PowerPoint Presentation COOLING TECHNOLOGY How it works? COOLITTM finish is based on a novel crystalline polyol technology that binds to the fibres, when it comes in contact with moisturesweat genera.
COOLING TECHNOLOGY How it works? COOLITTM finish is based on a novel Fabric treated with COOLITTM crystalline polyol technology that binds to the Endothermic Reaction fibres, when it comes in contact with moisture/sweat generates a cooling effect The COOLITTM technology, undergoes an endothermic reaction and absorbs body heat, Sweat/perspiration Cool feeling Skin COOLITTM a moisture activated technology, which after application on fabric, absorbs the body heat, resulting in decrease in temperature up to 30 C in contact with human resulting a cool feeling for the user body compared to untreated fabric and imparts cooling effect to the user Characteristics: COOLITTM is a durable cooling finish based on polyol polymer, which exhibit endothermic reactions with moisture Contact with moisture from the skin causes instant cooling effect COOLITTM performance is durable to washing It can be applied on cotton & cotton blends by pad or exhaust Imparts very soft handle to fabrics Thermal imaging of Fabric Camera Used: IR camera, FLIR E60 model Assessment of Fabric Condition the samples (untreated and treated) in normal environmental condition for 1-2 hr Blue indicates cold- normal temperature condition Before taking any image keep the camera in the particular place for sometime so that it can gain proper IR radiation from sample Yellow indicates warm to hot temperature condition Take temperature readings at 2-3 points to get the idea of temperature variation at different places within the sample Red indicates hot temperature condition COOLITTM performance on 100% Cotton Knit COOLITTM - Initial Untreated With water Droplet With water Droplet COOLITTM – After 20 HL With water Droplet Digital Image Digital Image IR Image IR Image IR Image Avg Temp: 30.70C Avg Temp: 26.30C Avg Temp: 26.90C Digital Image IR Images of COOLITTM treated and Untreated Cotton/Lycra socks Testing conditions Testing performed by N9 World Technologies Pvt Ltd Running period 30 Minutes Date: 22nd Sep 2015, Temperature: 300C, RH: 49 % , Weather: Scattered clouds, Wind: to Km/h, Running Time: PM to 5:30 PM COOLITTM-treated sock Max temp: 32.9 °C Min temp: 29.3°C Avg temp: 30.78 °C Wearer felt more comfortable and cool on with COOLIT treated sock compared to untreated while running IR Thermal images also showed less temperature on the COOLIT treated sock Untreated sock Max temp: 36.9 °C Min temp: 34.2°C Avg temp: 35.5 °C COOLIT™ Application Techniques Dosage: COOLITTM : % (O.W.F) Drying Padding Application Mangle % Pick - Temp0C of pH of Drying Drying Dwell Technique Pressure up chemical Bath Bath Temp0C Time Padding – 2.5 Bar 70 - 80 Room 5.0 to 6.0 1200C – 1300C 45 Sec Temperature Application MLR Technique to Min Treatment Bath Tumble Drying Time Temp0C Drying Time Bath pH Temp0C Garment Wash 1:6 – 1:8 15 Mins Room Temp0C 70 - 800C 45 Mins 5.0 to 6.0 Bed Linen Intimate wear Socks Denims Segments Knits Formal Wear N9 MARKETING SERVICES N9 offers a comprehensive portfolio of co-branded marketing tools: Promotional materials Audiovisual presentations Hangtags Sales staff training Roll ups/Banners Online support Press release Shop-in-shop concept packaging N9 WORLD TECHNOLOGIES PVT LTD For a better, safer and a more carefree life, today and tomorrow www.n9world.com