Core technology:Comparison of Competing Technologies

Category	Subcategories for product	BEECO carbon fiber heating element	Carbon heating strip	Carbon planar heating powder
Product properties			Dual-layered carbon powder strip	Dual-layered cross-plane ultrafine carbon powder
	Structural diagram
	Mechanism	A carbon fiber heating element made by precisely mixing a material with high far-infrared emission into fibers and processing them into fibers	Carbon is solidified before it is processed with epoxy	Pulverized carbon is distributed on the surface before it is processed with epoxy
Heating from far -infrared radiation	Radiant calorific value	90% in the front at 100%/M²	70% partially at 100%/M²,	80% at 100%/M²
	Time required to reach set temperature	2-4 mins at 100%/M²	5-8 mins at 100%/M²	5-8 mins at 100%/M²
	Residual heat quantity (when power is OFF)	0℃ in 5 mins at 100%/M²	0℃ in 2 mins at 100%/M²	0℃ in 2 mins at 100%/M²
	Far-infrared emissivity(based on 100%/M²)	90.6%		(near infrared) 40%
Power consumption	Lead time	2 - 4 mins	5 - 7 mins	5 - 7 mins
Power consumption	Consumption ratio	Low	High	High
Safe installation	Weight pressure	Up to CM²/15KG	N/A	N/A
	Fire hazard	None	Yes	Yes
	Durability	Easy installation and semi-permanently durable	Limited	Limited
	Perforation in installation	Perforation safety	N/A	N/A
Scope of applications	For home	Home heating (wooden floor, fireplace, bathroom, desk, clothes drying rack) Food related (fermentation, food drying, hot storage) Medicine-related (medical bed, thermotherapy device)	Floor heating	Floor heating
Scope of applications	For industry	Building and civil engineering (concrete curing, floor freezing prevention, nursing home, library) Cultivation and drying of agricultural plants (drying of pepper, tobacco, fish), floricultural facilities, plastic greenhouse	N/A	N/A