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Aluminium oxide
Alumina is a common inorganic non-metallic material, widely used in industry, construction, electronics, medicine and other fields. Alumina Introduction Alumina is a white or off-white powder with a molecular formula of Al2O3 and a molecular weight of 101.96. It is a compound composed of aluminum...Read more -
Tungsten-iron powder
Tungsten iron powder is an important metal powder, with excellent physical and chemical properties, widely used in aerospace, automotive, machinery, electronics and other fields. Tungsten iron powder overview Tungsten iron powder is a metal powder made of tungsten and iron, with a molecular formu...Read more -
Chromium powder
Chromium powder is a common metal powder, mainly used in the manufacture of a variety of high-strength, corrosion-resistant alloys and products. Introduction of chromium powder Chromium powder is a metal powder made of chromium, the molecular formula is Cr, the molecular weight is 51.99. It has a...Read more -
Introduction of aluminum-silicon alloy powder
Aluminum-silicon alloy powder is an alloy powder composed of aluminum and silicon elements. Because of its good physical, chemical and mechanical properties, it is widely used in aviation, automotive, machinery, electronics and other fields. The chemical properties of aluminum-silicon alloy powde...Read more -
Molybdenum carbide powder
Molybdenum carbide powder is an important inorganic nonmetallic material, widely used in many fields. This paper will introduce the basic concept, preparation method, chemical properties, physical properties, application fields and market prospects of molybdenum carbide powder. Molybdenum carbide...Read more -
Cobalt-based sawtooth
As a new material, cobalt-based sawtooth blade has been widely used in machinery, electronics, automobile and other fields. This article will focus on the cobalt-based sawtooth blade, respectively from the following aspects: 1. Features of cobalt-based serrated blade Cobalt-based sawtooth sheet i...Read more -
Niobium pentoxide
Niobium pentoxide (Nb2O5) is an important niobium oxide, which has excellent physical and chemical properties and is widely used in many fields. In this paper, the basic information, preparation methods, application fields and research progress of niobium pentoxide are introduced. 1. Basic inform...Read more -
A material with wide application and potential for future development
Chemical properties of tungsten carbide Tungsten carbide (WC) is a kind of hard alloy, composed of carbon and tungsten elements stably combined. Its chemical properties are quite stable, and it is not easy to react with air, acid, alkali and so on at room temperature. In addition, tungsten carbid...Read more -
Preparation method of chromium carbide
Composition and structure of chromium carbide Chromium carbide, also known as tri-chromium carbide, is a hard alloy with excellent wear resistance and high temperature stability. Its chemical composition mainly includes chromium, carbon and a small amount of other elements, such as tungsten, moly...Read more -
Do you know anything about boron nitride?
Boron nitride is a new material with excellent properties and has been widely used in many fields. In this paper, the basic information, properties and structures, preparation methods, application fields and prospects of boron nitride are introduced. Introduction Boron nitride is a compound compo...Read more -
Do you know about spherical alumina?
Spherical alumina is a new material, because of its unique shape and excellent performance, is widely used in aviation, automotive, electronics, construction and other fields. This paper will introduce the basic information, production process, performance characteristics, application fields and ...Read more -
Application of hafnium powder
Hafnium powder is a kind of metal powder with important application value, which is widely used in electronics, aerospace, chemical industry and other fields. The preparation method, physical properties, chemical properties, application and safety of hafnium powder are introduced in this paper. 1...Read more
