FAQ (Jacket-type Drum Heaters )
A jacket-type drum heater is a flexible heating solution designed to wrap around standard drums or barrels. It uses insulated heating elements to safely warm the contents of the drum without direct contact with the material.
- Warming up viscous liquids (e.g., adhesives, greases, oils)
- Preventing freezing of water-based liquids
- Reducing the viscosity of waxes, chemicals, and food products
- Ensuring uniform temperature in production processes
Most jacket-type drum heaters are available for:
- 200-liter (55-gallon) drums (standard)
- 100-liter and 50-liter drums (optional)
- Custom sizes may also be available on request
Yes, low-temperature models are available for plastic drums. However, it’s important to select a heater with temperature control and insulation to prevent damage to the drum.
Typical power supply:
- 110V or 230V AC (depending on model)
- Power ratings range from 300W to 1200W or more, depending on the size and application
Most drum heaters come with:
- Built-in thermostats (adjustable or preset)
- Digital temperature controllers (for precise control)
- Optional over-temperature protection for safety
- Depends on the liquid, ambient temperature, and heater wattage.
- Typically, it can take a few hours to overnight to heat viscous materials to working temperature.
Yes, if the unit has a thermostat or temperature controller. Continuous heating is often required in production or storage, but temperature monitoring is recommended.
- Outer: Polyester or nylon with flame-retardant coating
- Inner: Silicone-insulated heating element
- Insulation: Mineral wool or fiberglass for heat retention
No. Jacket-type heaters are designed for easy wrap-around installation using Velcro straps or buckles. No tools are required.
Yes, but ensure the model is made from food-safe materials and does not cause contamination. Some models are specifically designed for pharmaceutical or food applications.
With proper use and storage, these heaters can last 3 to 5 years or longer. Durability depends on frequency of use and environmental conditions.