PPS Z-230 日本油墨PBT∣VB-5150GL、PP∣2340P、PA66∣LD381、PP∣B4240、PP∣2175、TPE∣CM0730C、PP∣3882∣、PMMA∣GS、TPE∣PB-5301、PP∣86MF97∣、PC∣3027IR、PBT∣4300FC、PC∣DCP32、PP∣ST860K∣、PPS∣9320C0、PC/ABS∣FXC810AR、PP∣C104、TPU∣54620、PA66∣A50H1、PP∣1043N、PA12∣LKN-5H、TPE∣2080B|8901、PP∣2311X、EVA∣420A、TPU∣AC85AHPM、PMMA∣PD2、PA66∣GN1001BF、PBT∣5130-104、PMMA∣LED∣8N∣LD96、EVA∣UE632、PC∣K2000G2、PC∣MN-4800、PPS∣S38A65BL∣、PP∣HD850MO、PA46∣TW350、TPU∣GP65DE、PC∣IR2210、PBT∣B1305、PA66∣A27E、EVA∣V26061、TPU∣45-50/29、PP∣AS33L-07VS、PBT∣DP7102、PA6∣1202CQ、PP∣85LTSC、PPS Z-230 日本油墨长期供应PMMA折叠本段原理有机玻璃，英文:( Polymethylmethacrylate)，缩写为:PMMA;有机玻璃的化学名称叫聚甲基丙烯酸甲酯，是由甲基丙烯酸酯聚合成的高分子化合物。表面光滑、色彩艳丽，比重小，强度较大，耐腐蚀，耐湿，耐晒，绝缘性能好，隔声性好。可分管形材、棒形材、板形材三种。以丙烯酸及其酯类为原料聚合所得到的聚合物统称丙烯酸类树酯，相应的塑料统称聚丙烯酸类塑料，其中以聚甲基丙烯酯甲酯应用zui广泛。聚甲基丙烯酸甲酯缩写代号为PMMA，俗称有机玻璃，有极好的透光性能，可透过92%以上的太阳光，紫外线达73.5%;折叠本段种类有机玻璃按照外形可分为四种。无色透明有机玻璃是zui常见、使用量zui大的有机玻璃材料。有色透明有机玻璃:俗称彩板。透光柔和，用它制成的灯箱、工艺品，使人感到舒适大方。

PMMA is a long-term supplier of polymethylmethacrylate, abbreviated as PMMA. The chemical name of PMMA is polymethylmethacrylate, which is a polymer compound polymerized by methacrylate. It has smooth surface, bright color, small specific gravity, high strength, corrosion resistance, moisture resistance, sunlight resistance, good insulation and sound insulation. It can be divided into three types: shape, bar and plate. The polymers obtained by polymerization of acrylic acid and its esters are called acrylic resin, and the corresponding plastics are called polyacrylic acid plastics. Among them, polymethylmethacrylate is widely used. PMMA is abbreviated as PMMA, commonly known as plexiglass. It has excellent light transmission performance, can pass through more than 92% of the sunlight, and ultraviolet light reaches 73.5%; the type of folding organic glass can be divided into four types according to the shape. Colorless transparent plexiglass is a common and widely used organic glass material in Zui. Colored transparent plexiglass: commonly known as color plate. The light transmission is soft. The lamp box and handicraft made of it make people feel comfortable and generous.

PPS Z-230 日本油墨POM∣3019、PP∣612LL-112、PP∣F301U、PP∣7823∣、TPU∣S175A、LCP∣3400-M-350、TPV∣1500B、PP∣4018C∣、PMMA∣BM-613、EVA∣6370、PP∣J-60|40、PPS∣MT9205P4、PBT∣3010、PC∣LE-1250、TPU∣X595A、TPE∣1065BM|8901、EVA∣1533、TPE∣3040、PA66∣EFE6096、PA66∣KN333G30CR、TPE∣4011、PC/ABS∣PC∣-385、PC/ABS∣GC-1015、PC∣DL002E、PC∣V1900、PA66∣RX05487、PA12∣SX90398、LCP∣3401-4、PA6∣PW0042E、TPU∣90AK、POM∣500T、PC∣955U、PBT∣SLWM2105、PA66∣1402S、EVA∣H900W、PP∣F301∣、PC∣2467、PA6∣KN173HI4、PA66∣RF006Q、PP∣9099、TPU∣TE90AP、PA66∣RF0029S、PA66∣66MK4015、POM∣500P、PMMA∣EH910、

