JMB350

JMB352UHigh-Speed USB & SATA II Combo to Dual SATA II PortMultiplier(1 to 2) BridgeDescriptionThe JMB352U is a bridge controller, which translates the communication protocol between SATA II 3.0G. This chip integrated 60MIPS 8051, and provide eSATA II 3.0G to dual SATA II 3.0G port multiplier applications in a single chip.In this chip, the SATA controller could be configured as host or device. The 3-port SATA II 3.0G controllers further supports the eSATA to dual SATA communication. Integrated these two technologies, the user could perform JMB352U to the following applications.¾ eSATA to dual SATA bridge port multiplier application¾ One-button system backup application for above applications. (With SATA Vender Software Application)FeaturesQuick ReferenceSignal Bit Rate 3.0 Gbps Power Supply 3.3V and 1.2V GPIO Support UP to 9 ESD Protection 2000 V Package 64-pin LQFP RAID Level Support JBOD, Port MultiplierSATA Port 3 • Compliance with Serial ATA International Organization: Serial ATA Revision 2.6• Compliance with Gen1i, Gen1m, Gen2i and Gen2m of Serial ATA International Organization: Serial ATA Revision 2.6• Support SATA 1.5G/3.0G Speed Negotiation • Support SATA II Asynchronous Signal Recovery (Hot Plug) feature• Support SATA Host/Device controller configuration • Support USB HID Interrupt Transfer• Support ATA/ATAPI PACKET command feature set • Support SATA 30MHz or 40MHz external crystalUSB Port1• Integrated 60MIPS 8051 microprocessor with 64k-byte mask ROM• Support one-button system backup operation • Support one-button disk copy• Support external NVRAM for customer VID/PID, Manufacture and Product String.Applications• Mass storage devices • Optical storage • Storage system • Port MultiplierFunctional Block DiagramMCUUSB Device Controller Hi-Speed USB PHY3-port SATA II Controller3-port SATA II PHYDMA ControllerProgram ROM GPIO I/F Voltage RegulatorGPIOSATA_ASATA_CUSBFig. 1 Functional Block Diagram of JMB352UApplicationsNVRAM KeypadSATA AFig. 2 eSATA to dual SATA port multiplier applicationNVRAM LED KeypadSATAFig. 3 Hi-Speed USB to SATA with 3 LUN bridge applicationSATA DeviceNVRAM LED KeypadSATA BFig. 4 Dual eSATA(Port B & Port C) & Hi-Speed USB to SATA applicationProduct Information Name DescriptionJMB352 Serial ATA Bridge ChipDesign KitContact Information 1 JMB352 Data Sheet Department Email 2 JMB352 Design Guide Sales sales@ 3 Application EVBTech. Support fae@。

