POM/德國巴斯夫/N2320-003 POM/德國巴斯夫/N2320-003 POM/德國巴斯夫/N2320-003 美國杜邦POM日本寶理POM泰國三菱POM德國巴斯夫POM杜邦旭化成POM臺灣麗鋼POM神化寧煤POM上海藍星POM
POM(聚甲醛)N2320-003/德國巴斯夫 注塑
重要參數：熔體流動(dòng)速率:7.5 g/10min吸水率:0.8 %拉伸強度:65 MPa斷裂伸長(cháng)率:27 %維卡軟化點(diǎn):150 ℃
POM(聚甲醛)N2320-U03/德國巴斯夫 注塑生產(chǎn)廠(chǎng)商：德國巴斯夫公司
重要參數：熔體流動(dòng)速率:7.5 g/10min吸水率:0.8 %拉伸強度:63 MPa斷裂伸長(cháng)率:29 %維卡軟化點(diǎn):150 ℃
POM(聚甲醛)N2310 P/德國巴斯夫 注塑
重要參數：熔體流動(dòng)速率:7.5 g/10min密度:1.4 g/cm3吸水率:0.8 %拉伸強度:2600 MPa熱變形溫度:95 ℃
POM(聚甲醛)N2320Y/德國巴斯夫
重要參數：熔體流動(dòng)速率:9 g/10min密度:1.4 g/cm3吸水率:0.2 %缺口沖擊強度:6 拉伸強度:65 MPa
POM(聚甲醛)N2640 Z2/德國巴斯夫
重要參數：熔體流動(dòng)速率:7 g/10min密度:1.37 g/cm3吸水率:0.8 %拉伸強度:2000 MPa熱變形溫度:85 ℃
POM(聚甲醛)W2320 003/德國巴斯夫 注塑
重要參數：熔體流動(dòng)速率:25 g/10min密度:1.4 g/cm3吸水率:0.8 %拉伸強度:2800 MPa熱變形溫度:100 ℃
POM(聚甲醛)H2320004/德國巴斯夫
重要參數：密度:1.4 g/cm3吸水率:0.8 %成型收縮率:2.1 %缺口沖擊強度:8 拉伸強度:65 MPa
POM(聚甲醛)H2320-004/德國巴斯夫 注塑級
重要參數：密度:1.4 g/cm3吸水率:0.2 %熱變形溫度:95 ℃
POM(聚甲醛)H2320006/德國巴斯夫
重要參數：密度:1.4 g/cm3吸水率:0.8 %缺口沖擊強度:6 拉伸強度:64 MPa斷裂伸長(cháng)率:30 %
韓國工程塑料POM韓國科隆POM南通三菱POM南通寶泰菱POM日本三菱POM德國赫斯特POM日本旭化成POM臺灣
臺塑POM云天化POM泰科納POM
100P/美國杜邦/POM 500P/美國杜邦/高粘度耐磨級POM 美國杜邦900P/高流動(dòng)性，低黏度/POM
POM/杜邦－旭化成/4520 F20-03/通用/泰國三菱POM 500T美國杜邦/POM
POM/德國巴斯夫/N2320-003 美國杜邦/100T/POM M90-04/通用/日本寶理POM
臺灣臺塑/fm090/POM聚甲醛
The dimensions are tiny but their potential is huge: nanotechnology is one of the strongest innovation drivers in research and development. BASF is convinced of the possibilities offered by this cross-sectional technology. We can use it to develop sustainable innovations to meet the challenges of the future.
The global population is predicted to reach nine billion by 2050. They will all need adequate living space, a secure energy supply and good medical care. Nanotechnology will be indispensable in making this happen while simultaneously safeguarding the environment.
BASF uses nanotechnology to develop new products and improve existing ones. Nanotechnology is a cross-sectional technology. It is used in many sectors, such as health, electronics, building and construction and automotive to develop innovative nanomaterials with new performance features.
