Small graphite crucible

1. Material advantages: graphite crucible

Our products are made of high-quality graphite silicon carbide material to ensure stable performance under high temperatures and harsh environments. Graphite silicon carbide has excellent resistance to heat, corrosion and thermal shock, making it an ideal material choice for metal smelting processes. Whether traditional metals or high-temperature alloys, our crucibles are designed to withstand high temperatures and maintain their structural integrity.

2. Wide range of applications

Our graphite silicon carbide crucibles are suitable for a variety of metal melting and processing processes, including but not limited to:

Foundry: Melting , aluminum, copper, zinc and other metals.

Die-casting mold: used in the manufacturing process of various metal parts molds.

Heat treatment: used for quenching, annealing, normalizing and other heat treatment processes of metal components.

Whether it is a small workshop or a large factory, our products can meet your needs and provide reliable support for your production process.

3. Outstanding product advantages

Compared with traditional ceramic crucibles, our graphite silicon carbide crucibles have the following significant advantages:

High Temperature Resistant: Can withstand extreme temperatures during melting without losing stability.

Corrosion resistance: Strong corrosion resistance, suitable for smelting and processing various metal materials.

Thermal shock stability: High thermal shock stability to avoid cracking or damage during rapid temperature changes.

Long service life: Long service life reduces replacement and maintenance costs.

We are committed to providing customers with high-quality and reliable products to help them achieve greater production efficiency and economic benefits.

4. Customer customization and delivery time

We understand the individual needs of our customers, so we offer a customization service to tailor crucible size, shape and other characteristics to specific requirements. No matter where you are, our products and services can reach you in time to ensure that your production process runs smoothly.

5. Size of Graphite crucible

Graphite crucible is a commonly used experimental instrument in laboratories, and different application scenarios require graphite crucibles of different sizes. The sizes of common models are as follows:
1. 10ml graphite crucible: diameter 15mm, depth 20mm, bottom diameter 10mm.
2. 20ml graphite crucible: diameter 18mm, depth 20mm, bottom diameter 12mm.
3. 30ml graphite crucible: diameter 20mm, depth 22mm, bottom diameter 13mm.
4. 50ml graphite crucible: diameter 25mm, depth 28mm, bottom diameter 15mm.
5. 100ml graphite crucible: diameter 30mm, depth 35mm, bottom diameter 20mm.
6. 150ml graphite crucible: diameter 35mm, depth 40mm, bottom diameter 25mm.
7. 200ml graphite crucible: diameter 40mm, depth 45mm, bottom diameter 30mm.
8. 250ml graphite crucible: diameter 45mm, depth 50mm, bottom diameter 35mm.
9. 500ml graphite crucible: diameter 60mm, depth 65mm, bottom diameter 45mm.
2、 Application scenarios of different types of graphite crucibles
Graphite crucibles of different sizes are suitable for different experimental scenarios, and common application scenarios are as follows:
1. 10ml, 20ml, and 30ml graphite crucibles are suitable for small-scale experiments, such as combustion experiments.
2. 50ml and 100ml graphite crucibles are suitable for medium-sized experiments, such as metal melting experiments.
3. 150ml and 200ml graphite crucibles are suitable for large-scale experiments, such as dissolution experiments.
4. 250ml and 500ml graphite crucibles are suitable for large-scale experiments or industrial production scenarios.
3、 Considerations when choosing a graphite crucible
When choosing a graphite crucible, the following factors should also be considered:
1. Experimental temperature: Different types of graphite crucibles can withstand different temperatures, and the appropriate model needs to be selected based on the experimental temperature.
2. Chemical properties: Graphite crucibles have excellent corrosion resistance and are not easily corroded in various chemical reagents. However, some reagents can cause corrosion and damage to graphite crucibles, and suitable materials need to be selected based on the chemical properties of the experimental reagents.
3. Capacity requirements: Select the appropriate model based on the experimental capacity requirements.
4. Weight limitation: The larger the size of the graphite crucible, the greater the weight, and the load-bearing capacity of the experimental equipment needs to be considered.