Türkçe
English
Drum Heater
Drum Heater -- Drum Heating Jacket
Isıvizyon industrial Drum Heater heats frozen, crystallized, or high-viscosity materials stored in metal or plastic drums, making them fluid and easier to transfer.
Application Areas
The Drum Heater provides an ideal solution for processing or transferring a wide range of chemical raw materials such as resin, epoxy, polyurethane, oil, paint, wax, grease, SLES, gelatin, glucose, bitumen, and vaseline.
TECHNICAL SPECIFICATIONS
Temperature Control
voltage
220V – 230V
power
1500W
Cable Length
2.5 m
Energy Savıng
%98
Protectıon Class
IP67
current
6.8 A
Resıstance
16.13 Ohm
Drum Heater - Drum Heating Jacket
Watch Product Video!
How to Choose Drum Heater Systems?
Drum heating systems are critical for ensuring efficient and controlled heat transfer in industrial processes. These systems help maintain product quality and energy efficiency by bringing the liquid or solid materials inside the drum to the desired temperature.
Choosing the right heating system requires careful evaluation of several factors such as heat distribution, energy cost, safety, and maintenance.
Compatibility & Suitability
Choosing a system suitable for the application ensures long-lasting and balanced performance. Selecting Drum Heater solutions that match your needs provides smooth and reliable operation.
Easy Installation & Maintenance
Systems that are quick to install, easy to use, and simple to maintain ensure uninterrupted operation in industrial processes.
Safety Features
Safety measures such as automatic shut-off, overheat protection, and warning systems are essential for protecting both personnel and equipment.
Heat Distribution & Control
Systems that provide uniform heat distribution and precise temperature control maintain product quality and ensure consistency in production processes.
Energy Efficiency
Systems with low energy consumption and minimal heat loss help optimize operating costs.
Heating Power
The appropriate heating capacity should be selected according to the properties of the material inside the drum. Insufficient power may prevent reaching the target temperature, while excessive power can lead to unnecessary energy consumption.