MICA BAND HEATERS
DESCRIPTION:
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Circular, semicircular, or flat shape
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Electrical insulation: MICA
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Cavity for temperature sensor (optional)
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Ceramic connector or cables for power supply connection
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Dielectric material: Micanite, with specific power density around 4 W/cm²
APPLICATIONS
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Injection molding machines, plastic extruders, heating containers for raw materials, coal, liquids, etc.
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Industrial environments where temperatures reach up to 400°C.
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Electric mica band heaters for heating nozzles and cylinders in injection molding machines and extruders.
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Mica-insulated band heaters offer effective solutions for all cylindrical heating applications. They allow power densities up to 4 W/cm² at temperatures up to 400°C.
ELECTRIC HEATERS
MICA BASED BAND HEATERS
Caldor Company specializes in the design and manufacturing of high-quality mica band heaters. Our heaters are ideal for a wide range of industrial applications, including plastics processing, glass manufacturing, construction, medical equipment production, food processing, packaging machinery, chemical processing, pharmaceutical equipment, and many more.
We stand out by providing mica band heaters known for their superior durability, excellent energy efficiency, and customized design tailored to each customer's specific needs. Our products are also easy to install and maintain, and they are available in various sizes and power ratings.
We take pride in our exceptional customer service, offering expert technical assistance and support to help you select the optimal heating solution for your application and answer any questions or concerns you may have.
Thank you for choosing Caldor Company for your mica band heating solutions. We look forward to collaborating with you!
Details required for order:
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Electrical power (W), Supply voltage (V)
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Diameter (mm), Width (mm), Sensor cavity dimensions (mm)
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Position of power connection (in degrees relative to closure)
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Connector type or power cables, Cable length (mm)
maximum operating temperature 400°C (752°F)
Installation in confined spaces
Heating elements with a compact design are the ideal solution for applications requiring installation in limited spaces. Thanks to their reduced dimensions and installation flexibility, these heaters are specifically engineered to deliver maximum performance even in areas with difficult access. Whether used in industrial equipment, laboratory devices, or electronic components, our heating elements for confined spaces ensure uniform heat distribution, energy efficiency, and operational safety, perfectly adapting to any configuration.
We assure you that regardless of the complexity of the available space, our heating elements can be easily installed, delivering reliable and durable performance in any application.
Here's your text accurately and professionally translated into English:
Our heating elements are engineered to maximize energy efficiency, ensuring lower energy consumption and optimal performance in any application. By utilizing superior-quality materials and advanced temperature control technologies, they provide uniform heat distribution, minimizing heat loss and reducing operational costs. As a result, equipment benefits from faster heating times and improved efficiency, simultaneously contributing to environmental protection through responsible use of energy resources.
Increased energy efficiency
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Our heating elements are designed to optimize energy consumption and minimize maintenance requirements, resulting in reduced long-term operating costs. Due to their enhanced efficiency and high durability, the equipment requires minimal servicing and has an extended lifespan, significantly lowering operational expenses. Investing in a high-quality heating solution ensures substantial savings and excellent performance for any type of industrial or commercial application.
Low operating costs
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Our heating elements are designed to provide optimized thermal conductivity, enabling rapid and uniform heat transfer across the entire contact surface. By employing advanced materials and high-precision manufacturing techniques, these elements ensure efficient temperature distribution, reducing the risk of hotspots and enhancing the overall performance of the heating system. This feature makes them ideal for applications requiring precise temperature control and maximum thermal efficiency.
Optimized thermal conductivity
ADVANTAGES
