TFM Modified PTFE Compound 4213

3M Dyneon TFM Modified PTFE Compound 4213 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 4213 Advanced Materials Division


3M Dyneon PTFE Compound TF 2274 Advanced Materials Division

3M Dyneon PTFE Compound TF 3105 Advanced Materials Division

3M Dyneon PTFE Compound TF 3215 Advanced Materials Division

3M Dyneon PTFE Compound TF 3310 Advanced Materials Division

3M Dyneon PTFE Compound TF 3311 Advanced Materials Division

3M Dyneon PTFE Compound TF 3712 Advanced Materials Division

3M Dyneon PTFE Compound TF 4102 Advanced Materials Division

3M Dyneon PTFE Compound TF 4103 Advanced Materials Division

3M Dyneon PTFE Compound TF 4104 Advanced Materials Division

3M Dyneon PTFE Compound TF 4105 Advanced Materials Division

3M Dyneon PTFE Compound TF 4215 Advanced Materials Division

3M Dyneon PTFE Compound TF 4216 Advanced Materials Division

3M Dyneon PTFE Compound TF 4302 Advanced Materials Division

3M Dyneon PTFE Compound TF 4303 Advanced Materials Division

3M Dyneon PTFE Compound TF 4705 Advanced Materials Division

3M Dyneon PTFE Compound TF 6105-N Advanced Materials Division

3M Dyneon PTFE Compound TF 6220 Advanced Materials Division

3M Dyneon PTFE Compound TF 6221 Advanced Materials Division

3M Dyneon PTFE Compound TF 6302 Advanced Materials Division

3M Dyneon PTFE Compound TF 6404 Advanced Materials Division

3M Dyneon PTFE Compound TF 6406 Advanced Materials Division

3M Dyneon PTFE Compound TF 6711 Advanced Materials Division

3M Dyneon PTFE Compound TF 7149 Advanced Materials Division

3M Dyneon PTFE Compound TF 7921 Advanced Materials Division

3M Dyneon PTFE Compound TF 8615 Advanced Materials Division

3M Dyneon PTFE Compound TF 8778 Advanced Materials Division

3M Dyneon PTFE Compound TFX 4262 Advanced Materials Division

3M Dyneon PTFE TF 1620 Advanced Materials Division

3M Dyneon PTFE TF 1641 Advanced Materials Division

3M Dyneon PTFE TF 1645 Advanced Materials Division

3M Dyneon PTFE TF 1750 Advanced Materials Division

3M Dyneon PTFE TF 2021Z Advanced Materials Division

3M Dyneon PTFE TF 2025Z Advanced Materials Division

3M Dyneon PTFE TF 2029Z Advanced Materials Division

3M Dyneon PTFE TF 2035Z Advanced Materials Division

3M Dyneon PTFE TF 2071Z Advanced Materials Division

3M Dyneon PTFE TF 2072Z Advanced Materials Division

3M Dyneon PTFE TF 2073Z Advanced Materials Division

3M Dyneon PTFE TF 9201Z Advanced Materials Division

3M Dyneon PTFE TF 9205 Advanced Materials Division

3M Dyneon PTFE TF 9207Z Advanced Materials Division

3M Dyneon TFM Modified PTFE 1600 Advanced Materials Division

3M Dyneon TFM Modified PTFE 1610 Advanced Materials Division

3M Dyneon TFM Modified PTFE 1635 Advanced Materials Division

3M Dyneon TFM Modified PTFE 1700 Advanced Materials Division

3M Dyneon TFM Modified PTFE 1705 Advanced Materials Division

3M Dyneon TFM Modified PTFE 2001 Z Advanced Materials Division

3M Dyneon TFM Modified PTFE 2033 Z Advanced Materials Division

3M Dyneon TFM Modified PTFE 2070 Z Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 4105 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 4212 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 4213 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 4215 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 4216 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 6105 BR Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 6220 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 6221 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 6302 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound 8854 Advanced Materials Division

3M Dyneon TFM Modified PTFE Compound R4213 Advanced Materials Division

3M Dyneon TFM Modified PTFE TFR 1502 A Advanced Materials Division






　　PTFE材料具有固体材料中最小的表面张力，不粘附任何物质，同时还具有耐高低温优良的特性，从而使其在诸如制造不粘锅的防粘方面的应用非常广泛。其防粘工艺主要包括两种：把PTFE部件或薄片安装在基体上，以及把PTFE涂层或与玻璃复合的漆布经过热收缩而套在基材上。 随着材料应用技术的不断发展，PTFE材料的三大缺点：冷流性、难焊接性、难熔融加工性正在逐渐被克服，从而使它在光学、电子、医学、石油化工输油防渗等多种领域的应用前景更加广阔。

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