千泰塑膠原料有限公司

POM N127-WR √ POM N127-WR ‖。PA66 75104A PP P2613GN PBT 412 PC DX03571 PP T710-25 PBT 7307 GY PA66 KN333G15SIBL 、‖。POM FU2025T UHMWPE 340M 、→，PPS X97649A 、‖。POM KF004A PC EGN-2030CR EVA 286 、→，POM F30-34 、‖。LCP E6808LHF-BZ-Z PP PT231M 、‖。PA6 BKV50H2.0 LLDPE 6318BE PA66 AS-V0 NC 、→，PTFE D/W601 PP HP560P 、→，PMMA CTG615 、→，ASA WH50 POM F20-33 、→，PA11 BESNOP10TL 、‖。TPV C800BM 、‖。 1533 、→，ASA XC180 、‖。PA66 1403 PA66 LD430 、‖。PC DEL359EF PC FX8500 、‖。PP HD234CF PA66 TS-V0 BK TPU S-360D TPV 60ANS200 、‖。PPS BF1130 、→，MDPE 3621MRM 、‖。POM 、→，PPS 6165A7 PP MX10014 、→，LDPE LD503.LP 、‖。ABS AG15A3 、→，POM TX-21 、→，PC/ABS 2581HECFR 、→，PMMA HT013E TPE 7060B|8901 、→，PP PP-230 、→，LLDPE GA594189 、→，THV FC2179 PA46 TS200F10 、‖。TPU 2363-65D 、→，PA11 BMFO LDPE 640I ABS 530 PPS A625H 、‖。POM FX-11J 、→，PC/ABS NC-8020 、‖。PP BP2000 、‖。PP 140(粉) 、→，PP BM-311 、‖。POM S9363XAP 、‖。PC GN-3430R EVA PA-540 、‖。POM LZ750 、‖。PC DX11408 、‖。TPU ECOD590 PA66 RF006XXZ PA66 A3EG6FC 、‖。LCP E6809T 、‖。TPV 24824 、‖。PA6 PV-5HH LCP E481i VF2201 、→，AS GR-5020F 、‖。PP HP640R 、‖。PA6 H8202NLB PA66 14G33 PC EXL5689 、→，PA66 MF1203 PC BPL1000-701 、‖。PP M1350 、→，EMA EB040F 、→，PA6 K224-G6 、‖。PP J-742 、‖。ASA KR2858G3 PP EP300H 、‖。PA66 CM3003G-15 EVA VA900 PC 1803 RD PC GPN2030DF 、→，EVA IN1015 TPE 1192A PPS SGX100 PC GS2030M 9001 TPEE 5500(B) 、‖。POE DF710 、‖。PC DP9-9340R PBT 2003HR TPV W700B 、→，TPEE PM471 ABS 8391 、→，EVA UL7711 HDPE 6280 H POM TF-10XAP PC L-1225ZL100 、→，PES 1405HFTFE5 、‖。PA6 651 、→，PMMA 8N 、→，TPV 8221-60 EVA UE647-04 HDPE A6012F 、‖。TPE ATA4AOZ POM TR-5-CF2001 、‖。PA6 V35H2.0EF HDPE TR-131 PP 295 、→，PC/ABS EMI2560.7 、‖。PC DD0001I 、→，PA66 S227-C PPS BR-111BL TPU 48-60/30 PA66 A3XG3 POM C13031 、 (1) injection: the general injection molding machine can be used, and the melting index of glass fiber reinforced PPS is 50. The technological conditions of injection are: barrel temperature, pure PPS at 280~330 C, 40%GFPPS at 300-350 C, nozzle temperature, pure PPS at 305 C, 40%GFPPS at 330 C, mold temperature at 120-180 C, injection pressure, 50-130MPA. (2) extrusion: exhaust exhaust extruder. The process is as follows: the temperature of the feeding section is less than 200 degrees, the temperature of the barrel is 300-340 degrees, the connection temperature is 320-340 degrees, and the die temperature is 300-320 degrees. (3) molding: suitable for large products, using two compression, first cooling, and then hot press. The preheating temperature of hot press is pure PPS at about 360 C 15min, GFPPS is about 380 centigrade 20min, and the pressure of mould pressure is 10~30Mpa, which is cooled to 150 DEG C. (4) spray forming: suspension spraying and suspension spraying and dry powder thermal spraying were used to spray the PPS onto the metal surface, and then the coating was obtained by plasticizing and quenching. The coating temperature of PPS was above 300 C and kept 30min. Drying process Temperature: 100~105 C Time: 3hr 2. Injection molding process 1) mold temperature: 60-80 C 2) barrel temperature: the front section: 220~260 C middle section: 290~310 C after section: 300~320 C Nozzles: 290~300 C 3) injection pressure: 60~70Mpa4) injection speed: medium speed 5) injection time: according to the size of the parts, the mold is filled with the parts, and the basic surface cooling and setting is the best. ABS The wall thickness of 1. products: the wall thickness of the products is related to the flow length of the melt, the production efficiency and the requirements of the use. The ratio of the maximum flow length and wall thickness of ABS melt is 190:1, this value will vary with the grade, so that the wall thickness of ABS products should not be too thin, the products need for electroplating, wall thickness is slightly thicker, to increase the adhesion of surface coatings and products. The wall thickness of this product is selected between 1.5 and 4.5mm. Considering the wall thickness of products, should also pay attention to the uniformity of the wall thickness, are not too