Energy Saving And Environmental Protection Silicon Carbide Graphite Conventional Circular Type Crucible

Introduction of Conventional Type Crucible

A conventional type crucible, often referred to as a traditional or standard crucible, plays a pivotal role in a multitude of industrial applications, particularly those involving melting and heating. Typically crafted from clay-bonded graphite or silicon carbide, these crucibles are prized for their ability to resist high temperatures and their compatibility with a range of non-ferrous alloys.

1. Material Composition: Conventional crucibles are typically made from materials such as clay graphite, which is a blend of clay and graphite. This composition provides good thermal properties and resistance to wear.

2. Design: These crucibles are designed with a focus on durability and ease of use. They often feature a cylindrical shape with a flat bottom and a pouring spout for convenience.

3. Thermal Properties: With moderate thermal conductivity, conventional crucibles ensure even heating and melting of the metal charge.

4. Chemical Stability: The materials used in these crucibles are selected for their chemical stability, minimizing reactions with the molten metal and reducing the risk of contamination.

Performance Characteristics of Conventional Type Crucible

1. Rapid Heat Transfer: The material of these crucibles ensures swift heat conduction, allowing for rapid and even heating of the contents.

2. Exceptional Corrosion Resistance: These crucibles are formulated with advanced materials that provide superior resistance to the corrosive effects of molten metals, extending their service life.

3. Superior Heat Resistance: Designed to operate in high-temperature environments, these crucibles maintain their structural integrity and performance even under extreme thermal conditions.

Applications of Conventional Type Crucible

Conventional type crucibles are widely used across various industries for their ability to withstand high temperatures and their chemical resistance. They are indispensable tools for melting a broad spectrum of metals, which include but are not limited to aluminum and its alloys, copper and its alloys, precious metals like gold and silver, zinc alloys, and certain rare metals. The versatility of these crucibles is evident in their applications, ranging from the jewelry industry for crafting intricate pieces to large-scale industrial operations for metal production and refining processes.

They are widely used for melting a variety of non-ferrous metals such as aluminum, copper, brass, and bronze in different types of furnaces, including fuel-fired, electric resistance, and induction furnaces.

Deatils of Conventional Type Crucible

Picture of conventional type crucible sample detail

  Qingdao Baidun Special Ceramics Technology Co., LTD.(Qingdao Baidun) is located in the SCO Demonstration Area,Qinadao,China, Qinadao Baidun and it’s subsidiaries specializes in the manufacture of crucibles for non-ferrous metal smelting, refractory products for continuous casting and alumina grinding ball. lt has a registered capital of 100milion RMB and covers an area of 100,000㎡. Qinadao Baidun has two brands, “Baidun"and “J&J” .which are respectively for Chinese and overseas markets, Qingdao Baidun is one of the largest crucible manufacturers in China that uses isostatic pressing technology to produce silicon carbide graphite crucibles and clay graphite crucibles. With many years ofresearch and field tests, the technical team of Qinadao Baidun has made sianificant efforts tosolve various technical problems and developed silicon carbide graphite crucibles and clay graphite crucibles which have characteristics of high oxidation resistance,high thermal conductivity, long service life, and low energy consumption, increasing production efficiency and significantly reducing production costs for non-ferrous metal smelting companies, Third-party professional institutions have selected Qinadao Baidun as the champion crucible brandin Chinese die-casting industry for many years since 2016.