Steam Coils

At KERONE we manufacture high quality and durable steam coils, for the purpose of transferring heat from one point to other, steam is the favored medium for heat transfer all through much of industry. Steam is simple and economical to move from the heater to the point of utilization, and it surrenders much of its vitality at a steady temperature when it gathers. Procedure control is simple and quick with steam, and there is basically no slack time.

Standard Steam Coils are intended for medium temperature applications where the entering temperature is 55O F or higher. Our coils could be intended for different steam weights with pitched-in packaging choices for speedy condensate evacuation.

Non-Freeze stream coils are intended for low temperature applications with entering air temps of 55O F or less. Outline and creation is finished with buildup evacuation as a high necessity. These coils are planned with one header, a tube-inside a-tube setup, and baffle which steer the steam through the inward tube permitting buildup to be cleared through the external tube.

Inverse end designs are accessible for both standard steam and steam appropriation coils. We can give the correct coil to any funneling setup. These coils don’t oblige a tube-inside a-tube plan.

Due to its efficiency and adaptability, steam coils are vital parts of many commercial and industrial heating systems. These coils are made up of a network of tubes that allow steam to flow through and transfer heat to the surrounding fluid or air. They’re widely used in process heating applications in manufacturing, food processing, and chemical production, as well as HVAC (heating, ventilation, and air conditioning) systems.

The performance and endurance of steam coils are largely determined by their design and construction. High-grade materials like copper, aluminum, or stainless steel are typically used to create these coils because of their resistance to corrosion and capacity to tolerate high pressures and temperatures. The tubes are frequently set up in a parallel or serpentine pattern to ensure effective steam distribution and maximize the surface area available for heat exchange.

The capacity of steam coils to adjust to different operating circumstances and heating requirements is one of their main features. Their size, form, and tube arrangement can be altered to meet the needs of particular heating applications, such as regulating the temperature within a business facility or assisting with the thermal processing of materials in an industrial setting. Additionally, a broad variety of steam pressures and temperatures can be accommodated by steam coils, providing flexibility in heat production and management.

Steam coils in HVAC systems are essential for preserving cozy interior climates because they control humidity and air temperature. They efficiently heat incoming air during the winter months when integrated into air handling units or ducts, guaranteeing constant warmth throughout a structure. Furthermore, fins or expanded surfaces can be added to steam coils to improve heat transfer efficiency, enabling quick heating cycles and energy savings.

Features of Steam Coils

• Heat Transfer Efficiency
• Construction Materials
• Coil Configuration
• Fin Design
• Compact Design
• Steam Distribution
• Customization Options
• Ease of Maintenance
• Energy Efficiency

Application

• HVAC Systems
• Drying Processes
• Industrial Heating
• Freeze Protection
• Tank and Vessel Heating
• Humidity Control
• Greenhouses
• Food and Beverage Industry

KERONE is pioneer in application and implementation engineering with its vast experience and team of professionals. KERONE is devoted to serve the industry to optimize their operations both economically and environmentally with its specialized heating and drying solutions.