Melting furnace

The XPR-06 melting furnace stands out with its six head crucible holder design, which ensures that the sample can pass uniformly through the furnace temperature zone due to its self rotation function. This special design greatly improves the reproducibility of sample results and provides strong support for high-precision melting operations.

Detailed parameter analysis

1. Furnace temperature range: With a wide furnace temperature adjustment range of 0~1200 ℃, it can meet the melting needs of various materials. Whether it is a low melting point or a high melting point sample, it can be melted accurately at the appropriate temperature.

2. Heating element: Silicon carbon rod is selected as the heating element, which has good high-temperature stability and a long service life, and can continuously and stably provide heat for the melting process.

3. Temperature control accuracy: With the help of S-type platinum rhodium thermocouples, high-precision temperature control of ± 1 ℃ is achieved, ensuring precise temperature control during the melting process and laying the foundation for uniform melting and high-quality molding of the sample.

4. Heating rate: With a rapid heating capacity of ≥ 45 ℃/min, it greatly shortens the preheating time before melting the sample and improves work efficiency, especially suitable for production or experimental scenarios with high requirements for melting speed.

5. Rated power: With a rated power of 12kw, it can meet the high energy consumption requirements during the melting process and ensure the reasonable energy consumption of the equipment during operation, without causing excessive burden on the power supply system.

6. Swing amplitude: The adjustable swing amplitude design of 0-40 ° can be flexibly adjusted according to the characteristics of different samples and the requirements of the melting process, so that the samples in the crucible can obtain more uniform heating and stirring effects during the melting process, further improving the quality of the samples.

7. Quantity of melted samples: 1-6 samples can be melted simultaneously at a time, which not only meets the experimental needs of small batches with multiple samples, but also improves production efficiency to a certain extent and adapts to melting tasks of different scales.

8. Molding method: Automatic reverse casting is used for molding. This advanced molding technology not only improves molding efficiency, but also ensures the dimensional accuracy and surface quality of the molded samples, reduces errors caused by human operation, and improves the consistency of the samples.

9. Crucible specification: A crucible specification of 85 grams per piece for one-time molding, suitable for various conventional sample sizes, without frequent replacement of crucibles, reducing experimental costs and operational complexity, while also ensuring the continuity of the melting process.

10. Appearance size: The compact appearance size of 1200mm in length, 650mm in width, and 1150mm in height enables the equipment to occupy relatively reasonable space while having good operational convenience and stability, making it easy to layout and operate in laboratories or production workshops.