| 產(chǎn)品特性 : | 高韌性 | 是否進(jìn)口 : | 否 |
| 產(chǎn)地 : | 美國(guó)杜邦 | 廠家(產(chǎn)地) : | 美國(guó)杜邦 |
| 牌號(hào) : | 5130L | 銷售方式 : | 品牌經(jīng)銷 |
| 類型 : | 標(biāo)準(zhǔn)料 | 品名 : | LCP |
| 貨號(hào) : | 5130L | 加工級(jí)別 : | 注塑級(jí) |
| 特性級(jí)別 : | 阻燃級(jí)、增韌級(jí)、增強(qiáng)級(jí)、熱穩(wěn)定性、耐高溫、標(biāo)準(zhǔn)級(jí)、耐磨、耐老化、耐候、高強(qiáng)度、高流動(dòng)、高抗沖 | 用途級(jí)別 : | 通用級(jí)、汽車部件、板材級(jí)、家電部件 |
| 品牌 : | 美國(guó)杜邦 | 產(chǎn)品規(guī)格 : | 25 |
30%玻纖增強(qiáng)LCP|美國(guó)杜邦5130L|高韌性
30%玻纖增強(qiáng)LCP|美國(guó)杜邦5130L|高韌性
美國(guó)杜邦LCP 5130L 30%GF 高韌性 耐溫275度
美國(guó)杜邦LCP 5145L 45%GF 高韌性 耐溫290度
美國(guó)杜邦LCP 5244L 40%礦物增強(qiáng) 高韌性 耐溫285度
美國(guó)杜邦LCP 6130 30%GF 高抗沖 耐溫300度
美國(guó)杜邦LCP 6130L 30%長(zhǎng)玻纖 耐溫280度
美國(guó)杜邦LCP 6330 30%礦物增強(qiáng) 高抗沖 耐溫275度
LCP用途
消費(fèi)材料: 微波爐灶容器、食品容器、包裝材料
化學(xué)裝置: 精餾塔填料、閥門、泵、油井設(shè)備、計(jì)量?jī)x器零部件、密封件、軸承
光纖通信: 光纖二次被覆、抗拉構(gòu)件、藕合器、連接器、加強(qiáng)筋
電子電氣: 高密度連接器、線圈架、線軸、基片載體、電容器外殼、插座、表面貼裝的電子元件、電子封裝材料、印刷電路板、制動(dòng)器材、照明器材
汽車工業(yè): 汽車燃燒系統(tǒng)元件、燃燒泵、隔熱部件、精密元件、電子元件
航空航天: 雷達(dá)天線屏蔽罩、耐高溫耐輻射殼體、電子元件
工業(yè)材料: 辦公設(shè)備：軟盤、硬盤驅(qū)動(dòng)器、復(fù)印機(jī)、打印機(jī)、傳真機(jī)零部件
視聽(tīng)設(shè)備: 揚(yáng)聲器震動(dòng)板、耳機(jī)開(kāi)關(guān)
體育器材: 網(wǎng)球拍、滑雪器材、游艇器材
醫(yī)療器材: 外科設(shè)備、插管、刀具、消毒托盤、腹腔鏡及齒科材料
美國(guó)杜邦LCP 7130 30%GF 經(jīng)潤(rùn)滑 高抗沖 耐溫310度
美國(guó)杜邦LCP 7140X 40%GF 耐溫298度
美國(guó)杜邦LCP 7244 40%礦物增強(qiáng) 高流動(dòng) 耐溫295度
In addition, LCP has many unique properties that make it more and more widely used in the plastics processing aid industry. It can be used as the crystallization nucleating agent of PET to improve the processability of PET engineering plastics, and it can be made into fiber to replace glass fiber and Mineral Filler by its high strength and high modulus, in order to reduce the wear of the equipment and the specific gravity of the material, or to compound the TLCP directly with other resins in situ, which can improve the strength and Modulus, the high performance of many common plastics can be realized. With the help of processing equipment, TLCP can be compounded with polymer materials at the molecular level. The molecular composite materials prepared by TLCP have better comprehensive properties, it can be used as a flow modifier for plastics which are difficult to be processed and molded, and can be used to expand the application range of some plastics which are difficult to be thermoplastic molded because of poor flow or which can not be thermoplastic molded at all. In short, in addition to being used directly in high performance products, TLCP is also an effective modifier and processing aid for plastics, hailed as a new material of the twenty-one St Century
