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Premium Smelting Crucible With Precision Spout
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in furnaces
1l Heat Resistant Glass Teapot
Heat-Resistance Glass Teapot available Material
Heat-Resistance Glass Teapot
* Heat-Resistance Glass Teapot available * Material
Graphite Heat Stir Rod
Graphite stirring rods are solid, cylindrical tools made from high-purity graphite (carbon)
Heavy Duty Casting Crucibles With Lip Spout
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in furnaces
Heat-Resistance Glass Teapot 1.8l
* Heat-Resistance Glass Teapot available* Material
High Density Ceramic Smelting Crucible
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in furnaces
High Performance Metal Melting Tool Kit
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in furnaces
Glass Heat Resistant Cooking Pot
Glass Heat resistant cooking pot with handle Made of food grade glass material It's safe to use in open frames like gas stoves Oven friendly ,and microwave friendly Capacity 1500ml 100% lead free...
Durable Jewellery Smelting Ceramic Bowl
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in furnaces
Professional Foundry Pouring Crucible Cup
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in furnaces
Gold Crucible/Commercial Graphite Mould
Heavy duty graphite mould available
Complete Melting Kit – Furnace + Crucible + Tongs (
High Heat Output – Reaches 1400°C (2552°F) for quick melting Durable Refractory Lining – Retains heat & extends furnace life Adjustable Flame Control – Fine-tune temperature for different metals ...
Heavy Duty Heat Resistant Smelting Bowl
These are high-temperature ceramic crucibles used for melting, smelting, or refining metals in...
Borosilicate Glass Cooking Pot
Material: Made from premium high borosilicate glass, which is durable and resistant to thermal shock