0 【006/镇海石化】【008型/四塑阻燃】【012/镇海石化】【012/宁波甬兴】【045/宁波甬兴】【075/宁波甬兴】1 【1001-PPB-HG/北清联科】【1001-PPG20/北清联科】【1001-PPWG/北清联科】【1001-PPZ6/北清联科】【1001-RGP25/北清联科】【1040/台塑宁波】【1040F/台塑宁波】【1080/台塑宁波】【1100N/阿曼石化】【1100N/沙特APPC】【1101N/沙特APPC】【1102K/沙特APPC】【1120/台塑宁波】【1252F/台塑宁波】【1304E1/埃克森美孚】【1352F/台塑宁波】【1GW20N/苏州宇联】【1GW30N/苏州宇联】【1K22N/苏州宇联】【1K38N/苏州宇联】【1V0N/苏州宇联】2 【2020S/台塑宁波】【2080/宁波法莱新】【2300SC/泰国IRPC】【2302G0/南通开普乐】3 【300/镇海石化】【3015/台湾永嘉】【3040C/台塑宁波】【3080/台湾永嘉】【3204/台湾永嘉】【3204/台塑宁波】【331型/四塑阻燃】【332型/四塑阻燃】4 【4017M/大韩油化】5 【500P/沙特sabic】【5070/台湾永嘉】【5090T/台塑宁波】【570P/沙特sabic】【575P/沙特sabic】6 【6331/马来西亚大藤】【6531/马来西亚大藤】7 【7032E2/埃克森美孚】【7032E3/埃克森美孚】【7033E3/埃克森美孚】A 【A002TM/独山子天利】【A002TM/独山子聚成】【A003J/独山子天利】【A003TM/独山子聚成】【A005GF/独山子天利】【A180TM/独山子天利】【A180TM/独山子聚成】【A200T/独山子天利】【A200TM/独山子聚成】【A200TY/独山子天利】【AF/独山子天利】【AF-PN100/独山子天利】【AF005/独山子天利】【AFT/独山子天利】【AP03B/埃克森美孚】【AP3AW/埃克森美孚】【AP3N/埃克森美孚】【AP7885/埃克森美孚】【AR564/新加坡聚烯烃】【AS164/新加坡聚烯烃】【AU161T/日本住友】【A V161/新加坡聚烯烃】【AW161T/日本住友】【AW564/新加坡聚烯烃】【AY564/新加坡聚烯烃】【AZ564/新加坡聚烯烃】B 【B01-1/镇海石化】【B01-2/镇海石化】【B02/镇海石化】【B330F/韩国SK】【B340F/韩国SK】【B350F/韩国SK】【B360F/韩国SK】【B380G/韩国SK】【B391G/韩国SK】【B393G/韩国SK】【B4808/燕山石化】【B4902/燕山石化】【BH/兰港石化】【BJ300/韩国三星】【BJ500/韩国三星】【BJ550/韩国三星】【BJ600/韩国三星】【BJ730/韩国三星】【BJ750/韩国三星】【BL/兰港石化】【BX3500/韩国SK】【BX3800/韩国SK】【BX3900/韩国SK】【BX3910/韩国SK】C 【C500/兰州石化】【CCA-001/余姚直成】【CFHG-001/余姚直成】【CGFR-30C/余姚直成】【CGFR-35C/余姚直成】【CHG-001/余姚直成】【CHG-002/余姚直成】【CMPP-3/苏州金晨】【CPAS-30C/余姚直成】【CPIB-117/山东道恩】【CSK-PP6/余姚直成】【CST-001/余姚直成】D 【DJ-560SW/韩国湖南】【DJ-570S/韩国湖南】【DY-GK2590S/独山子石化】【DY-W0723F/独山子石化】【DY-W0825RT/独山子石化】【DY-W1825RT/独山子石化】E 【E140/镇海石化】【E140/宁波甬兴】【EP300H/巴塞尔】【EP300R/韩国大林】【EP332C/韩国大林】【EP540P/利安德巴塞尔】【EPC30R/茂名石化】【EPC30R/兰州石化】【EPS30R/独山子石化】【EPS30R/大庆炼化】【EPS30R/茂名石化】【EPS30R/天津联合】F 【F227/日本普瑞曼】【F3-045/镇海石化】【F401/扬子石化】【F401/兰州石化】【F401/盘锦乙烯】【F401/兰港石化】【F5-045/镇海石化】【F501/兰港石化】【F601/兰港石化】【F7-075/镇海石化】【F800E/上海石化】【F9-075/镇海石化】【FB51/韩国三星】【FC9413L/新加坡聚烯烃】【FH51/韩国三星】【FPP-01/山东道恩】【FR-08/余姚中发】【FR-18/余姚中发】【FR-28/余姚中发】【FR-38/余姚中发】【FR-SJ08/余姚盛杰】【FR6010/茂南雄利】【FR7000/茂南雄利】【FRPP/江苏天元】【FRPP-30G/苏州宝丰】【FRPP-30G/苏州虹利】G 