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The ceramic crucible is a durable and versatile high-temperature container made from high-quality ceramic materials. It is engineered to withstand significant heat while maintaining structural integrity, making it suitable for a range of industrial and laboratory applications.
Specifications
Material: High-temperature resistant ceramic
Maximum Operating Temperature: Typically up to 2000°C (depending on ceramic type)
Applications: Metal melting (non-ferrous), glass working, ceramic glaze firing, and scientific research.
Chemical Resistance: Good resistance to most acids and alkalis
Shape & Size: Available in various shapes and sizes to accommodate different processes.
Description
Model
Weight(gram)
Size(mm)
Φ1
Φ2
H
Ceramic melting
crucible
C.CM.C0200
64g
48
37
55.5
Ceramic melting
crucible
C.CM.C0350
144g
63
47
70
Ceramic melting
crucible
C.CM.C0500
136g
60
47
70
Ceramic melting
crucible
C.CM.C0750
255g
73
56
83
Ceramic melting
crucible
C.CM.C1000
320g
81
64
94
Ceramic melting
crucible
C.CM.C2000
447g
95
75
106
Product Features & Advantages
High Heat Resistance: Crafted from materials that can withstand extreme temperatures, ensuring stable performance.
Durability: Ceramic crucibles are known for their long service life and resistance to wear and tear.
Chemical Inertness: Provides good protection against chemical attack, preserving the purity of melted materials.
Versatility: Suitable for a wide array of applications, from traditional metalworking to modern scientific research.
Cost-Effective: Compared to other high-temperature crucible materials, ceramic offers a cost-effective solution.
Environmentally Friendly: Ceramic is a natural, non-toxic material, aligning with sustainable production practices.