Anhui Yagesheng Electronic New Materials Co., Ltd.
Anhui Argosun New Electronic Materials
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Product Description
| Product Category | Secondary Category | Product Name | Image introduction | Manufacturer | Product Features |
| Specialty Electronic Gases and Precursors | Precursor | Trimethylindium |
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Anhui Yagesheng Electronic New Materials Co., Ltd. |
1. Product Name: Trimethylindium 2. Specifications: 350 g/bottle, 850 g/bottle 3. Structural Principle: The carrier gas flows through the interior of the cylinder, carrying MO source vapor via the equipment piping to the reaction chamber of the MOCVD system. 4. Functional Use: Core raw material used for growing epitaxial wafers for LED light-emitting diodes. 5. Ingredient Content: UHP ultra-high purity >99.9999% 6. State (solid/liquid/gas, semi-finished/finished product, etc.): Trimethylindium is a white, self-igniting solid finished product stored in stainless steel cylinders. It will spontaneously combust upon exposure to air and reacts vigorously with water. It is classified as a Class 4.2 hazardous chemical. 7. Processing Technology: The trimethylindium material is produced by synthesizing a chemical alloy using a mature and unique technology, followed by further processing through a purification procedure to obtain the finished product. |
| Specialty Electronic Gases and Precursors | Precursor | Trimethylaluminum |
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Anhui Yagesheng Electronic New Materials Co., Ltd. |
1. Product Name: Trimethylaluminum 2. Specifications and models: 250 g/bottle, 750 g/bottle, 1200 g/bottle; 3. Structural Principle: The carrier gas flows through the interior of the cylinder, carrying MO source vapor via the equipment piping to the reaction chamber of the MOCVD system. 4. Functional Use: Core raw material used for growing epitaxial wafers for LED light-emitting diodes. 5. Ingredient Content: UHP ultra-high purity >99.9999% 6. State (solid/liquid/gas, semi-finished/finished product, etc.): Trimethylaluminum is a colorless, self-igniting liquid in its finished form. It is stored in stainless steel cylinders and will spontaneously ignite upon exposure to air. When it comes into contact with water, it undergoes a vigorous combustion reaction. It is classified as a Class 4.2 hazardous chemical. 7. Processing Technology: The trimethylaluminum material is produced by synthesizing a chemical alloy using a mature and unique technology, followed by further processing through a purification procedure to yield the finished product. |
| Specialty Electronic Gases and Precursors | Precursor | Triethylgallium |
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Anhui Yagesheng Electronic New Materials Co., Ltd. |
1. Product Name: Triethylgallium 2. Specifications and models: 400 g/bottle, 1000 g/bottle, 2000 g/bottle; 3. Structural Principle: The carrier gas flows through the interior of the cylinder, carrying MO source vapor via the equipment piping to the reaction chamber of the MOCVD system. 4. Functional Use: Core raw material used for growing epitaxial wafers for LED light-emitting diodes. 5. Ingredient Content: UHP ultra-high purity >99.9999% 6. State (solid/liquid/gas, semi-finished/finished product, etc.): Trimethylgallium is a colorless, self-igniting liquid finished product packaged in stainless steel cylinders. It will spontaneously combust upon exposure to air and reacts vigorously with water, causing intense combustion. It is classified as a Class 4.2 hazardous chemical. 7. Processing Technology: The triethyl gallium material is produced by synthesizing a chemical alloy using a mature and unique technology, followed by further processing through a purification procedure to yield the finished product. |
| Specialty Electronic Gases and Precursors | Precursor | Bis(methylcyclopentadienyl)magnesium |
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Anhui Yagesheng Electronic New Materials Co., Ltd. |
1. Product Name: Magnesocene 2. Specification and Model: 50 grams/bottle; 3. Structural Principle: The carrier gas flows through the interior of the cylinder, carrying MO source vapor via the equipment piping to the reaction chamber of the MOCVD system. 4. Functional Use: Core raw material used for growing epitaxial wafers for LED light-emitting diodes. 5. Ingredient Content: UHP ultra-high purity >99.9999% 6. State (solid/liquid/gas, semi-finished/finished product, etc.): Bis(methylcyclopentadienyl)magnesium is a colorless, self-igniting solid finished product packaged in stainless steel cylinders. It will spontaneously combust upon exposure to air and reacts vigorously when it comes into contact with water. It is classified as a Class 4.2 hazardous chemical. 7. Processing Technology: The bis(methylcyclopentadienyl)magnesium material is produced by synthesizing a chemical alloy using mature and unique technology, followed by further processing through a purification procedure to obtain the finished product. |
| Specialty electronic gases and precursors | Specialty electronic gases | Silane |
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Nanjing Yage Tai New Energy Materials Co., Ltd. |
1. Product Name: Magnesocene 2. Specification and Model: 50 grams/bottle; 3. Structural Principle: The carrier gas flows through the interior of the cylinder, carrying MO source vapor via the equipment piping to the reaction chamber of the MOCVD system. 4. Functional Use: Core raw material used for growing epitaxial wafers for LED light-emitting diodes. 5. Ingredient Content: UHP ultra-high purity >99.9999% 6. State (solid/liquid/gas, semi-finished/finished product, etc.): Bis(methylcyclopentadienyl)magnesium is a colorless, self-igniting solid finished product packaged in stainless steel cylinders. It will spontaneously combust upon exposure to air and reacts vigorously when it comes into contact with water. It is classified as a Class 4.2 hazardous chemical. 7. Processing Technology: The bis(methylcyclopentadienyl)magnesium material is produced by synthesizing a chemical alloy using mature and unique technology, followed by further processing through a purification procedure to obtain the finished product. |
| Specialty electronic gases and precursors | Specialty electronic gases | Disilane |
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Nanjing Yage Tai New Energy Materials Co., Ltd. |
1. Product Name: Silane 2. Specifications: 10 kg/bottle, 120 kg/bottle; 3. Operating Principle: After the silane gas in the cylinder is depressurized, it is transported through equipment pipelines to the reaction chamber of the CVD equipment. 4. Functional Applications: Used in semiconductor thin-film processes, diffusion processes, diffusion processes for solar photovoltaic cells, TFT/LCD mask fabrication processes, and more. 5. Ingredient Content: UHP ultra-high purity >99.9999% 6. State (solid/liquid/gas, semi-finished/finished products, etc.): Silane is a colorless, self-igniting gas that is contained in 30CrMo or 37Mn steel cylinders conforming to GB5099/DOT-3AA standards. It will spontaneously ignite upon exposure to air. It is classified as a Class 2.1 hazardous chemical. 7. Processing Technology: The silane material is produced by synthesizing a chemical alloy using a mature and unique technology, followed by further processing through a purification process to yield the finished product. |
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