Heatsystems GmbH & Co. KG products

The tank heaters developed by heatsystems GmbH & Co. KG are specifically engineered for the efficient heating of liquid fluids in industrial applications. These heaters convert electrical energy within heating rods into thermal energy, which is then transferred to the fluid. Essential to their design is the adaptation to the fluid's specific properties and desired operating conditions, ensuring effective thermal transfer and prevention of corrosion. The system can include built-in controls for low power or require external switchgear, depending on the installation. Materials used for heating and unheated surfaces must resist corrosion, demanding careful selection based on the fluid's chemical properties. These systems are often furnished with options like cable connections sealed by screwed glands and may incorporate suction lines or various fluid connections to facilitate installation. Overall, each design balances durability and effective heat transfer catered to the user's system requirements.

Tubular heat exchangers are integral components in the industrial process of transferring thermal energy between fluids. Designed primarily for heating or cooling, these exchangers utilize the principle of thermal exchange through a series of tubes, effectively managing both liquid and gaseous substances. They cater to applications demanding higher pressure resistance and robust design, ensuring reliable operation in diverse conditions. Although their heat transfer rate is moderate compared to plate heat exchangers, tubular variants excel in handling higher pressures, thereby offering an optimal solution for processes where pressure endurance is paramount. Customization in the material selection of wetted surfaces addresses the risk of corrosion, crucial for operational longevity. The opportunity to insulate or leave the exchanger uninsulated for custom solutions further enhances their adaptability to specific operational environments, making them a versatile choice in industries ranging from life sciences to plant engineering.

Screw-in heaters are designed for efficiently heating both liquid and gaseous media, whether in motion or stationary. They work by directly converting electrical energy through heating rods into thermal energy, which is then disseminated across the fluid medium. The design and material selection of these heaters is crucial, tailored to specific fluid properties, pressures, and temperatures to ensure performance and durability. Special explosion-proof versions are available, indicating their use in more sensitive environments. Various heating elements can be employed within the heaters, which can be customized with control systems for precise power management. These systems can include built-in controls or be connected to external switchgear. The flexibility in design allows for optimal integration into diverse industrial applications, guaranteeing effective heating coupled with the safety and adaptability required for technological environments.

The industrial heating and storage vessels from heatsystems GmbH & Co. KG are engineered for integration with electrical heaters, allowing operation at specific pressures and temperatures tailored to various industrial applications. These vessels are versatile, accommodating different fluids, including water of varying qualities. The product design includes materials for both wetted and unheated components, alongside a heating surface if necessary. Electrical heating systems can feature built-in controls for low power operations or external switchgear cabinets. The switchgear can be customized to match process requirements. Insulation options are offered either as part of the delivery or customizable based on customer-provided specifications. Fluid connections are also configurable to meet project-specific requirements, enabling seamless integration into existing systems. Overall, these vessels are a critical component in applications where precise temperature control and reliability are essential.