PPO聚苯醚（PPO）又叫聚苯醚b，是世界五大通用工程塑料之一。中文名PPO塑料又名聚苯醚b特点刚性大、耐热性高、难燃优点耐磨、无毒、耐污染目录1.物性表聚苯醚聚苯醚（PPO）中文名又叫聚苯醚b，是世界五大通用工程塑料之一。它具有刚性大、耐热性高、难燃，强度较高电性能优良等优点。另外，此外，有较好的耐磨性和电性能。

PA11而质量比为70∶30时共混物的粘度约为纯PA11的20%，且共混物的流变性能稳定。结合加工和冲击性能考虑，选取PA11与PA1010的质量比为70∶30共混物的力学性能优于纯PA11，且成本明显低于纯PA11。与PA6共混改性?由于PA6分子结构具有强极性的特点，故吸水率大，易引起强度及模量降低，影响尺寸稳定性，并且PA6在低温条件下韧性较低。通过PA11与PA6的共混，使共混物具有较好的力学性能，降低PA11的价格。以PA6与PA11的共聚物作为增容剂研究增容剂用量与PA11/PA6共混物力学性能的关系。结果表明，加入增容剂后，PA11/PA6共混物的断裂伸长率得到了明显的提高， 75∶15∶5∶5时，拉伸强度可提高2%～5%，冲击强度为纯PA11的2～8倍，成本可降低20%以上，是一种应用前景十分广阔的超韧PA11合金材料。

PPO polyphenylene oxide (PPO), also known as polyphenylene oxide B, is one of the world's five major general engineering plastics. The Chinese name of PPO plastics, also known as polyphenylene oxide B, is characterized by high rigidity, high heat resistance, flame-retardant advantages, wear-resistant, non-toxic and pollution-resistant contents 1. The Chinese name of PPO, also known as polyphenylene oxide B, is one of the world's top five general engineering plastics. It has the advantages of high rigidity, high heat resistance, flame retardant, high strength and excellent electrical properties. In addition, it has good wear resistance and electrical properties.

When the mass ratio of PA11 was 70 ∶ 30, the viscosity of the blends was about 20% of that of pure PA11, and the rheological properties of the blends were stable. Considering the processing and impact properties, when the mass ratio of PA11 to PA1010 is 70 ∶ 30, the mechanical properties of the blend are better than that of pure PA11, and the cost is obviously lower than that of pure PA11. PA6 was modified by blending with PA6 ? due to the strong polarity of the molecular structure of PA6, the water absorption rate was high, the strength and modulus were easy to be reduced, and the dimensional stability was affected, and the toughness of PA6 was low at low temperature. By blending PA11 with PA6, the blends have better mechanical properties and lower the price of PA11. The relationship between the amount of compatibilizer and the mechanical properties of PA11 / PA6 blends was studied by using the copolymer of PA6 and PA11 as compatibilizer. The results showed that the elongation at break of PA11 / PA6 blends was significantly increased. When the compatibilizer was 75 ∶ 15 ∶ 5 ∶ 5, the tensile strength was increased by 2% ～ 5%, the impact strength was 2 ～ 8 times of that of pure PA11, and the cost could be reduced by more than 20%

