Split Sheath Cartridge Heater adopts a unique patented split sheath design, which greatly improves heat transfer under normal matching conditions, thereby ensuring excellent heat transfer, more uniform process heat, higher efficiency, and lower power consumption. Lower cost, get a better design.
Split Sheath Cartridge Heater adopts a unique patented split sheath design, which greatly improves heat transfer under normal matching conditions, thereby ensuring excellent heat transfer, more uniform process heat, higher efficiency, and lower power consumption. Lower cost, get a better design.
Advantages of Split Sheath Cartridge Heater
1: Split Sheath Cartridge Heater is specially designed for pressing plate, mold, or mold industrial heating applications. In these applications, the hole drilling or wear will deteriorate over time. When energized, each part of the Split Sheath Cartridge Heater expands independently, thereby making close contact with the hole wall.
2: Our company has split sheath design and highly specialized manufacturing technology. Split Sheath Cartridge Heater reduces the total process heating cost by 45% on average compared to other Cartridge Heaters.
3: Split Sheath Cartridge Heater adopts a unique patented split sheath design, which expands when energized, thereby maximizing heat transfer through more contact with the hole wall. Better heat transfer means less power consumption to maintain the setpoint temperature, thereby reducing operating costs.
4: The structure of the Split Sheath Cartridge Heater eliminates the common ceramic core in traditional cartridge heaters. Our factory has developed a highly specialized manufacturing technology to compress the high-grade MgO dielectric around the heater coil to make it close to the theoretical maximum, thereby increasing the dielectric strength and heat transfer from the coil, thereby greatly extending the heater Service life.
5: The service life of the Split Sheath Cartridge Heater is 6 times that of the traditional heater. The Split Sheath Cartridge Heater shrinks when the power is cut, thereby eliminating the need for stuck holes and expensive drilling. It can reduce the time of shutdown to replace the heater and reduce the maintenance cost.
The difference between conventional cartridge heater and Split Sheath Cartridge Heater
Conventional ink cartridge heating tube: limited to ordinary thermal expansion, unable to compensate for too large holes.
Split Sheath Cartridge Heater:
1: The unique bidirectional expansion of the energized Split Sheath Cartridge Heater makes good contact between metal and metal and the surrounding holes, thereby maximizing heat transfer.
2: When the power is off, the Split Sheath Cartridge Heater cools and shrinks, making it easy to take out from the hole.
