Product Introduction
Marine Heating Element is an electric heating element installed in a ship system to heat liquid or gaseous media. It is commonly found in pipelines or tanks such as fuel oil, lubricating oil, fresh water, seawater, and compressed air.
Product Details
|
Name |
Marine heating element |
|
Category |
Marine heater |
|
Brand |
Meet all brands |
|
Specification |
Customized as per drawing |
|
Material |
Standard material |
|
Place Of Original |
High quality reliable part |
|
Packing |
Standard packing |
|
Condition |
Brand new |
|
Terms Of Delivery |
Exw |
|
Price |
To be negotiated |
|
Ports |
China ports and other ports in the world |
Main Offered Models
MEET ALL MODELS
Main Supplied Range
Marine customized heating element, fw water heater, calorifier heating element, electric heater, cabin electric heater, galley oven heating element, marine gallery heating element
Advantages
High thermal efficiency
The Marine Heating Element converts electrical energy into thermal energy with an efficiency of more than 95% through direct heating, avoiding intermediate conduction losses. The heating element adopts a metal tubular structure, and the power density is controlled between 10–40W/in² to avoid surface scaling caused by overheating and improve the overall heat transfer efficiency.
Anti-corrosion
The salt spray concentration in the marine environment is high, and traditional materials are prone to corrosion. The chromium and nickel contents in the Marine Heating Element material are above 16% and 38% respectively, ensuring that a dense oxide layer is formed in long-term immersion or high-temperature steam. There are no obvious signs of corrosion in the 1500-hour salt spray test.
Multiple protection mechanisms
This type of heating element is generally equipped with a thermostat, thermal fuse and over-temperature limit device, with a response time of less than 1 second. It can automatically cut off the power supply in abnormal temperature or no-load state to prevent accidents caused by dry burning, and can operate stably in high humidity and high salt environments.
Delivery And Shipping Service
24*7 hours online, our services cover all main ports in the world, we can provide the cost and time saving logistics solution to our customers, to provide you with one stop comprehensive services.
FAQ
Q: What is a Marine Heating Element and what is its main purpose?
A: Marine Heating Element is an electric heating element in a ship's water heater or heating system. It is usually used to heat a hot water tank or circulating liquid. It is widely used in ship domestic hot water, kitchen equipment, cabin heating and other scenarios.
Q: Which materials are suitable for marine environments?
A: It is recommended to choose stainless steel, Incoloy, Inconel or titanium alloy materials with strong corrosion resistance to cope with seawater and saline environments to ensure the durability and safety of heating elements.
Q: What safety and control devices need attention?
A: The heating element should be equipped with a thermostat, a thermistor and a thermocouple. It is also recommended to use it with a pressure and temperature relief valve to prevent overheating or abnormal water pressure. In addition, waterproofing and reliable grounding should be ensured during installation to ensure electrical safety.
Q: How to arrange the maintenance and replacement cycle?
A: The sealing gasket and the surface of the element should be checked regularly for scaling or corrosion, cleaned or replaced every year, and the electric heating element should generally be replaced after 1 to 5 years of use to prevent temperature control failure or power reduction, extend the life of the equipment and ensure stable operation.
Q: What are the common faults and how to prevent them?
A: Common faults include burnout of components, seal leakage, electronic control failure and scaling that reduces heating efficiency. Prevention methods include reasonable selection, installation of temperature control and safety valves, regular cleaning of scaling and inspection of electrical connections, and use of corrosion-resistant materials to reduce corrosion risks.