Hastelloy Sheet / Plate / Coil

Hastelloy Sheets, Hastelloy Plates, ASME SB575 Hastelloy Plates, Hastelloy Alloy Coils, Hastelloy Slatting Coils, Hastelloy Perforated Coils Supplier in China.

Expanded Metal: Properties, Types, and Applications

Expanded metal is a versatile material created by cutting and stretching a metal sheet to form a diamond-shaped mesh pattern.

Inconel vs Titanium

Inconel vs Titanium, including their composition, mechanical properties, and applications in aerospace, chemical processing, and medical industries. Learn which material offers better strength, corrosion resistance, and weight efficiency for your project needs.

What is Steel and How is it Made?

Discover what steel is made of, its key components, and how steel is produced through blast furnaces and electric arc furnaces. Learn about steel’s history, composition, grading systems, and modern uses.

How to Read Steel Grades?

Steel grades are the backbone of material selection in engineering, construction, and manufacturing. Understanding how steel is graded allows businesses to make informed decisions regarding quality, performance, and cost efficiency.

What’s the Difference Between Steel Sheet & Steel Plate?

Steel is a versatile material widely used in construction, manufacturing, and various industries. Two commonly used forms of steel are steel sheets and steel plates. While they may seem similar, their differences lie in thickness, applications, and manufacturing processes. Let’s break down these distinctions.

Tensile Strength Vs Yield Strength

The mechanical properties of steel, such as tensile strength and yield strength, are essential in engineering and material science. These properties dictate how steel behaves under stress, influencing material selection for structural, industrial, and manufacturing applications. This guide provides a deep dive into yield strength and tensile strength, explains their differences, and demonstrates their importance in various steel applications.

Is Monel Magnetic?

Monel alloys are generally non-magnetic under normal conditions, but certain factors can influence their magnetic behavior.

Cr15Ni60

Cr15Ni60 is an electrical resistance alloy composed of approximately 15% chromium and 60% nickel, with the balance mainly iron. Known for its moderate electrical resistivity and excellent oxidation resistance, Cr15Ni60 performs well in applications that require stable resistance at high temperatures, up to around 1150°C. This alloy is commonly used in heating elements for industrial furnaces, electrical appliances, and resistors where reliable performance under thermal stress is essential. Its combination of good mechanical strength and thermal stability makes Cr15Ni60 suitable for various high-temperature resistance applications.

Cr30Ni70

Cr30Ni70 is a high-performance electrical resistance alloy with 30% chromium and 70% nickel, known for excellent stability and durability at high temperatures. It is widely used in heating elements, industrial furnaces, and other applications requiring reliable resistivity and corrosion resistance in extreme environments.