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Conventional Crucible crafted from graphite or silicon carbide,
conventional type crucibles are prized for their refractory
properties and their affinity for non-ferrous metal alloys. In
non-ferrous foundries, these crucibles serve three principal roles:
melting metals, containing the molten metal, and ensuring thermal
efficiency. Recent technological advancements have yielded crucible
designs that boost thermal effectiveness and prolong service life,
with an emphasis on improving energy conservation and minimizing
environmental footprint.
1.Chemical Stability: They exhibit excellent resistance to chemical
reactions with most molten metals, which is crucial for maintaining
the purity of the melt.
2.Thermal Shock Resistance: These crucibles can withstand rapid
temperature changes without cracking or breaking, a property that
is essential for applications involving frequent heating and
cooling cycles.
3.High-Temperature Tolerance: Capable of withstanding very high
temperatures, conventional crucibles are ideal for processes that
require melting metals with high melting points.
4.Cost-Effectiveness: Compared to some alternative materials,
conventional crucibles are often more affordable while still
providing reliable performance.
Introduction of Conventional Type Crucible
A conventional type crucible, also known as a traditional or
standard crucible, is a fundamental piece of equipment used across
various industries for melting and heating processes.Here is an introduction to the conventional type crucible:
1.Durability: Despite being subjected to high temperatures,
conventional crucibles are built to last, with many designed to
resist thermal shock and maintain their structural integrity over
multiple heating cycles.
2.Cost-Effectiveness: As a standard piece of equipment, they are
often more cost-effective compared to specialized crucibles, making
them accessible for a wide range of users.
3.Variety: While they are considered conventional, there is still a
variety available to suit different needs, including different
sizes, materials, and designs optimized for specific applications.
4.Durability: Despite being subjected to high temperatures,
conventional crucibles are built to last, with many designed to
resist thermal shock and maintain their structural integrity over
multiple heating cycles.
Applications of Conventional Type Crucible
Pooduct name | Round Crucible |
Thermal Conductivity | 40-50 W/mK (800℃) |
Suitable For | Induction Furnaces |
Shape | Round |
Type | Heat stability |
Colour | Black |
Features | 1.Long service life |
2.Fast thermal conductivity | |
3.High corrosion resistance |
Picture of conventional type crucible sample detail