A Ceramic Strip Heater provides the ability to withstand higher temperatures (typically limited to 40 to 45 watts per square inch, depending on the application). The heater consists of a stainless steel sheath containing a high-temperature ceramic insulating a nickel chrome wire coil. Warranty converage up to 480 Volts. Ceramic Strips can meet U.L./C.S.A. approval.
Applications
Acrolab Ceramic Strip heaters provide a dependable, versatile and efficient heat source for a wide range of applications, such as heating air, injection and extrusion dies, food tables and platens.
Features and Benefits
Low expansion characteristics minimize movement away from block on applications not utilizing full clamping plate.
Long life and the resulting reduction of downtime.
High heat transfer rates and rapid heat-up.
Reduces number and physical size of heaters for many applications.
3-phase available.
Distributed wattage available.
A Ceramic Strip Heater provides the ability to withstand higher temperatures (typically limited to 40 to 45 watts per square inch, depending on the application). The heater consists of a stainless steel sheath containing a high-temperature ceramic insulating a nickel chrome wire coil. Warranty converage up to 480 Volts. Ceramic Strips can meet U.L./C.S.A. approval.
Applications
Acrolab Ceramic Strip heaters provide a dependable, versatile and efficient heat source for a wide range of applications, such as heating air, injection and extrusion dies, food tables and platens.
Features and Benefits
- Low expansion characteristics minimize movement away from block on applications not utilizing full clamping plate.
- Long life and the resulting reduction of downtime.
- High heat transfer rates and rapid heat-up.
- Reduces number and physical size of heaters for many applications.
- 3-phase available.
- Distributed wattage available.
