宮原産業 Product Lineup

CRX Retort Heater/Flexible Heater can be custom-made in any size, and since it uses high-purity ceramics, it does not emit toxic gases. The maximum operating temperature is 1200°C. Its flexible structure allows for various applications. For more details, please contact us or refer to the catalog.

Our company is an expert in the processing of heat-resistant and insulating materials, providing appropriate selections and precision machining of refractory and heat-resistant materials (for low to high temperatures) according to customer needs in various industrial heat treatment applications. Our insulating materials are used in various applications, including wall insulation for electric furnace heaters, insulation and protective materials for analytical instruments involving heat treatment, as well as insulation materials used in other household appliances and semiconductor equipment. We also handle high-performance insulating materials that exhibit ideal performance at temperatures up to around 1000°C. By utilizing high-performance insulating materials, we can maintain high insulation performance even in cases where there are space limitations in the furnace, which is effective from both safety and energy-saving perspectives. 【We can solve the following issues】 - I want to process insulating materials to fit the shape of the furnace. - I want to select the optimal insulating material according to my company's conditions. - I want to improve insulation performance to achieve energy savings. - I would like to have insulating materials manufactured and processed for prototypes of heat treatment equipment. - I want to consider the balance between insulation performance and cost for both prototype and mass production cases. In addition to the above, we welcome various inquiries related to "insulation," "heat resistance," and "fire resistance," so please feel free to contact us.

The process of "melting," which involves heating and melting materials, is an important step that affects the stability of chemical composition, the quality of the molten metal, and the moldability and workability in subsequent processes. Due to significant differences in temperature control, energy efficiency, and quality stability depending on the melting conditions and the type of furnace, there is a strong demand for the selection of melting furnace types and the optimization of operating conditions. There are combustion furnaces and electric furnaces for melting, each with clear differences in heating principles and control. In particular, melting using electric furnaces is progressing in fields that require higher quality melting due to the ability to achieve precise temperature management and atmosphere control. This article organizes and explains the basic concepts of melting and the role of melting furnaces. Additionally, it discusses the differences between combustion furnaces and electric furnaces, the expected roles and challenges of electric furnace melting, and the technical points to consider when designing and selecting melting furnaces. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.*