
HIGH WATT DENSITY
Water Cartridge Heater 12v
Water Cartridge Heater 12v by LICHENGDA. Bore fit and conductive heat transfer, configuration details and made-to-drawing quotation for molds, dies and conductive tooling.
PRODUCT ENGINEERING
Bore fit and conductive heat transfer
Water Cartridge Heater 12v: Install the active sheath in a close-fitting, clean bore. Specify bore diameter, tolerance and heated length together; excessive clearance increases sheath temperature and slows heat transfer.
Record the lead exit, cold end and removal access before the tool is machined. Locate the control sensor near the heated zone without placing it directly against the resistance element.
For Water Cartridge Heater 12v, use the listed 12v as catalog identifiers and confirm the complete electrical and dimensional combination before calculating current, selecting a supply or fixing the mounting pattern.
For Water Cartridge Heater 12v, send the supply, continuous and peak temperature, mounting drawing, lead exit and quantity. Include the heated medium and control method so the quoted configuration can be checked against the actual duty.
| Catalog name values | 12v |
|---|
Application and reference configuration
Molds, dies and conductive tooling. The final suitability of Water Cartridge Heater 12v depends on the assembled equipment and agreed operating conditions.
Archived figures below describe reference options or a product series. Confirm the exact model specification in the quotation.
| Voltage / Wattage | Confirmed for the application |
|---|---|
| Diameter / Length | Made to drawing |
| Sheath / Leads | Selected for operating conditions |
ARCHIVED PRODUCT INFORMATION
Description
immersion cartridge heater is a type of heating element specifically designed for immersion in a liquid or gas. It consists of a heating coil encased in a protective metal sheath, and it is used to heat fluids or gases in various industrial processes and applications. Immersion cartridge heaters are widely utilized for their efficiency, reliability, and precise temperature control in a wide range of industries.
Key features and applications of immersion cartridge heaters include:
Immersion Heating: These heaters are designed to be immersed directly in the liquid or gas to be heated, providing efficient and direct heat transfer.
Versatility: Immersion cartridge heaters can be used in a variety of applications, including water heating, oil heating, chemical processing, food processing, and more.
Precise Temperature Control: Many immersion cartridge heaters come with built-in temperature sensors or controllers to maintain precise and consistent temperature levels.
Fast Heating: The direct contact with the fluid or gas allows for rapid and efficient heating.
High Heat Transfer Efficiency: The metal sheath of the heater provides a large surface area for heat transfer, enhancing the overall heating performance.
Various Configurations: Immersion cartridge heaters come in different lengths, diameters, and wattages to suit various tank or vessel sizes and heating requirements.
Durability: The metal sheath protects the internal components from environmental factors, making immersion cartridge heaters durable and suitable for harsh conditions.
Easy Installation: They are typically designed with mounting fittings or flanges for easy installation and removal.
It's crucial to select the appropriate wattage, voltage, and materials for the immersion cartridge heater based on the specific application's needs and the properties of the fluid or gas being heated.
As with any heating element used in immersion applications, safety precautions should be followed to prevent overheating, damage, or safety hazards. Regular maintenance and monitoring are essential to ensure the continued performance and safety of immersion cartridge heaters.
For specialized or critical applications, consulting with manufacturers or experts can help in selecting the most suitable immersion cartridge heater for the specific industrial process or system.
Standard Product Parameter
Special diameter, length of cartridge, length of lead, and extra features are availabe on request
|
Thread size |
Diameter |
Length |
Power |
Tube material |
|
6 |
16mm |
400mm |
220V 1KW |
SS304 |
|
6 |
16mm |
400mm |
220V 1.5KW |
SS304 |
|
6 |
16mm |
500mm |
220V 1.5KW |
SS304 |
|
6 |
16mm |
500mm |
220V 2KW |
SS304 |
|
6 |
16mm |
600mm |
220V 1.5KW |
SS304 |
|
6 |
16mm |
600mm |
220V 2KW |
SS304 |
|
6 |
16mm |
800mm |
220V 1.5KW |
SS304 |
|
6 |
16mm |
800mm |
220V 2KW |
SS304 |
|
6 |
16mm |
800mm |
220V 2.5KW |
SS304 |
|
Other require can be customized |
||||
Main Features
* Imported resistance wire, ensure high density large wattge
* Fasteners and flanges to meet a variety of installation requirements.
* High temperature, wear-resistant, waterproof.
* High-Density Swaged Cartridge Heater
* Low density cartridge heater are available
* Various diameter from 3MM-30MM
* Good Alloy tube sheath for high corrosion resistance



Function:
1. Operating conditions: ambient temperature-20℃ ~ + 60℃, relative temperature <80%;
2. Electrical strength: cold withstand voltage AC work 1500V 50Hz lasts for 1 min without breakdown phenomenon;
3. Thermal insulation performance: AC 1000V 50Hz lasts for 1 min without breakdown phenomenon;
4. Leakage current <0.5MA; Insulation resistance> 30MΩ;



cartridge heater is an electric heating element that is typically cylindrical in shape and is used to provide
localized heat in industrial and commercial applications. It is made of a resistive heating element, such as
a Nichrome wire, that is embedded in a metal sheath.
When electric current is passed through the resistive heating element, it heats up and transfers heat to the
metal sheath. The metal sheath then conducts the heat to the surrounding environment, providing
localized heat in the area where the cartridge heater is installed.
Cartridge heaters are often used in applications such as plastic injection molding, hot stamping, and
packaging equipment, where precise and consistent heating is required. They can also be used in
laboratory and medical equipment, where precise temperature control is critical.
One advantage of cartridge heaters is their high heating capacity in a small size, which allows them to be
easily installed in tight spaces. They are also highly customizable, with a variety of options for size,
wattage, voltage, and other specifications.

Application
· Injection moulding - Internal heating of nozzles
· Hot runner systems - Heating of manifolds
· Packaging industry - Heating of cutting bars
· Packaging industry - Heating of hot stamps
· Laboratories - Heating of analytical equipment
· Medical: Dialysis, Sterilization, Blood Analyzer, Nebulizer, Blood/Fluid Warmer, Temperature Therapy
· Telecommunications: Deicing, Enclosure Heater
· Transportation: Oil/Block Heater, Aircraft Coffee Pot Heaters,
· Food Service: Steamers, Dish Washers,
· Industrial: Packaging Equipment, Hole Punches, Hot Stamp.


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Specifications and availability vary by configuration. Confirm dimensions, materials and electrical or measurement ratings in your quotation.
ENGINEER-REVIEWED QUOTATION






