deposition Technologies
Designed for high-vacuum operations, these materials maintain integrity under demanding conditions. Whether used with electron beam, sputtering, or thermal evaporation, their superior thermal stability and compatibility ensure optimum performance and process reliability for research and industrial needs.
Secure Packaging and Adaptable Supply
Each order is packaged in vacuum-sealed or inert-gas conditions to prevent contamination, with MOQs based on your project's scale. As a trusted distributor, exporter, manufacturer, supplier, and trader in South Korea, we customize products to match your exact requirements and ensure long shelf life when properly stored.
FAQ's of Evaporation Material:
Q: How should I store high-purity evaporation materials to maintain their quality?
A: Store the materials in a cool, dry, and non-corrosive environment. Keep them in their original vacuum-sealed or inert-gas packing until use to prevent contamination and ensure long shelf life.Q: What applications benefit from using these high-purity evaporation materials?
A: They are widely used in thin film deposition, optical coatings, semiconductor manufacturing, and laboratory research due to their low impurity levels, excellent thermal stability, and customizability.Q: When is it necessary to choose a material with 99.999% purity for evaporation processes?
A: Ultra-high purity (99.999%) is essential when even minimal contaminants could affect the structural, optical, or electronic properties of thin films, such as in advanced electronics or precision optics production.Q: Where can these materials be applied within vacuum deposition setups?
A: They are suitable for use in electron beam, sputtering, and thermal evaporation systems commonly found in research institutions, semiconductor facilities, and optical device manufacturing plants.Q: What is the process for ordering evaporation materials in custom sizes or shapes?
A: Customers can specify dimensions, shape (pellets, granules, rods, etc.), material type, and other attributes when placing orders. Minimum order quantities and product specifications are determined through direct negotiation.Q: What are the benefits of vacuum-sealed or inert-gas packaging?
A: This packaging method protects the high-purity materials from atmospheric contamination and oxidation, preserving their quality until they are ready for use in sensitive vacuum deposition processes.Q: How does using materials with excellent thermal stability improve vacuum processes?
A: Materials with superior thermal stability maintain their composition and performance during high-temperature vacuum operations, ensuring consistent thin film quality and repeatability across deposition cycles.Tell us about your requirement
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