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...industrial excimer laser processing system is designed for high-precision microfabrication, semiconductor annealing, and thin-film patterning. It supports full integration into automated production lines wit...
... coatings (PE, PLA, PFAS-free aqueous dispersions, photoresist, polymers) onto substrates including pulp-molded tableware, semiconductor wafers, glass panels, and flexible films. Using precision rotary index...
...size, light weight, easy to carry and high precision. Equip with high performance capacitive polymer film humidity sensor and semiconductor temperature sensor, it is widely used in the fields such as thermal...
...flat panel displays, electrodes and wiring materials for thin film solar cells and barrier layer materials for semiconductors. These are based on molybdenum's high melting point, high electrical conductivity...
...used for flat panel displays, electrodes and wiring materials for thin film solar cells and barrier layer materials for semiconductors. These are based on molybdenum's high melting point, high electrical con...
... molybdenum metal. They are widely used in vacuum deposition systems for applications such as thin film coating, semiconductor manufacturing, and optical coatings. The boat shape allows for easy loading and ...
...,expecially for semiconductor susceptor and etching ring. Graphite susceptor, a high-purity graphite disk, with a circular groove on it to fix the wafer substrate.After placing them in the furnace, a layer o...
...silicon carbide on the surface of the semiconductor epitaxial susceptor and etching ring. Epitaxial base, a high-purity graphite disk, with a circular groove on it to fix the wafer substrate. After placing t...
...surface of the semiconductor epitaxial susceptor and etching ring. CVD furnaces used for the chemical vapor deposition (CVD) process. Chemical vapor deposition is a process in which a thin film is deposited ...
... of the semiconductor epitaxial susceptor and etching ring. Epitaxial base, a high-purity graphite disk, with a circular groove on it to fix the wafer substrate.After placing them in the furnace, a layer of ...
... deposition (PVD) process, High-resistance sputtering targets can form high-resistance thin films, which are suitable for optics, electronics, semiconductors, functional coatings and other fields. By control...
... conductivity. These properties make them especially suitable for depositing high-performance thin films under harsh operating conditions. They are vital functional materials widely used across the semicondu...
...semiconductor materials have become the core driving force for industrial advancement. Among these, Zinc Telluride (ZnTe) has emerged as a critical coating material, prized for its wide bandgap and superior ...
..., and good thermal conductivity. They are widely used in semiconductors, optical coatings, and functional coatings. Due to zirconium’s excellent physical and chemical properties and strong affinity for oxyge...
.... MoNb Molybdenum Niobium Sputtering Targets are used to prepare wear-resistant, high-temperature-resistant, and corrosion-resistant functional films, with applications in semiconductor, optical, energy, and...
... machining, it forms a high-density, uniform functional target material. With silicon's semiconductor properties and aluminum's excellent thermal conductivity, the silicon-aluminum target can deposit thin fi...
...semiconductor fabrication, precision optical coatings, and advanced electronic device manufacturing. Tantalum performs stably under high vacuum conditions and is resistant to oxidation, making it widely used...
... are critical for depositing high-performance carbon films in sectors such as semiconductors, photovoltaics, and advanced battery materials, where maintaining material integrity during high-temperature proce...
...high-purity silicon dioxide (SiO2), widely used in vacuum coating processes for optoelectronics, semiconductors, and optical films. Quartz rings feature high light transmittance, low thermal expansion coeffi...
... films) due to its adjustable melting temperature range, excellent interface compatibility, and stability. Precise stoichiometric control allows for the tuning of characteristic temperatures, ......