Highly efficient nano new material module and heating system capable of quick heating to 1,300�� within 1 second

Material Business

Device Business

Heating System

Dryer

Heating Fans

Boiler

For Industry

For Agriculture,
Fishery,
and Industry

For Households

Quick heating material responding to electromagnetic waves through nano doping of textiles

SiC Textiles

• Silicon carbide thread that does not burn in very
  high temperature
• - A thread (textile) that Ceramic precursor polymer
  is discharged in a fiber shape and heat-treated.
• - It does not burn or melt at 1400 degrees or higher.
• - Spacecraft, national defense material, core material
  for the high-tech industry
• - National strategic items that cannot be imported
  or exported

Nano SiC Textile

• - SiC textiles that have become Nano tissue
  through Nano Doping
• - It has the characteristics of responding to
  electromagnetic waves and quick heating

Ultra efficient heating system using SiC texture of Nano tissue

Nano New Material (Heating Material)
Nano Tissue SiC Texture

Highly Efficient Heating System

SiC Textiles

Nano Tissue SiC
Fine Structure
of Textile

Heating Test

Boiler for
Homes

Electric
Heater
for Homes

Boiler for
Agricultural Use

Dryer for
Industrial Use

Heating Fans

Dominant

SiC Textiles of Nano tissue, which have the best conditions for heating element

Quick Heating

Quick Cooling

Non-
oxidizing

High Efficiency

Eco-friendly

Quick heating to 1300 degrees within few seconds in the air in response to the electromagnetic waves

After stopping oscillation, quick cooling to 100 degrees or lower within few seconds

Quick heating to 1300 degrees within few seconds in the air in response to the electromagnetic waves

Usable in the air without being oxidized

The generated heat has good radiation characteristic, so it is highly efficient and economical

Heating system using Nano tissue SiC textile as heating element

Simplicity

High Efficiency

Marketability

Material Performance
Comparison

The structure is simple, and can be manufactured in small size, so manufacturing cost is reduced

20?25% higher efficiency

Correspond to almost all product groups that generate heat

Classification	Purpose of Use	Efficiency	Amount of Heat (Kcal / 1kW)	Using Environment	Amount of Money
MOSI��	1,600��	69%	593	Atmosphere	Expensive
SiC	1,200��	68%	589	Atmosphere	Expensive
Nichrom	600��	60%	516	Atmosphere	Inexpensive
Nano New Material	1,600��	85%	705	Atmosphere	Inexpensive