Brand :CSCERAMIC  Factory :CS CERAMIC CO.,LTD YB/T 4145-2006 (China) Dedicated Carbon Sulfur Analyzing Crucible 1. Scope This standard defines terminologies, structure, technical requirements, usage requirements, package, storage and transportation, marks, and quality certificates of dedicated carbon sulfur analyzing crucible. This standard is applicable to dedicated carbon sulfur analyzing c...

Thermal analysis technology is a group of technologies to characterize the relationship between the properties of materials and temperature. It is widely used in qualitative and quantitative characterization of thermal, physical, mechanical and stability properties of materials, and has very important practical significance for the research and development of materials and quality control in produ...

1.Brief introduction Due to influence of thermal history, various properties of polymers will change, especially thermal properties of crystalline polymers. Thermal history of polymer is affected by various factors such as preparation process, storage conditions, and usage environment. Usually, thermal history of materials is studied by thermal analysis and viscoelasticity measurement. This paper ...

Aluminum crucible is the main supporting tool in thermal analyzer and the carrier of sample. Aluminum is a silver-white metal, which is protected from reaction with air and water due to its oxide layer on the surface. It is easily soluble in dilute sulfuric acid, nitric acid, hydrochloric acid, sodium hydroxide and potassium hydroxide solutions, while hardly soluble in water. Relative density 2.70...

In recent years, with development of new energy source and IT industry, silicon-based technologies are attracting more and more attention, and always play a significant role in the so-called new science and technology revolution. One example is solar energy market, in which silicon-based materials dominate a market share of over 90 percent. To secure its strong position within the energy industry ...

Alumina ceramics are sintered under the temperature of 1450~1800℃, which contain aluminum oxide as the main raw material and 6~30% of sintering additives, such as clay, MgO, CaO, TiO. The purer alumina ceramics are, the better performance can be obtained, however the manufacturing of alumina ceramics also becomes more difficult with aluminum oxide proportion increases. Pure alumina ceramic can be ...

Zirconia ceramic is a non-metallic inorganic material sintered at high temperature. It is widely used in various industries for its excellent properties of high temperature resistance, corrosion resistance, wear resistance and thermal shock resistance. In this article, the major factors that can affect zirconia ceramic properties are briefly introduced. 1. Purity of zirconia powder The raw ma...

After sintering and cooling, the whole manufacturing process of some alumina ceramic products does not finish. In order to fulfil further requirements of application, these products need to be subjected to machining processes, such as specification adjustment and polishing, etc. Polishing details of alumina ceramic that need to be noticed are listed below. 1.Applying laser cutting proces...

Laboratory Crucibles｜What Are They? Why They Are Important for Accurate Results?     What is a laboratory crucible?   A laboratory crucible is a heat-resistant container used in chemical laboratories for high-temperature heating and melting of substances.   The most common type is made of ceramic material or graphite, with clay as the binding agent that helps the crucible withs...

Working with a platinum crucible can be intimidating - but it doesn't have to be. With the right preparation and knowledge, you can safely and efficiently use your platinum crucible for any of your needs. Follow this guide for step-by-step instructions on how to use a platinum crucible from start to finish.   Using a Platinum Crucible For Melting And Fusion A platinum crucible is a container ...

Zirconia crucibles    They are a popular option for melting, evaporation and other high-temperature processes due to their superior thermal shock resistance and chemical properties.   What is a Zirconia Crucible?   Zirconia crucibles are high-temperature vessels made from dense, refractory materials designed to hold liquids or solids at a fixed temperature. They have superior t...

Platinum Crucible It is an extremely durable, heat-resistant container made of commercial grade platinum. Used in high temperature applications, it can withstand temperatures approaching up to 2,000 degrees Celsius. Platinum crucibles are often used as containment vessels for melting and refining of precious metals such as gold and silver. They are also used in a variety of lab experiments due to ...

Fire Clay Crucible丨Assay Crucible丨Cupellation Crucible   Modern fire assay crucibles differ from those of the past in that they are created specifically for laboratory use, with exacting specifications and a strong resistance to huge temperature fluctuations, which they may experience during multiple uses. What is a fire assay crucible used for?   A fire clay crucible is a specialized co...

Bone Ash Cupel   It is a type of cupel classic in mineralogical and analytical chemistry experiments. It is made of bone ash and is extremely heat resistant, making it the perfect material for laboratory tests involving high temperatures such as those required to determine the amount of non-combustible ash residue in a sample.This experiment involves heating a sample of ash to very high tempe...

Boron Nitride Crucibles ———— Properties and Uses Boron nitride crucibles are a type of ceramic crucible that are highly sought after in various industries. They are known for their exceptional thermal shock resistance, high-temperature stability, and low wettability. In this article, we will discuss the properties and uses of boron nitride crucibles in detail. Table of Contents - Introduction - Wh...

The Versatility of Laboratory Porcelain: Exploring Labware Ceramic Crucibles Laboratories rely on various equipment and tools to conduct scientific experiments and analyses. Among these, laboratory porcelain stands out as a versatile and essential material. In this article, we will explore the world of laboratory porcelain, specifically focusing on labware ceramic crucibles. From their importance ...

The Impact of Gold Prices on Industries and the Crucial Role of Clay Crucibles in Gold Purification Introduction     Gold, as a highly valued precious metal, holds a significant position in various industries and fields. The fluctuations in international gold prices have a profound impact on these industries. This article aims to analyze the influence of gold prices on relevant...

What Are the Different Sizes and Shapes of Alumina Ceramic Crucibles Available? Are you in need of a reliable and durable container for your high-temperature experiments or processes? Alumina ceramic crucibles might be the perfect solution for you. These crucibles offer excellent thermal resistance, chemical inertness, and stability at extreme temperatures. They are widely used in various industri...

Exploring Alumina Ceramic Crucibles in Analytical Chemistry | Applications & Benefits   Analytical chemistry is a field that demands precision, accuracy, and reliability. Scientists and researchers across the globe are continually seeking innovative tools and materials to enhance their analytical processes. One such material that has gained prominence in recent years is alumina ceramic. A...

In the ever-evolving landscape of industrial ceramics, aluminum oxide crucibles stand as a testament to the advancements in materials science and precision engineering. As a professional translator and a seasoned operator in the realm of Google independent sites,csceramic has witnessed the rise and transformation of the advanced technical ceramics market, particularly in Europe and the A...