Molybdenum target is a very environmentally friendly sputtering material. Its purity requirement is generally above 99.95%, and it can deposit high-quality thin film coatings. At the end of August, we successfully delivered the Molybdenum Sputtering Target ordered by Canadian customers to their designated delivery location via international express. After receiving the product, the customer gave a high evaluation of the processing technology, quality, and sealing degree of the target, and said that if there is a need, he will contact us again. Our company can accept customized services in size and shape, and all metal products are certified by the IOS organization.
Our ordering process is as follows:
Customers can first send us an email to tell us their ordering requirements, and we will provide a product catalog. After determining that a certain type of product is needed, we will reconfirm with the customer the order quantity, price and whether customized service of product specifications is required. If necessary, customers can provide drawings directly or put forward their own requirements. We will provide samples here and put them into production after consensus is reached. The delivery period is then determined based on the quantity or the number of days for custom processing. If the delivery time changes due to some factors, we will inform customers in advance.
High Purity Mo Sputter Target can be made by powder metallurgy, smelting or hot isostatic pressing and sintering, and has the advantages of high melting point, high density, high strength, high purity, stable microstructure, good heat resistance and conductivity, low thermal expansion coefficient, strong corrosion resistance, high coating quality, strong resistance to current impact and long service life. Molybdenum Round Targets are often used in electronics and electrical, glass coating, processing tools, ion sputtering, solar energy and data storage industries, and play a role in improving the brightness, contrast and color of displays, and improving the surface performance and service life of important components. Its shape can be round, rectangular and tubular, and is generally selected according to the actual application requirements.
