Globar® element grades

Globar® heating elements are engineered to meet the demands of high-temperature industrial applications, offering a range of specialized grades to suit different operational needs. From the versatile Globar® SD, designed for furnaces operating up to 1,600°C (2,910°F), to the robust Globar® HD Max, built for high-tech environments with enhanced corrosion resistance, each grade brings unique benefits. Globar® AS provides advanced strength and reliability for heavy-duty use, while Globar® Glass Seal ensures optimal performance in corrosive atmospheres. Together, these element grades serve industries such as glass, ceramics, metals, and electronics, offering durability, flexibility, and cost-efficiency.

Globar® AS

Upgrade your industrial furnace with Globar® AS silicon carbide heating elements. Designed for superior durability, easy installation, and high efficiency, Globar® AS enhances productivity and withstands tough conditions in industries like aluminum, glass, and steel.  

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Globar® SD

Globar® SD silicon carbide heating elements provide optimal performance in temperatures up to 1,600°C (2,910°F) for industries like glass, ceramics, electronics, and metal processing. Engineered for durability, these elements are suitable for a wide range of industrial applications, ensuring flexibility, efficiency, and cost savings in furnace operations.  

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Globar® Glass Seal

Globar® Glass Seal extends the life of silicon carbide heating elements in harsh, corrosive environments. Designed for demanding industries, it reduces maintenance, improves temperature uniformity, and boosts productivity by tripling element lifespan.

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Globar® HD Max

Globar® HD Max silicon carbide heating elements deliver robust performance for high-tech applications, offering improved corrosion resistance, reduced mechanical breakage, and up to 50% longer lifespan. Ideal for high-temperature glass and electronics manufacturing. Suitable for demanding environments, they enhance productivity, lower maintenance costs, and support energy efficiency goals in high-temperature applications.  

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