TPU 6325.青島 ‖。PP GP1007F PBT V2000DM PA66 A60GFL POM C9021LS PP 7510 ABS KSG1030 、‖。PA6 KN1322V0HI 、→，TPU AG4950 HDPE P601 HUBL 、‖。PA66 FE6190 、‖。EPDM S512F 、‖。PPS GS-40-31/3202 、→，PBT 3330GF ABS AG15E0 、‖。PBT GF50 PP 1330B PP 3317PNC1 、→，LCP L304M35H LDPE 1I40A 、→，PA6 K223-TP4 、‖。LCP 3400-FC-130 、‖。PP MR30MC2 、‖。PA6 BRZ340H 、→，EVA UE-1720 、‖。ASA PW-997 、‖。PP BH3800 PC H-4000 LDPE 620I 、‖。TPV 1700B HDPE T60-475-119 、‖。PBT CN7000BB 、‖。PPEP540V PP R370Y 、→，EVA-1120 PP ST866M 、‖。PA66 RF006Q 、→，CAB B9324 PA6 8267GHSA 、‖。PC LI1813R PPO INT1000 PC KFR-30 、→，IXEF 1022/9568 POM KFX-1004 BK PBT B4406G2 PC/ABS CX7240-GY PBT GF30HF2FR1 、‖。PA66 HTN53G50HSLR HIPS 60HR PA6 LS180 、→，PP K65G2 HDPE M200056 、→，POM F30-34 、→，PA12 3533 PA6 GP2300B 、‖。PC AZ1900 HDPE 9656 EPDM J-0010 、‖。PC FXM1413T 、→，SURLYN 8940-E 、‖。PC 1201-18 PBT E202G30 、‖。PA66 CM3003G1000 、→，ASA FR-2AWT209 EPDM 3062EM 、→，PC/、→，PC/ABS GN5151RFA 、‖。PA6 B3Z PMMA ZK5HF PP BJ850 、‖。TPV 283-40MED 、‖。PP S1003 、‖。PP PT331M PA66 EN-RUNG50LWF 、→，SURLYN 1901 、‖。PPS ICE 716L PP SB9230 、→，PPO TN240 、‖。TPE 3055D 、‖。PP AX03BE3 、‖。PA6 PX06093 、→，POM LKD000 、‖。AS HR5330S PA6 R60ES 、→，PP X9067HS PMMA GF1000 LDPE LDC801YY 、‖。PA12 AZM30NOIRT6LD PBT SG5200 、‖。TPE SH-070AT 、→，EBA PA-803 、‖。PBT 4602ZHR BK 、‖。PP 83MF10 PP 7231X PA6 C246SIV30 TPE T514 、‖。PP 7533WS ABS 100G-10 、→，PC/ABS HP5004 、→，PBT 1550GN15 、→，PA12 L1724 、→，PP MX95319 、→，EVA UE649-04 、→，TPU 288 TPV 22035N 、→，EVA 205W 、→，PP HP570U 、→，PC/ABS 7502 TPE PL581 、‖。PBT 553 PC DL0039E PC IRE2200 PC/ABS B-270 TPE TX-5264 、‖。 2815 PP 3725 、→，PC 8600-7 、‖。PPO 340Z BK 、 EVA Characteristic Is widely used in foam material, functional films, packaging mold, hot melt adhesive, wire and cable and toys and other fields. 1, EVA with the content of ethylene acetate below 5%, its main products are film, wire and cable, LDPE modifier, adhesive and so on. 2, the EVA product of ethylene acetate content in 5%~10% is elastic film, etc. 3, the content of ethylene acetate is EVA in 20~28%, which is mainly used in hot melt adhesives and coating products. EVA is made by copolymerization of LLDPE (linear low density polyethylene) and acetic acid (VA). EVA's polymerization methods: 1, high pressure bulk polymerization (plastic products) 2. Solution polymerization (PVC processing auxiliaries) 3. Emulsion polymerization (adhesive products) 4, suspension polymerization The content of ethylene acetate (VA) is higher than 30% by emulsion polymerization. High pressure bulk polymerization is used for the low content of ethylene acetate (VA). The main factors that affect the performance of EVA are: 1, Melt Index melting index (MI, soluble finger for short) Content of 2 and VA% acetic acid The melting index (MI), the higher the content of vinyl acetate (VA), the higher the elasticity, softness, solubility and transparency. When the content of VA decreases, its performance is close to that of polyethylene (PE), and its rigidity is increased, its wear resistance and electrical insulation are improved. The content of VA will increase with increasing the number of MI, softening point, machinability and surface gloss, but the strength will decrease. Otherwise, with the decrease of MI, the molecular weight will increase, and the impact resistance and the environmental stress cracking performance will be improved. EVA is characterized by its good softness, rubber like elasticity, good flexibility, transparency and surface gloss at -50 C, good chemical stability, anti-aging and ozone resistance, and no toxicity. The mixing, coloring and processing property of the filler are good. The polarity of the acetic acid increases the elasticity and viscosity, decreases the crystalline and electrical properties, and dissolves in hydrocarbons and oils. Performance characteristics Antioxidation Good flexibility Good toughness Compliance of food contact Institutional rating European food contact, non rating Processing method Rotational Molding injection molding Test method of physical performance rating unit system Density (23 C) 0.937 g/cm3 ISO 1183 Melt flow rate (190 C/2.16 kg) 10 g/10 min ISO 1133 application area LCP A B C Ei The rear 250-290 250-290 280-340 300-360 Middle 270-290 270-290 300-340 310-350 The front part 290-310 290-310 320-340 330-350 Nozzles 290-310 