Creme

A Composition of Substances Ingredient Raw Material input ratio (%) Paraffin wax 36 Carnauba wax 8     Emulsifier   Polyoxyethylene   Monooctadecyl Ester 5.30 Sorbitan monostearate   Distilling Water 50.70 Total 100% Effect Natural wax layer on a leaf surface remarkably loses its function due to the damages from ultraviolet, acid rain and agricultural chemicals, whereas Creme can form a film on leaves regardless of photosynthesis and respiration to increase water repellency, whereby the leaves and fruits can be free from water drops to restrain spores of pathogenic fungus from geminating. When creme is sprayed by being mixed with other agricultural chemicals, duration of agricultural chemicals is lengthened to prevent the reduction chemicals from being washed away by rainfalls. Creme helps leaves and stems to form a wax layer thereon during rainy season, whereby infection rate of pathogenic bacteria through pores and damaged areas can be reduced. Creme reduces stresses during transplantation and assists in early rootage. Creme helps reduction of damages by frostbite and freezing injury. Creme helps reduction of damages by drought. Creme is photo-decomposed 20 days after spraying. Surface of plant exo-cuticular layer cutin layer wax cutin mixed layer middle lamella cell wall cell Film layer-cracking process after wax is sprayed After spraying : Film on wax film In approx. 2 wks : Film on block thinned and dispersed In 3~4 wks : Effect disappears if film is cracked Details Film layer-cracking process after wax is sprayed Caution Solidification may occur when dilution is carried out at water temperature below 10°C First mix creme during dilution Store at temperature above 4°C or more Specification Crops Spraying periods Spraying frequency Water dilution ratio Fruit trees During seedling period stage 2 times 500 times During growing period Several times 1,000 times Vegetables & flowering plants Plug seedling production 2 times 500 times Transplant once 500 times Growing period Several times 1,000 times Landscape trees Defects after transplant Several times 500 times Prevention of freezing injury Several times 250~500 times crops Damages resultant from abnormal weather much reduced (Freezing injury, cold injury, frost injury, drought, etc.) 2~3 times 250~500 times Defects after transplant 2~3 times 250~500 times