Next Generation Heating Solution
Groniq is an ultra-high efficiency Sic fiber composite heating element perfected through many years of research and development at Daeho I&T. It is an eco-friendly product which rapidly heats up to an ultra-high temperature of over 1,600℃within several seconds in an air atmosphere, has excellent energy efficiency, and does not generate harmful gas.
Groniq’s superior heating performance will provide a competitive edge to your product.
Groniq’s raw material
Groniq’s raw material is nano Sic Fiber(silicon carbide fiber).
Nano-converted Sic Fiber can be rapidly heated up to ultra-high temperature by absorbing electromagnetic wave and electric current.
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SiC fiber
- Ultra-high temperature ceramic fiber produced by eradiating ceramic precursor in a fiber shape and heat-treating it at an ultra-high temperature of 2,000℃
-It does not burn or melt even at temperatures above1,600℃
- It is the key material of aerospace plane, national defense material, and high-tech industry, and a national strategic item that cannot be exported or imported
○SIC fiber○Nano-structure○Molecular structure
Groniq shape and applicability
Daeho I&T is producing Groniq in various shapes with the patented shape control method by making the best use of the features of fibrous SiC, the raw material of Groniq. This is applied to various heating systems, and can be easily produced in a shape suitable for the customer’s heating system, and is easy to replace the existing heating element.
Applied Industry
Heating fan, drier, boiler, electric heater, cooking utensils, electric furnace / Applied to all industrial areas such as industry, national defense, civilian industry, etc.
Advantages of GRONIQ
Ultra-high temperature heating – Max. heating temperature 1,600℃
Eco-friendly – eco-friendly material that does not emit carbon
Low power – Heats to same temperature with 3~5 times less power compared to existing heating elements such as nichrome, etc.
High efficiency – Generated heat is highly efficient and economic since it has good eradiation characteristic
Highly durable – It has long life since it does not oxidize at high temperature state in the air
Rapidly chilled – Quickly chills after heating is stopped
Rapid heating – Rapidly heats up to 1,600℃within 20 seconds in the air by absorbing electromagnetic wave and electric current