【G30H/宁波信高】【GM1600E/上海石化】【GM160E/上海石化】【GPP-20/江苏天元】【GPP-30/江苏天元】【GPP-8-9/镇海石化】【GR-10+/余姚中发】【GR-10H/【GR-30+/余姚中发】【GR-30H/【GR-20H/余姚中发】余姚中发】【GR-20+/余姚中发】余姚中发】【GRPP-130/山东道恩】【GRPP-130N/山东道恩】【GRPP-530H/山东道恩】H 【H030SG/印度信诚】【H110MA/印度信诚】【H1500/韩国现代】【H350FG/印度信诚】【H360F/韩国SK】【H380F/韩国SK】【H430/LG化学】【H4540/韩国现代】【H5200/韩国现代】【H5300/韩国现代】【H550/LG化学】【H710/韩国SK】【H900F/韩国SK】【HFPP-01/山东道恩】【HG01/宁波信高】【HG02/宁波信高】【HGRPP-230/山东道恩】【HI828/韩国三星】【HJ500/韩国三星】【HJ730/韩国三星】【HJ730L/韩国三星】【HM110/巴塞尔】【HP450J/韩国大林】【HP500N/巴塞尔】【HP522J/巴西Quattor】【HP550K/巴西Quattor】【HP602N/韩国大林】【HPP-A/富裕达塑化】【HPP-C/富裕达塑化】【HY301/韩国三星】J 【J-150/韩国湖南】【J-320/韩国湖南】【J-330/韩国湖南】【J-350/韩国湖南】【J-370/韩国湖南】【J106G/日本普瑞曼】【J340/盘锦乙烯】【J340/韩国晓星】【J340/扬子石化】【J440/韩国晓星】【J640/韩国晓星】【J700/兰港石化】【J701/兰港石化】【J703HA/日本普瑞曼】【J740X/韩国晓星】【J742S/韩国晓星】【J800H/兰港石化】【JM-350/韩国湖南】【JM-370K/韩国湖南】K 【K1001/燕山石化】【K1011/台湾化纤】【K4515/台湾化纤】【K4912/燕山石化】【K4912/上海赛科】【K4912/独山子聚成】【K7726/燕山石化】【K7926/上海赛科】【K8003/上海赛科】【K8003/扬子石化】【K8003/台湾化纤】【K8009/台湾化纤】【K8025/台湾化纤】【K8303/燕山石化】【K9015/扬子石化】【K9927/扬子石化】【KY3060/河南开原】M 【M1200HS/上海石化】【M1280HS/上海石化】【M1300R/上海石化】【M1600/韩国现代】【M1600E/上海石化】【M160E/上海石化】【M1685/LG化学】【M180R/上海石化】【M180RI/上海石化】【M250E/上海石化】【M2600R/上海石化】【M350R/上海石化】【M40/南通开普乐】【M500R/上海石化】【M540/LG化学】【M560/LG 化学】【M700R/上海石化】【M800E/上海石化】【M800E/独山子聚成】【M800HS/上海石化】N 【NGPP/余姚双象纳米】【NGPP-H/余姚双象纳米】【NH01/余姚双象纳米】【NH02/余姚双象纳米】【NH03/余姚双象纳米】【NP01/余姚双象纳米】【NP02/余姚双象纳米】【NP04/余姚双象纳米】【NZ01/余姚双象纳米】【NZ03/余姚双象纳米】【NZ04/余姚双象纳米】【NZPP/余姚双象纳米】P 【P100/宁波福天】【P102/宁波福天】【P110/宁波福天】【P110A/宁波福天】【P130/宁波福天】【P203/宁波福天】【P203A/宁波福天】【P204/宁波福天】【P213/宁波福天】【P213A/宁波福天】【P213B/宁波福天】【P260/南京德尔隆】【P301/宁波福天】【P321/宁波福天】【P340/盘锦乙烯】【P402/宁波福天】【P403/宁波福天】【P412/宁波福天】【P413/宁波福天】【P530G/余姚东苑】【P620M/余姚东苑】【P701F/余姚东苑】【P801/余姚东苑】【P812/宁波福天】【P820/宁波福天】【PB 170 