PPS Z-230 日本油墨PA66∣RFB71S、EVA∣7.5-5.0、PBT∣RS1297、PBT∣2001、PA66∣105FB、PC∣G2F23R、PA6∣VE30CW、LCP∣E6606、PC∣EXL1033C、PA6∣RS60M10E5、PA66∣FG42A、PA6∣6GF33、PP∣20YM240、POM∣PC∣650、PC/ABS∣FR3010IF、PPS∣GS-40-3103∣、EVA∣20D875、PC/ABS∣FXC810FE、PP∣1148UC∣、PA6∣PF303、TPU∣46-10/01、PBT∣TZ6280、TPU∣AC85A、POM∣KF006、PP∣1621∣、TPV∣A67BW、PP∣HE465FB、PA12∣LV-65HFWA、PBT∣B437SE/R、PA12∣XE3817、PC∣DS0029、PBT∣GP2100、TPU∣U0351C、PP∣T3450M∣、PP∣7450HC∣、PA66∣A3WG3、PP∣D1085、PA66∣633、PP∣SD242∣、PC∣SF2230、PBT∣HI19-FR2、PP∣H7512、TPE∣S-80AFR∣、TPV∣6030BS、PBT∣PF321G4、

PPS类别玻纤增强型号D2特征超韧性纤维含量GF20物理性能单位测验方法?密度G/cm3ISO11831.56吸水率%ISO620.02成型收缩率平行%?0.35?垂直%?0.65机械性能拉伸强度MpaISO527160断裂伸长率MpaISO5271.75弯曲强度MpaISO178185弯曲模量MpaISO17812000压缩强度MpaISO178145缺口冲击强度KJ/m2ISO18020电性能体积电阻率Ω.mIEC600931.2×1015表面电阻率ΩIEC600932×1015介电常数1MHzIEC602503介质损耗因数1MHzIEC602500.002电气强度KV/mmIEC6024317漏电起痕指数∨IEC60112100耐热性能热变形温度℃IOS75-2255阻燃性?UL94V0注射条件干燥温度140℃4小时注塑温度290—330℃模具温度120—150℃注塑速度中速背压50—90Pa[2]

加工方法加工特性树脂厂商提供的PPS工程塑料为一种相对质量比较低（4000~5000）、结晶度较高（75%）的白色粉末，这种纯PPS无法直接塑化成型，只能用于喷涂。

PPS Z-230 日本油墨PC∣503R、POM∣TS-25A、PBT∣4031、PA6∣H3C、PP∣J6030、PA46∣TW241B3、TPV∣D40NU、PP∣3520L∣、PMMA∣6751、PC/ABS∣MS209、PA6∣8231G、PA6∣1500SFU、PA6∣PF003IX1、PP∣70LT447(WT)、PC/ABS∣7600、PBT∣AV2340XL、PMMA∣CLG902L、PA66∣HI1202B、TPE∣1065A∣、PP∣HP521J∣、PP∣374NDCS1∣、PC∣3107、PP∣H1500、PA66∣RFL449、PP∣D1026∣、PA6∣B70GFE30H、PP∣GP3402∣、PA66∣RCL36、PP∣GP-2201F∣、PA6∣PB330I6、PPS∣FZ-1150、PC/ABS∣EF-1032、TPV∣A64BU、PBT∣HR5315HF∣、TPU∣361、PP∣HP565K∣、PBT∣1700S、PC∣KGN-10MRA、PA46∣TW242FM10、PC/ABS∣NF-3017、PC∣OQ2720、POM∣ED-10、PA66∣HI1102B、PA66∣REP349、POM∣M90、

LCP注射压力和注射速度zui合适的注射压力必须取决于材料、制品形状、模具设计（特别是直浇口、流道、浇口）及其他的成型条件。但是LCP无任何品级其熔融粘度都是非常低的，所以注射压力比一般的热可塑性树脂要低。成型刚开始时采用低压，然后慢慢地增加压力，这是一种比较好的方法。大抵的成型品在15MPa-45MPa的注射压力下即可成型。另外，LCP的固化时间比较快，所以注射速度快则易得到好的结果。

②加工条件

加工条件

③原料技术数据

④通过认证