3M聚四氟乙烯Dyneon PTFE Micropowder TF 9205 TF 9207Z

3M? Dyneon? PTFE Micropowder TF 9207ZSlip Agent / Lubricant / Mold Release / Processing Aid Additive3M Advanced Materials Division产品说明:3M? Dyneon? PTFE Micropowder TF 9207Z is a white, non-free-flowing agglomerate of fine, low molecular PTFE micropowder. The agglomerate features a particle size of around 4 ?m.Special FeaturesAgglomerateAlmost universal chemical resistanceGood non-stick propertiesReduced friction resistanceLarge operating temperature rangeIncreased degree of abrasion resistanceLow molecular PTFEEasy deagglomerationU.S. Food and Drug Administration (FDA) approved up to 20% weight in polymer formulationsTypical PropertiesDue to its highly specific particle surface, 3M? Dyneon? PTFE Micropowder TF 9207Z can be effective as a rheological additive and significantly increases viscosity when added to liquids. This effect is not temperature-dependent. If TF 9207Z is added to solids or coatings, it can lead to a significant reduction in friction resistance and can also have a positive influence on the non-stick effect of the surface.Typical Applications3M? Dyneon? PTFE Micropowder TF 9207Z can be added to oils, fats, polymers, paints, elastomers and coatings. Typical additional quantity can vary between <1% and 20% and depends on the selected matrix and the desired properties. Due to the extremely small primary particle size and the very specific surface, TF 9207Z is mainly used in liquids and coatings.属性资料购买地点单位: SI 总览材料状态 已商用：当前有效资料 1 Technical Datasheet (English)搜索 UL 黄卡 3M Advanced Materials Division供货地区 北美洲欧洲亚太地区机构评级 FDAAdditives GeneralAdditives Category Additive -- Slip Agent / Lubricant / Mold Release / Processing Aid -- Fluoropolymer形式 PowderNFPA 704 Safety Rating1 FlammabilityNFPA 704 Safety Rating3 HealthNFPA 704 Safety Rating0 ReactivityAdditives Physical额定值单位制测试方法密度0.250 到 0.350g/cm?Bulk Density260kg/m?ISO 60熔流率 (372°C/2.16 kg)4.0g/10 minISO 1133Average Particle Size4.0?mISO 13320State at Room TemperatureSolid熔融温度330°CISO 12086Chemical DescriptionPolytetrafluoroethylene