A4M/西班牙repsol】【PM970W/日本SunALLomer】【PP-01/富裕达塑化】【PP-01/余姚中发】【PP-02/余姚中发】【PP-02/富裕达塑化】【PP-03/富裕达塑化】【PP-03/余姚中发】【PP-04/富裕达塑化】【PP-04/余姚中发】【PP-05/余姚中发】【PP-06/余姚中发】【PP-07/余姚中发】【PP-08/余姚中发】【PP-09/余姚中发】【PP-10/余姚中发】【PP-101/余姚海港】【PP-201/余姚海港】【PP-6/余姚盛杰】【PP-F01/常州赫利来】【PP-F02/常州赫利来】【PP-F03/常州赫利来】【PP-F04/常州赫利来】【PP-G01/常州赫利来】【PP-G02/常州赫利来】【PP-G03/常州赫利来】【PP-G04/常州赫利来】【PP-G30/余姚海港】【PP-H-010/镇海石化】【PP-HG/余姚海港】【PP-M01/常州赫利来】【PP-M02/常州赫利来】【PP-M03/常州赫利来】【PP-M04/常州赫利来】【PP-T01/常州赫利来】【PP-T02/常州赫利来】【PP-T03/常州赫利来】【PP-T04/常州赫利来】【PP1/上海日之升】【PP10/上海日之升】【PP2/上海日之升】【PP3/上海日之升】【PP4/上海日之升】【PP4/宁波台甬】【PP5/上海日之升】【PP6/上海日之升】【PP6/宁波台甬】【PP7/上海日之升】【PP8/上海日之升】【PP8/宁波台甬】【PP9/上海日之升】【PPFRG0/余姚汇合】【PPFRG10/余姚汇合】【PPFRG15/余姚汇合】【PPH-X-045粒料/镇海石化】【PPH-X-075粒料/镇海石化】【PPH-X-140粒料/镇海石化】【PPH-X-300粒料/镇海石化】【PPH-XD-045/沧州炼化】【PPH-XD-045/石家庄炼化】【PPH-XD-075/沧州炼化】【PPH-XD-075/石家庄炼化】【PPH-XD-140/沧州炼化】R 【R01/宁波信高】【R04/宁波信高】【R140H/韩国SK】【R140M/韩国SK】【R21/宁波信高】【R370Y/韩国SK】【R372Y/韩国SK】【R380Y/韩国SK】【R520F/韩国SK】【R520Y/韩国SK】【R530/韩国晓星】【R680S/韩国SK】【R930Y/韩国SK】【RF03/埃及OPC】【RP344R/韩国大林】【RPP/山东道恩】【RX3700/韩国SK】【RX5200/韩国SK】S 【S1003/上海赛科】【S1004/扬子石化】【S2040/上海赛科】【S700/扬子石化】【S900/兰港石化】【SB9302/大韩油化】【SB9304/大韩油化】【SB9310/大韩油化】【SM240/马来西亚大藤】T 【T-022/吉林石化】【T300/上海石化】【T30S/独山子石化】【T30S/大连石化】【T30S/绍兴三圆】【T30S/海南炼厂】【T30S/大庆炼化】【T30S/延炼石化】【T30S/镇海炼化】【T30S/茂名石化】【T30S/九江石化】【T30S/大庆石化】【T30S/青岛炼化】【T30S/兰州石化】【TF-501/镇海石化】【TM/余姚中发】【TM-20/九江石化】【TM-501/镇海石化】【TY3030FR/宁波台甬】【TY3031FR/宁波台甬】【TY3130GB/宁波台甬】【TY3320C/宁波台甬】【TY3320T/宁波台甬】【TY3330T/宁波台甬】【TY3510/宁波台甬】【TY3530/宁波台甬】【TY3610HG/宁波台甬】V 【V-451/韩国湖南】【V30G/兰州石化】【V30G/海南炼厂】W 【W001/山东道恩】【W02/镇海石化】X 【X03/三菱石化】Y 【Y-120/韩国湖南】【Y-130/韩国湖南】【Y1600/上海石化】【Y2600/上海石化】Z 【Z30S/大连石化】【Z30S/茂名石化】【Z30S/兰州石化】【Z30S/济南石化】【ZF-T20/余姚中发】【ZF-T30/余姚中发】【ZF-T40/余姚中发】【ZF-YM/余姚中发】【ZF-ZR1/余姚中发】【ZRG-30/江苏天元】聚丙烯牌号的命名方法1.国家标准牌号命名法命名方法如下例所示：PPB-MP-300—M：PPB----------特征单元1MP-----------特征单元2300-----------特征单元3M-------------特征单元4其中特征单元1为英文聚丙烯――Polypropylene的缩写PP，所有牌号均一致。

