The present invention relates to a printing coating manufacturing technique comprising a mixture having 40 to 60 weight% of binder, which is made of a ceramic fluorescent body mixture such as nano inorganic elvan, tourmalin, sericite, zeolite, rare-earth source, germanium, somatid, crystal, queendom energy, soil mica, silicate, mineral, five colored-soil, etc. radiating protonation energy and far-infrared radiation, 10 to 30 weight% of inorganic agent solution, 3 to 5 weight% of UV, and 3 to 5 weight% of ceramic fluorescent substances, and a manufacturing technology for fusion laminating PP, PE, EVA solutions and films on front and rear sides of a cotton material and a felt which are printing-coated with T-dies and lamination drying technologies. The protonation energy penetrates a wavelength range of near-infrared radiation of 300 nm to 750 nm necessary for a plant growth as an far-infrared radiation emission function, and increases of a plant growth faciliating production amount as well as carrying out fungistasis of various anthracnose molds by a radiation function. Therefore, the present invention enables to be helpful in improving a harvest amount, sugar content, size, and quality of a fruit and vegetable, and to protect a plant growth by blocking a strong far-infrared radiation in summer with a low heating cost as a warmth material of 2°C in winter. Since durability is light and tough, the present invention enables to minimize damage of an agricultural product by corresponding to a weather change due to typhoon, hail, and heavy snow.COPYRIGHT KIPO 2015본 발명은 양자에너지와 원적외선을 방사하는 나노 무기제 맥반석, 토르마린, 견운모, 제오라이트, 희토류, 게르마늄, 소마티드, 수정, 퀀덤에너지, 흙운모, 규산염, 광물, 오색혈토등 천연광물질을 세라믹 형광체 혼합물로 이루어진 바인더 40~60중량%, 무기제용액 10~30중량%, UV 3~5중량%, 세라믹 형광체 3~5중량%가 함유되는 혼합물로 이루어지는 인쇄 코팅 제조 기술과 인쇄 코팅된 면직물, 부직포 전, 후면에 PP, PE, EVA 용액 및 필름을 티다이 및 라미드라이 기술을 융합 합착하는 제조 기술로서 양자 에너지은 원적외선 방사 기능으로 식물 성장에 꼭 필요한 300nm~750nm 근적외선 광 파장대을 투과 시켜 식물의 성장 촉진 생산량 증대 및 항균성 기능으로 각종 탄저병 곰팡이균을 정균 하므로 과일, 채소등에 수확량
