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Blogs

Stanford Advanced Materials (SAM) Corporation is a global supplier of various sputtering targets such as metals, alloys, oxides, ceramic materials. We update every week about news and knowledge of sputtering targets and evaporation materials. Here are the blogs we published previously.

Advanced Production Techniques for Metal Alloy Sputtering Target Manufacturing

Advanced Production Techniques for Metal Alloy Sputtering Target Manufacturing

Introduction For many years, producing metal alloy sputtering targets has been a work of precision and care. The art of turning raw metal into a tool that responds well to sputtering methods requires careful thought over the metallurgical properties at every step. Today, we will take a stroll through the laboratories and mechanical shops where...

Hot Pressing: A Key Process in Ceramic Sputtering Target Fabrication

Introduction Ceramic sputtering targets require special handling. Unlike many metals that can be melted and shaped easily, ceramics must be formed carefully. The goal is to keep the original mix of ingredients the same. This is done through powder metallurgy—a method where fine granules are sintered into a solid shape. One of the simplest methods...
Physical Characteristics of Hot-Pressed Ceramic Sputtering Targets

Physical Characteristics of Hot-Pressed Ceramic Sputtering Targets

Introduction When we work with ceramic sputtering targets, we often start with a basic powdered material that is later transformed into a dense, strong component through a process known as sintering. In hot pressing, heat and pressure work together to consolidate powders without changing their inherent chemical characteristics. Many approaches are applied in industrial settings...
Maximizing PEM Electrolyzer Performance with Advanced PVD Coatings

Maximizing PEM Electrolyzer Performance with Advanced PVD Coatings

Introduction Hydrogen is widely viewed as a promising source of green energy because when it burns or is used to produce power, it gives off only water. Many people believe that the way we produce hydrogen is just as important as the fact that it does not emit carbon dioxide. Today, one of the best...
nb_sputtering_target

Everything You Need to Know About Niobium Sputtering Targets for High-Performance Applications

Introduction In the field of material science and thin-film deposition, many industries rely on precise methods to create films on surfaces. Electronics, aerospace, and solar energy all need reliable coatings to work properly. One important material used in these processes is the niobium sputtering target. Sputtering is a process where atoms are ejected from a...
Tantalum Sputtering Target

Everything You Need to Know About Tantalum Sputter Targets

Introduction Tantalum sputtering targets have been an important material in many industrial processes. They are small chips of tantalum produced under pressure, known for their high chemical purity, fine grain structure, and consistent crystalline quality. These targets are major players in film deposition for optical fibers, semiconductor chips, and integrated circuits. They are also used...
Main Methods of PVD Coating

PVD Coating Methods: A 2025 Guide to Types and Selection

Introduction Physical Vapor Deposition (PVD) is a cornerstone of modern manufacturing, but with multiple methods available, choosing the right one is critical. This guide doesn’t just list the PVD coating types—it provides a clear framework for comparing and selecting the ideal process based on your material, application, and budget. Quick Navigation: Comparative Analysis Table In-Depth Method Breakdown...
optical-coating

Sputtering Target List for Optical Coatings

Introduction to Optical Coating Optical coatings are thin films applied to surfaces to control their interaction with light. These coatings are fundamental to the performance of a vast array of technologies, from everyday eyeglasses and camera lenses to sophisticated solar panels and telecommunications systems. By managing reflection, glare, and conductivity, they enhance both the functionality...

What is Chemical Vapor Deposition (CVD)? The Ultimate Guide

Introduction Chemical Vapor Deposition (CVD) might sound like an obscure lab technique, but it’s the invisible engine behind modern technology. It’s what makes your smartphone processor faster, your new sunglasses more scratch-resistant, and a jet engine withstand infernal temperatures. In essence, CVD is the art of turning a gas into a perfect solid coating, and...
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