Description
The 200 x 90 270V 3200W Ceramic Heater Band is a precision-engineered heating component designed for LOG injection molding machines. This high-performance heater band features advanced ceramic insulation that provides superior heat retention and enables high-temperature operation. Engineered with a 200mm inner diameter and 90mm height configuration, this heater band provides 3200W heating capacity at 270V for reliable material processing and rapid temperature recovery. The ceramic construction delivers up to 25-30% greater energy efficiency compared to uninsulated alternatives, reducing operating costs over the heater band’s service life.
Technical Specifications:
SKU: LOGCHB200X90270V3200W
Dimensions: 200mm ID x 90mm Height
Voltage: 270V
Wattage: 3200W
Sheath Material: Stainless steel outer sheath
Insulation: Advanced ceramic fiber with nickel-chrome resistance coil
Operating Temperature: Up to 1400°F (760°C)
Heat Distribution: Uniform across entire barrel surface
Key Features:
Precision Dimensions: 200mm inner diameter x 90mm height for exact barrel fitment
Ceramic Insulation: Advanced ceramic construction provides superior heat retention and up to 25-30% greater energy efficiency
Heating Capacity: 3200W output for rapid temperature recovery between injection cycles
High-Temperature Capability: Operates up to 1400°F (760°C) for processing high-performance materials
Industrial Voltage: 270V configuration for reliable industrial operation
Stainless Steel Sheath: Durable outer construction for extended service life in industrial environments
Applications: Essential for barrel heating in LOG 500T injection molding operations requiring ultra-high-capacity heating performance and rapid temperature recovery. Ideal for processing engineering plastics, high-temperature polymers, and specialty materials in high-volume production environments. Perfect for facilities operating LOG injection molding machines where consistent barrel temperatures, efficient heat transfer, and minimal cycle time are critical for production efficiency and product quality.