Heatron, Inc
4 products found

Heatron, Inc products

Cartridge Heating Elements

Heatron - Deep Drawn Cartridge Heating Elements

Heatron's deep drawn cartridge heating elements are designed to ensure optimal performance and reliability in demanding environments. These specialized heaters feature a seamless metal jacket formed from a single piece of metal, which significantly enhances sheath integrity and reduces the risk of weld failure. This construction is particularly advantageous for high altitude and high stress applications where equipment reliability is critical. The heaters are supported by UL 6061/IEC-60601 standards, and various insulation and heater materials are available with UL, CSA, or Mil Spec recognition. With nominal diameters of 0.5 and 0.75 inches, these heaters can handle up to 9.7 and 23 amps respectively, with a maximum voltage of 480 volts. The maximum length available is 7.5 inches, suitable for applications requiring precise dimensions. Heatron offers a comprehensive design consultation service to ensure the correct configuration for your specific application.

Etched and Wire Wound Heating Elements

Heatron Clearview - Transparent Heating Elements

Clearview transparent heating elements are specialized wire-wound heaters designed to maintain continuous high-definition operation of device monitors and view ports in environments characterized by low temperatures and high moisture. These optically clear heaters are primarily employed in LCD screen heaters, monitors, displays, and lenses where high light transmission is critical. The advanced wire-wound construction ensures high efficiency and rapid thermal response with minimal energy consumption. Clearview heaters are significant in settings where a constant, controlled heat source is necessary to maintain functionality in cold, high humidity, or rapidly changing temperature environments. The heaters integrate ultra-fine wire construction for optimal light transmission, essential for scanning and imaging applications. Clearview elements are customizable, with engineering consultation available to address specific application requirements, providing solutions for maintaining operational efficiency in extreme conditions.

Heatflex - Constant Flow Heated Hose Elements

The Heatflex Constant Flow Heated Hose technology offers a temperature-regulated, flexible conduit ideal for the transfer of high-viscosity materials or substances solid at room temperature. Designed for scenarios that require flexibility during installation, the lightweight hose facilitates the maintenance of material flow and process control, optimized for specific applications. Constructed with high-temperature Teflon, it provides excellent chemical resistance and becomes softer and more pliable with increasing temperature. The hose design incorporates a loose-fitting insulation sleeve allowing superior flexibility even in complex setups. Suitable for use in various industrial and medical applications, it accommodates continuous flexing during operation, making it an efficient choice for environments requiring precision temperature management, such as adhesive dispensing and fluid warming in medical applications.

Thick Film Heating Elements and Circuits

Heatron - Model AL203 - Ceramic Core Alumia Heater

Alumina heaters are designed for high-temperature applications, offering remarkable compression strength, hardness, and wear resistance. These heaters are especially suited for applications requiring uniform surface temperature, where their high thermal conductivity and heat resistance are crucial. With capabilities extending up to 1000°C, alumina heaters are applicable in fields ranging from medical devices, where precision and controlled heat are necessary, to industrial settings requiring high insulation standoff. The heaters possess a low mass and low leakage current, boasting excellent dielectric properties. Common configurations include adjustable wattage, voltage, and surface mount sensors. Additionally, they provide options for connecting leads, with a maximum temperature range from 350°C to 1000°C, and can reach a watt density of 11.6 W/cm². Their high thermal conductivity and rapid ramp-up rate of 50°C/sec mark them as efficient and versatile components in sophisticated temperature management solutions.