big, the products need for electroplating on the surface should be smooth without bump, because these parts due to electrostatic interaction is difficult to remove dust adhesion, resulting in poor fastness of coating. In addition, it is necessary to avoid the existence of the sharp angle, so as to prevent the stress concentration, so it is appropriate to use the arc for the corner of the corner and the parts of the thick and thin connection. _ 2. draft: draft articles and shrinkage is directly related to the grade of different products, different shapes and different molding conditions and molding shrinkage have some differences, generally 0.3 ~ 0.6%, sometimes up to 0.4 ~ 0.8%, the product size precision molding. The demoulding slope of ABS products is considered as: the mold core part is 31 degrees along the die direction, and the cavity part is 4 (/ 1 20') along the die direction. For products with more complex shapes?or?letters and patterns, the deviated slope should be properly increased. The top 3. requirements: products due to apparent smoothness of the electroplating performance have a greater impact, any tiny scar on the table view there will appear obviously in electroplating, so in addition to the requirements of any scars are not allowed on the cavity, but also the effective area to the top, the the root rod at the top out of sync is better in the process of ejecting force should be uniform. 4. exhaust: in order to prevent the occurrence of problems such as bad exhaust, molten material burn and obvious seam line in the process of mold filling, we need to set up exhaust holes?or?exhaust tanks which are not more than 0.04mm, so as to discharge gas generated by melting material. 5. runner and gate: in order for ABS melt to fill all parts of the die cavity as quickly as possible, the diameter of the runner is not less than 5mm, and the thickness of the gate is over 30% of the product thickness. The length of the straight part (about the part that will enter the cavity) is about 1mm. The position of the gate should be determined according to the requirements of the products and the direction of the flow of the material. For the products that need to be treated with electroplating, it is not allowed to exist on the adhesion surface of the coating. Raw material preparation LLDPE The most common method of production of PE is through slurry?or?gas processing, and a few are processed by solution. All these processes are exothermic reactions involving ethylene monomer, a- olefin monomer, catalyst system (probably more than one compound) and various kinds of hydrocarbon diluents. Hydrogen and some of the catalysts are used to control the molecular weight. The slurry reactor is usually a stirred tank?or?a more commonly used large ring reactor in which the slurry can be stirred. Polyethylene particles are formed when ethylene and copolymerized monomers are in contact with the catalyst. After removing the diluent, the polyethylene particles?or?particles are dried and added to the dosage according to the dosage to produce the granular material. The modern production line of a large reactor with a twin screw extruder can produce more than PE40000 pounds per hour. The development of the new catalyst contributes to the improvement of the performance of the new grade HDPE. The two most commonly used catalysts are Philip's chromium oxide based catalyst and an alkyl aluminum catalyst for titanium compounds. The HDPE produced by the Philip type catalyst has a medium - width molecular weight distribution, and the molecular weight distribution of the titanium - alkyl aluminum catalyst is narrow. The catalyst used in the production of narrow MDW polymers with a compound reactor can also be used to produce a wide MDW grade. For example, two series reactors that produce significantly different molecular weight products can produce Shuangfeng molecular weight polymer, which has a molecular weight distribution in the full width domain. molecular weight