工具名称 136备注产品目录使用指南随机附件此指南，为每种工具及其附件(接头、销和防护装置等)提供了详细参数。

操作手册和备用附件清单也包括在内。

可选附件你可在此可找到绝大多数附件的规格参数。

这些规格参数取决于使用工具的具体工位，并且需要单独订阅。

耗气量工具耗气量的单位为升/秒(l/s)，与自由空气相关，即：膨胀为大气压力的压缩空气。

除非另有说明，数据为在6.3bar工作压力下的数值，且为最大耗气量。

最大耗气量在工具不配备调速器进行空转(即工具无负荷运转情况)也适用。

配备调速器的工具，在达到最大功率输出时实现最大耗气量。

速度工具速度单位为转数/分(r/min)，显示为空转速度，(若无另外规定)即指工具在无负荷和6.3bar工作压力下的运转速度。

最大输出速度为工具无调速器空转速度的50%和配备调速器后空转速度的80%-90%。

订购维修套件在此标题下，列出了针对相关工具进行的最频繁维修工作的维修套件。

振动及噪音排放参照ISO28927的振动值总是作为测定的振动值和偏差给出。

偏差表示测量时的振动范围。

真实工作情况下，使用中工具振动排放范围至少处于同等幅度，通常会非常大。

在众多典型应用操作中使用工具时，大多数情况下，参考ISO28927给出的振动值也可对使用中工具的振动值进行粗略估算。

使用中工具的振动情况会受到非人为可控因素的影响，其中包括维护不当、盗版部件、不平衡的砂轮等。

在测量噪音时，阿特拉斯·科普柯采用了ISO15744标准。

本目录中给出的数值为测得声压等级。

若测得值超出80dB(A)，则还会一并提供声功率级。

标准中还描述了如何计算该数值的方法。

不同测试方法和生产过程中数值的偏差为3dB(A)。

使用中工具靠近操作者耳边的噪音值可能与给定值有显著差异，而且在众多应用中，当操作加工声响高于无负载工具噪声时，情况更加突出。

在超出自身控制工作环境下个人风险评估中，因使用公布值，而非实际暴露值所造成的后果，我们阿特拉斯·科普柯公司概不承担责任。

M351Glycerin, M = 92.10, z = 1Potassium hydrogen phthalate (KHP)Sodium(meta)periodate (NaIO 4)Potassium iodide, 0.6 mol/LSodium thiosulfate c =01mol/L Sodium hydroxide (NaOH)c(NaOH) = 0.1 mol/LT50, T70 and T90 Excellence Titrators1) Suitability test (Redox):IO 4-+7I -+6H ++H 2O = 4I 2+2OH -+3H 2O 4I 2+8S 2O 32-= 4S 4O 62-+ 8I -, IO 4-: z = 82) Acid base titration:HCOOH + OH -= H2O + HCOO-Titration beakers ME-101974OKI B4250 Printer(parallel cable ME-51 108 780)METTLER TOLEDONeutralization before final disposalApprox. 500 mg Glycerin (anhydrous,> 98%)DM140-SC (Redox titration)DG111-SC (Acid base titration)1.1): 60 g of sodium(meta)periodate are dissolved in a 1 L flask with 12% v/v sulfuric acid. The solution is stored in a brown titration glass bottle.1.2):- 10 mL of sodium periodate solution are pipetted into a 250mL flask and filled up with water.- 500 mg of glycerin are dissolved in 50 mL water and 50 mL of the diluted periodate solution was added. Wait for 30 min.- Blank: 50 mL of the diluted periodate solution was added to 50 mL water. Wait for 30 min.- 20 mL aliquots of both solutions were acidified with 1 mL of 1.0 mol/L HCl. 10 ml 0.6 mol/L KI-solution are added. Deion.water was added to achieve a volume of 50 mL. The released iodine was titrated with 0.1 mol/L sodium thiosulfate.2): 500 mg glycerin are weighed in a titration beaker and 50 mL deion. water were added. For a blank determination 50 mL deionized water were added separately into a titration beaker. The pH was adjusted to 7.8 for both solutions. 50 mL of the sodium periodate solution was pipetted into each beaker and covered wih a watch glass. Both solutions were allowed to stand for 30 min at room temperature. 10 mL of a PEG (polyethyleneglycol)/water mixture (1:1, v:v) were added to both solutions and allowed to stand for 20 min.1): According to USP26 the ratio between the volume of 0.1 mol/L sodium thiosulfate required for the glycerin containing mixture to that for the blank should be between0.750 and 0.765. The obtained ratio was 0.750. This ratio was regarded as a proof that the periodate solution is suitable for the analysis of the glycerin content.2) Acid base titration: The nominal concentration of the glycerin solution was 0.04995 mol/L (0.5061 g in 110 mL). This corresponds to a recovery of 98.90% (see results: mean value of the obtained glycerin concentration). Blank and sample determinations were performed in the same EQP-titration mode and the obtained blank value (mmol) was substracted from the sample value (mmol) in order to account for the acidity in the solvent not corresponding to the released formic acid.3) Oxidation of glycerin with periodate:CH 2OH-CHOH-CH 2OH + 2IO 4-= HCOOH + 2 HCHO + 2 IO 3-+ H 2OOne mole of glycerin corresponds therefore to one mole of formicacid. Formic acid (M = 46.025, z = 1) was titrated with sodium hydroxide.Literature:"USP 26 -Official monographs / Glycerin" p. 867R1=Q-B[Glycerin]; mmol R2=(Q-B[Glycerin])*C/m C=1/z ; mol/LB[Glycerin]: Blank valueThe glycerin content is determined according to USP 26 with acid base titration: Formic acid that is released from glycerin by quantitative reaction with sodium periodate is titrated with sodium hydroxide. Beforehand the suitability of the periodate solution is validated by redox titration using sodium thiosulfate as titrant.Potassium hydrogen phthalate, 80 mg Thomas HitzName: Thomas Hitz, ID Glycerin ContentRx Result Unit Name1/5 -- 27.03.2007 11:30:27R1 =0.98657 mmol ContentR2 =0.04933 mol/L Concentration 2/5 -- 27.03.2007 11:34:16R1 =0.98932 mmol ContentR2 =0.04947 mol/L Concentration 3/5 -- 27.03.2007 11:41:09R1 =0.98976 mmol ContentR2 =0.04949 mol/L Concentration 4/5 -- 27.03.2007 11:47:34R1 =0.98991 mmol ContentR2 =0.04950 mol/L Concentration 5/5 -- 27.03.2007 11:53:14R1 =0.98406 mmol ContentR2 =0.04920 mol/L Concentration StatisticsRx Name n Mean Unit s srel [%]R1 Cont.50.98792 mmol0.00255 0.258R2 Conc.50.04940 mol/L0.00013 0.264。

