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Zhang Tao, Secretary of the Municipal Party Committee, Visits Rich Special Materials Co., Ltd. to Guide Work
When Zhang Tao, the Secretary of the Municipal Party Committee, visited the Dingzhou * * * Industrial Development Zone for research, he emphasized the need to firmly grasp the primary task of high-quality development, continue to create an excellent business environment, actively expand effective...Read more -
Creating a polycrystalline diamond pattern using FeCoB hard etchant
A new study in the journal Diamond and Related Materials focuses on the etching of polycrystalline diamond with FeCoB etchant to form patterns. As a result of these improved technological innovations, diamond surfaces can be obtained without damage and with fewer defe...Read more -
Advances in Decorative PVD Chrome Coatings on Resin Substrates Product Finish
This article discusses a two-layer selective plating process that combines a specially formulated UV-curable basecoat and a sub-micron thick PVD chrome topcoat. It illustrates the testing protocols for automotive manufacturers’ coatings and the need to control i...Read more -
Improved Microstructure, Morphology, and Properties of CO Gas Sensors in Nanosized Cu/Ni Double Layers
In this study, we investigated Cu/Ni nanoparticles synthesized in microcarbon sources during co-deposition by RF sputtering and RF-PECVD, as well as localized surface plasmon resonance for detection of CO gas using Cu/Ni nanoparticles. Morphology of particles. Surface morphology was stud...Read more -
Global Titanium Alloys Market Report 2023: Growing Demand for Titanium Alloys
The global titanium alloy market is expected to grow at a CAGR of over 7% during the forecast period. In the short term, market growth is mainly driven by the growing use of titanium alloys in the aerospace industry and the growing demand for t...Read more -
Low pressure environmental protection titanium alloy plasma electrolytic oxidation process
Rich Special Materials Co.,Ltd. (RSM) is a sputtering targets widely used to surface treatment such as magnesium, aluminum and titanium. Here we report an environmentally friendly process using a nitrogen-containing electrolyte and low voltage (120 V) to form uni...Read more -
Vacuum deposition and coating options | Product Finish
In this review, vacuum deposition techniques are considered as processes that can be used to create coatings that can replace or improve the performance of electroplated coatings. First, this paper discusses trends in metal processing and environmental regulations. #...Read more -
Performance requirements for target materials in the optical storage industry
The target material used in the data storage industry requires high purity, and impurities and pores must be minimized to avoid the generation of impurity particles during sputtering. The target material used for high-quality products requires that its crystal particle size must be small and uni...Read more -
Ceramic-reinforced HEA-based composites exhibit an excellent combination of mechanical properties.
CoCrFeNi is a well-studied face-centered cubic (fcc) high-entropy alloy (HEA) with excellent ductility but limited strength. The focus of this study is on improving the balance of strength and ductility of such HEAs by adding different amounts of SiC using the arc melting method. It has b...Read more -
What is the sputtering targets ? Why is the target so important?
The semiconductor industry often sees a term for target materials, which can be divided into wafer materials and packaging materials. Packaging materials have relatively low technical barriers compared to wafer manufacturing materials. The production process of wafers mainly involves 7 types of s...Read more -
RSM supplies PVD fuel cell coatings Sputtering targets
Rich Special Materials(RSM), which develops and markets PVD targets for fuel cell panels and automotive reflectors. PVD (Physical Vapor Deposition) is a technique for producing thin layers of metals and ceramics under vacuum for surface coatings for maximum performance and durability. Evaporatio...Read more -
Hexagonal SiGe Promises Direct Integration of Silicon Photonics…
Moreover, as they showed in the paper “Direct bandgap emission from hexagonal germanium and silicon-germanium alloys” published in the journal Nature, they were able to. The radiation wavelength is continuously adjustable over a wide range. According to t...Read more