290-310 320-340 330-350 Resin temperature 290-320 290-320 320-350 340-360 Main uses Stanyl characteristics The excellent characteristics of Stanyl have important advantages in reducing cost, prolonging service life and reliability. In easy to process design, Stanyl has the same performance as high temperature resin, such as LCP, PPS and PEEK. The advantages of the die makers and the end users include: PA46 of Stanyl - heat resistance, can be used for a long time under the hood, lead-free welding processing. Excellent chemical resistance, which can prolong the service life of the components. Because of its low creep, excellent fatigue resistance and low wear resistance, the service life can be extended, and the performance is more reliable. Excellent mechanical properties, reducing wall thickness, thereby reducing weight and component prices. The production efficiency of the molding equipment 30% can be improved by only a short period of time (because the high mobility can increase the production efficiency by increasing the number of die cavities). It provides greater design freedom because of its excellent mechanical properties and good mode flow behavior. It can easily fill the thin wall thickness of the product, so that the most advanced products can be easily injected. The regrinding rate can reach 25-50%, and the performance is not significantly reduced (while economic benefits are obtained, and the performance of the product is maintained). 80 degree C (175 F) water heat injection mold can be used for economic, safe and convenient processing. There is no flfei phenomenon, so no post processing is needed. If high temperature applications require materials with higher heat resistance, it is possible to use the same mold as PA6, PA66?or?polyester without replacement. The performance of DSM material in the cluster group, announced the Stanyl PA46 DSM engineering plastics F9 high mobility launched. Stanyl PA46 F8 has high fluidity similar to liquid crystal polymer (LCP), plus the high flow characteristics and heat and warpage of thin wall?or?highly detailed components, which significantly reduces the cost of engineering material mass production. Equipment and technology PA6 Injection molding process conditions: Drying: if the material is sealed before processing, it is not necessary to dry. However, if the storage container is opened, it is recommended to dry in the hot air at 85 degrees centigrade. If the humidity is greater than 0.2%, it is also necessary to do a 105 - and 12 - hour vacuum drying. Melting temperature: 260~290 C. The product of glass additive is 275~280 C. The melting temperature should be avoided above 300 degrees C. Mold temperature: recommended 80 degrees C. The mold temperature will affect the crystallinity, and the crystallinity will affect the physical properties of the product. For thin walled plastic parts, if the mold temperature below 40 degrees is used, the crystallinity of the plastic will change with time. In order to maintain the geometrical stability of the plastic part, annealing treatment is needed. Injection pressure: usually in 750~1250bar, depending on the material and product design. Injection speed: high speed (for reinforced material should be slightly lower). Runner and gate: Because the solidification time of PA66 is very short, the location of the gate is very important. Gate aperture should not be less than 0.5*t (here t is the thickness of the plastic part). If the hot runner is used, the gate size should be smaller than the conventional channel, because the hot runner helps prevent the premature solidification of the material. If the subsurface gate is used, the minimum diameter of the gate should be 0.75mm. PA6 product performance melting point: 210-220 degrees centigrade Decomposition temperature: >300 C Flash point: >400 C Spontaneous combustion temperature: >450 C State: solid particles Odour: no Toxicity: no Recycling: can Final treatment: soil (harmless industrial waste) Fire extinguishing agent: all kinds of fire extinguishing agents (water, foam, powder, CO2, sand) Transportation: non dangerous goods and various means of transportation EC standard: non dangerous goods PA6 Japanese MITSUBISHI: 33% glass fiber reinforced flame retardant grade 1016G-33;