Blogs

In the field of knife and tool manufacturing, 1095 steel and 1075 steel are two commonly used high-carbon steel materials. Although their names are similar and both belong to the category of high-carbon steel, there are significant differences in composition, performance, cost, and weldability. This article will explore the characteristics

Carbon steel pipes are one of the most commonly used materials in the fields of construction, machinery, chemical industry, etc., and their international standards vary. In the global market, the standards of carbon steel pipes affect their manufacturing, performance, and adaptability to usage scenarios. This article will introduce in detail

Titanium has attracted much attention for its excellent performance and wide range of applications, but its high price often makes people feel daunted. What factors have led to such a high price for titanium? This article will explain it in detail. Request A Quote Reasons why titanium is expensive 1.

1060 and 1095 are both carbon steels that are commonly used by knifemakers and other applications that require a durable and resilient metal. The main difference between these two steels is their carbon content, which affects their hardness, toughness, and other properties. Here is our company’s introduction to the difference

When it comes to choosing materials for construction, manufacturing, or other applications, galvanized steel and aluminum are two prominent choices that each have their own advantages and disadvantages. Both materials are valued for their durability and performance, but they excel in different areas. This blog will dive into the key

Electrical steel is the most important metal functional material for various electrical components. Oriented electrical steel is the core material for making iron cores of various oriented magnetic field electrical products such as transformers, ballasts, amplifiers, voltage regulators, relays, rectifiers, electromagnetic switches, etc. Utilizing the excellent magnetization properties of Goss-oriented

The surface and core materials of the substrate used in composite-based printed circuit boards are composed of different reinforcing materials. The mechanical properties and manufacturing costs of composite-based copper clad laminates are between paper-based copper clad laminates and epoxy glass fiber cloth copper-clad laminates. The composite-based copper clad laminate substrates

Explosive Bonding, Hot Bonding and Cold Bonding are three different metal bonding technologies, each with its own unique process principles, advantages and application scenarios. The following are the main differences between them: Clad Steel Process Principle Explosive Bonding Principle: Use the high-pressure shock wave generated by the explosion to press