Semiconductor

As the integration level of integrated circuits continues to rise, the size of unit devices in circuits is constantly shrinking from millimeters to micrometers, and down to nanometers. Each unit device consists of a substrate, insulating layer, dielectric layer, conductor layer, and protective layer. Sputtering coating processes are required for the dielectric, conductor, and even protective layers. Therefore, sputtering targets are one of the core materials for manufacturing integrated circuits.

3

Image Name

Capacitors

Image Name

Resistors

Image Name

Sensors

Image Name

Integrated Circuits

As the integration level of integrated circuits continues to rise, the size of unit devices in circuits is constantly shrinking from millimeters to micrometers, and down to nanometers. Each unit device consists of a substrate, insulating layer, dielectric layer, conductor layer, and protective layer. Sputtering coating processes are required for the dielectric, conductor, and even protective layers. Therefore, sputtering targets are one of the core materials for manufacturing integrated circuits.

Image Name

Capacitors

Image Name

Resistors

Image Name

Sensors

Image Name

Integrated Circuits

As the integration level of integrated circuits continues to rise, the size of unit devices in circuits is constantly shrinking from millimeters to micrometers, and down to nanometers. Each unit device consists of a substrate, insulating layer, dielectric layer, conductor layer, and protective layer. Sputtering coating processes are required for the dielectric, conductor, and even protective layers. Therefore, sputtering targets are one of the core materials for manufacturing integrated circuits.

Image Name

Capacitors

Image Name

Resistors

Image Name

Sensors

Image Name

Integrated Circuits

Product

Titanium target material

Titanium targets are among the most widely used targets, with extensive applications in machining, components, aerospace, new energy, medical, electronics, and decoration. The TiN thin film formed by arc ion plating is a superhard coating with high hardness, high wear resistance, low friction coefficient, excellent corrosion resistance, strong high-temperature oxidation resistance, and good chemical stability. TiN coatings do not easily cause decarburization or porosity in the insert substrate, helping maintain the original cutting performance. The friction coefficient against iron-based metals is lower than that of TiC, reducing adhesion and built-up edge, significantly lowering surface roughness. Applying a 2-5μm TiN film on cutting tools can increase tool life by 2-10 times, cutting speed by 30%, feed rate by 20-100%, and improve workpiece smoothness by one grade.

Details ➜

Chromium target material

As one of the most widely used coating materials, Chromium provides wear-resistant and corrosion-resistant coatings for tools, molds, components, decoration, and bathroom fixtures. Hard coatings like Cr, CrN, and DLC offer optimal protection for engine components such as piston rings and valve tappets, extending their service life. Decorative Cr coatings provide smooth, wear-resistant surfaces for bathroom fixtures, watches, glasses, 3C electronics, and more. Length up to 1800mm, diameter up to 340mm.

Details ➜

Nickel-chromium target material

NiCr targets are highly mature and widely used in electronic components, medical, Low-E glass, and new energy sectors. Known for high-temperature strength and plasticity, NiCr is used in industrial furnaces and appliances.

Details ➜

Nickel-vanadium target material

Nickel Vanadium (NiV) sputtering targets are prepared by adding vanadium to the nickel melt, making the alloy more conducive to magnetron sputtering and combining the advantages of both metals. The non-magnetic NiV alloy has largely replaced pure nickel targets in the solar and electronics industries.

Details ➜

Nickel-copper target material

Copper and nickel can undergo infinite solidification and melting. CuNi alloys offer excellent electrical resistance, which is significantly affected by temperature, making them widely used for rheostats and precision resistance materials. Additionally, CuNi alloys possess good corrosion resistance, mechanical properties, and ductility, suitable for machinery parts and equipment bodies. NiCu alloy targets are commonly used in decoration, semiconductors, glass, LED, photovoltaic devices, optical communications, and optical information storage.

Details ➜

Silver target material

Silver is an important precious metal with stable physical and chemical properties, excellent thermal and electrical conductivity, softness, high ductility, and a reflectivity of over 99%. The electronics and electrical appliance industry is the largest consumer of silver, using it for electrical contacts, composites, and welding materials.

Details ➜

Tungsten-titanium target material

Tungsten has high density, while titanium offers good corrosion resistance and surface adhesion. Their excellent miscibility makes WTi an ideal thin-film material to prevent the diffusion of foreign atoms.

Details ➜

< 1 > proceed page

Efficient, durable, and reliable

Our sputtering targets boast exceptional purity, density, and finer grain sizes—qualities that have earned widespread acclaim in the industry. These superior characteristics enable the formation of stronger, denser, and smoother coatings on substrates, ensuring an efficient, durable, and reliable product experience. How do we achieve this? At the raw-material stage, we source only premium-grade materials and rigorously adhere to strict procurement standards. On the production floor, our team brings decades of expertise, mastering the art of crafting high‑quality sputtering targets. And during quality control, standardized inspection procedures combined with state‑of‑the‑art precision equipment ensure that even the slightest imperfections are identified and addressed, delivering products that are flawless.

We offer customized solutions.

We have a dedicated team of materials scientists and engineers ready to provide you with comprehensive, customized services. From dimensions and shapes to product‑specific performance requirements, we can even co‑develop solutions with you, offering design and development services for target material structures, compositions, and more—truly starting from your needs to deliver products that meet your expectations.

We remain steadfast in our pursuit of exceptional quality.

A high-caliber R&D team is the cornerstone of exceptional quality, and the passion and dedication our employees bring to the target‑material business are paramount. Notably, even entry‑level staff hold shares in the company. At TARFILM Technology, every target material is treated with the utmost care—just as if it were their own child. We welcome you to visit TARFILM Technology and experience our unwavering passion for the target‑material industry.

Building L, Pingqian Industrial Park, No. 46 Chunxing Road, Xiangcheng District, Suzhou City, Jiangsu Province

0512-6580 1669 / 010-6215 2801

sales@tarfilm.com

Coming soon—stay tuned!

Contact Us /

Legal Disclaimer /

Related Links

Copyright © 2023 Suzhou TARFILM New Materials Technology Co., Ltd. ICP No. 2022047948-1 Technical Support: Zhongqi Gaocheng

%E7%AC%AC%E4%B8%80%EF%BC%8C%E5%A2%9E%E5%BC%BA%EF%BC%8C%E5%85%88%E8%BF%9B%EF%BC%8C%E5%BC%95%E9%A2%86

Sorry，当前栏目暂无内容!

您可以查看其他栏目或返回 首页

Sorry，The current column has no content!

You can view other columns or return Home