HIGH WATT DENSITY FIREROD HEATER
Technical features: the double-sided radiating will be instead of the traditional single radiating elements.
Two types:
- 95 alumina ceramic sheath, the heating core is made from RE (rare earth), high temperature reached 1400 ℃.
- Using the silicon molybdenum ceramic, filling with ceramic powder and sintering them under the high temperature, tube diameter ≥Φ 10mm, what can also be used in hollow tube with double radiating surface process, this process can make the elements long term working under the temperature ≤1400℃ with safety condition.
Description
Technical Data
- Sheath material: stainless steel ss304/316/321
- Heating resistance wire:Cr20Ni80
- Working temperature: max 700°C
- Diameter range (mm):2.6mm-30mm
- Length range (mm):15mm-3000mm
- Diameter tolerance: metric -0.02/-0.06mm
- Length tolerance: ±1mm
- Power tolerance: +5%,-10%
- Rated voltage (110-220):max1.27 times
- Insulation resistance: min5Ω
- With(and voltage:1500v/min)
- Designed life:3000 hours
- Power density:
- Heating in mold: 45w/cm2(max)
- Heating in water: 67w/cm2(max)
- Heating in static air: 10w/cm2(max)
- Heating in flowing air: 18w/cm2(max)
- Wire lead: fiberglass
Our Advantages
Product Quality
At DNR next, we prioritize product quality. Our heating elements, such as cartridge and insertion heaters, ceramic heating tubes, and tubular heaters, are renowned for exceeding industry standards. Rigorous testing ensures superior performance, durability, and reliability. Trusted by clients for our commitment to excellence.
Precision
At DNR next, we specialize in precision engineering custom heating solutions to meet unique requirements. Our experienced team designs and develops fully customized heater cables, surface equipment, and control systems for optimal performance and reliability.
Advanced Technology
Located in Yangzhong city, Jiangsu province, at the center of the Yangtze River, our manufacturing facility is equipped with advanced technology. Our strategic location and convenient transportation enable efficient collaboration and ensure the timely delivery of our products.
