pp/p511粘合剂 图eva fl25、pa6 f-x9183、pc del33ec、 abs af-312f、pa66 70g13hs1l、asa 797se、pc/abs ch6310、pc em3110r、pc gpn2050df、
pbt g2820、pbt iqnh4565tpu ti85ab、pc dx07035、pc/abs hs-g193、pp 30md447、pp mf003su 、tpu 11h98、asa wr-9120、pp he465fb、pc urz2501
lcp1.1 advantages of material
pp/p511粘合剂 图pp ep332k、pa/abs n nmx-04、pc 4701r、pc/abs hac-8250fr-h、pa6 gp2500a、asa 811、tpv 24445n、pa66 hf3064g15、pa66 e42a、
tpe 9070n、pom s27064xap2tpu 46-73/27、tpu ea6005、pa6 st220、pc rs-1001r、pc/abs c1200hf bl、pom 4060、pp 8069、pa66 a31s、
uhmwpe l8000lcp e130g、pa6 mf800、pc/abs rmmb40400
compared with the commonly used butene copolymers, the lldpe produced by hexene&octene as copolymerized monomers has better performance. the largest use of lldpe resin in film production, with a long chain alpha olefin (such as cyclohexene, 1-octene) as comonomer production of lldpe resin&film products in the tensile strength, impact strength, tearing strength, penetration resistance, environmental stress cracking resistance&many other aspects are better than by butene as comonomer to produce lldpe resin. since 1990s, pe manufacturers&users in foreign countries tend to replace butylene with hexene&octene. it is reported that using octene as comonomer, the performance of resin is not necessarily better than that of hexene copolymerization,&the price is more expensive. therefore, the trend of using lldpe abroad to replace butene is more obvious.
pp/p511粘合剂 图pc/abs c7410、pa6 vet30c、pp mx01767c 、pa6 73g30hsl、pa66 fg170、pc/abs hf-5000、ppo wcd861a、pmma filb82、pa66 st-801hs、
pp 9074med、lcp mg-350 pp k7726h、pp 73f4-2、abs 0215f、pom s2320-00、tpe tf9wcs、pp ghe-300、tpee 1140-201lh、pc hps6、
pa6 b3wgm24 hpxpa66 r533h、pp r701g、tpe om 6240
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