top of page

(주)에스플러스컴텍은 복합소재 연구,개발,제조 하는 기업입니다. 복합소재에는 탄소섬유, 그래핀, 아라미드섬유,유리섬유 등등 신소재를 이용하여 현존 제품보다 경량화, 내구성, 전도성, 방열성,내열성 등등 효과적이고 경제적,친환경적입니다.

복합소재, 면상발열체, 탄소와이어, 차폐소재

R&D

S PLUS COMTECH CO.,LTD.

탄소기반 와이어 제조방법 및 이를 이용한 제조장치

(Carbon-based wire manufacturing method and manufacturing apparatus using the same)

복합소재, 면상발열체, 탄소와이어, 차폐소재
복합소재, 면상발열체, 탄소와이어, 차폐소재
복합소재, 면상발열체, 탄소와이어, 차폐소재

This technology relates to a method of manufacturing carbon-based wires. It is a carbon-based wire manufacturing method that cures carbon materials and resins into conductors that wrap around the center line. It is a manufacturing technology that can overcome the disadvantages of replacing the existing copper/aluminum conductor by adding certain rigidity to the carbon material-based wire and reduce the manufacturing cost of wires by replacing copper or aluminum conductors with carbon materials.

나노소재 기반 고분자 화합물을 이용한 권선코일 및 이를 구비하는 회전전기기계

(WINDING COIL USING NANOMATERIAL-BASED POLYMER COMPOUND AND ROTATING ELECTRIC MACHINE WITH THE SAME)

This technology is a base material manufacturing technology made of a flexible resin material. It is an electrical conductive nanomaterial that is mixed with a base material to improve electrical conductivity to form an electrical network, a winding coil for a rotating electric machine that includes expanded graphite powder mixed with the base material to improve heat dissipation performance, and a rotating electric machine technology with it.

나노소재 기반 고분자 화합물을 이용한 BLDC 모터

(BLDC MOTOR USING NANOMATERIAL-BASED POLYMER COMPOUND)

This technology is a BLDC motor manufacturing technology that uses a nanomaterial polymer compound that can improve the performance and efficiency of a nanomaterial, a composite material that mixes glass fibers and resins with nanomaterials or a metal and conductive nanomaterial to reduce weight.

인덕션 레인지용 히팅 모듈 및 이를 포함하는 인덕션 레인지
(Heating module for induction range and induction range including the same)

인덕션2.png
인덕션1.jpg
인덕션3.png

​This technology is related to a heating module for an induction range, which is made of a coil base made of a material containing resin; and a composite material mixed with a resin and an electric conductive material of the same or different material as the resin of the coil base, and is integrated with the coil base in a long extension state to provide a heating module for an induction range containing a composite material coil that acts as an electrical wire.

bottom of page