⒈注塑制品PP树脂用在注塑制品中的比例可占一半左右，其中日用品以普通PP为原料，汽车配件以增强或增韧PP为原料，而其它用途则以高冲击强度和低脆化温度的共聚聚丙烯PPC原料为主。

汽车：PP越来越成为汽车配件的主导材料，成为第一大汽车用塑料品种。

增韧PP用于保险杠和轮壳罩等，增强PP则用于仪表盘、方向盘、手柄、蓄电池壳等。

日用品：普通PP常用于注塑衣架、椅子、凳子、桶、盆、玩具、文具、办公用品、家具、周转箱等。

电器：改性PP用于洗衣机桶、电视机外壳、电风扇叶、电冰箱内衬、小家电外壳等。

⒉薄膜制品PP薄膜占PP用量的10%左右，其特点为透明性和表面光泽接近玻璃纸，但柔软性不好，手揉有强声；强度高，可用于重包装材料；透氧率仅为HDPE薄膜的30%，适用于防潮包装材料，比如高级衣物、药品、香烟等的包装。

PP薄膜的耐热性能好，可进行煮沸消毒，用于冷冻和保鲜食品的包装。

PP薄膜的电绝缘性能好，经过热定型处理的定向薄膜可用于电容器、电机、变压器的绝缘材料，比PET薄膜还要好。

PP双向拉伸薄膜（BOPP）的强度、透明性、光泽度等都很好，可用于打字机带、粘胶带基膜、香烟包装膜等。

⒊纤维制品PP纤维制品主要包括单丝、扁丝、纤维三类。

PP单丝的密度小、韧性好、耐磨性好，适用于生产绳索、渔网等。

PP扁丝拉伸强度高，适用于生产编织袋，用来替代传统的麻袋。

PP编织袋具有高强度，常用于化肥、水泥、粮食、食糖、矿物粉、化工原料的包装。

PP 扁丝还可以生产编织布，用于帐篷、防雨布、彩条布等。

PP纤维则广泛用于地毯、毛毯、衣料、蚊帐、人造草坪、人造毛、尿布、滤布、无纺布和窗帘等。

⒋挤出制品管材管件：主要以PPC为原料，用于上水、排水、供暖、化工腐蚀性介质等；管材与管件间可用热熔法连接。

片材：常以PP/PE共混物为原料，主要用于文具和吸塑制品，比如文件夹、名牌夹、影集、一次性水杯等。

另外，PP还可以用来挤出棒材、板材等制品。

⒌中空制品PP中空制品的透明性和力学性能好，单层瓶主要用于洗涤剂、化妆品和药品的包装，与阻隔材料复合的复合瓶可用于食品、液体燃料、化学试剂的包装。