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13.30 Emil Lopez Hernandez - Arneplant.pdf

上传人: sec****ies 编号:734621 2025-07-26 17页 1.76MB

1、High-Performance RenewableFlexible PU FoamsEmil Lpez HernndezR&D Manager EngineerArneplant SLFOAM EXPO December5,2024+40KSQUARE METERSABOUT USSALES EVOLUTION2018+9,3%+5%+10%+42%2019202020212022ArneplantSpainHeadquarter600+EMPLOYEES50+EXPORTCOUNTRIES4K+NEWSPRODUCTS250K+PAIRS A DAY700+CUSTOMERS4PRODUC

2、TION CENTERSBusiness divisionFOAMSArneflexisahigh-densityopen-cellpolyurethanefoamcraftedforfootwearinsoles.Itoffersbreathability,comfort,cushioning,antibacterialproperties,andcustomizability.FABRICSWeproducetechnicalfabricsdesignedforcomfort,durability,andsafety.Equippedwithadvanced technology,ourf

3、acilityspecializesinfabricsspecificallyengineeredforinsolemanufacturing.INSOLESArneplant insoles offersuperiorcomfort,breathability,and lastingshockabsorption.Designedwithcutting-edgetechnologiesandhigh-qualitybreathablematerials,theyensurehealthy,comfortable feetfor long-term use.MICROFIBREArnedry

4、is an advancedmicrofiber with the lookandfeelofnaturalleather.Itis100%breathable,highlyabsorbent,and efficientlymanagesmoistureforoptimalcomfortanddryness.High-Performance Renewable Flexible PU Foams1.Sustainable polyols overview:Flexible grades2.Bio-Based Foam Properties Comparison of Mechanical Pr

5、opertiesEnhanced Formulation StrategiesFoam with Increased Renewable Content3.SummaryAgendaIntroduction1.Ron Herrington,Kathy Hock.Dow Polyurethanes:Flexible Foams.1997.2.From Lab to Market:Current Strategies for the Production of Biobased Polyols.HaritzSardon et all.DOI:10.1021/acssuschemeng.1c0236

6、1.1.2.Natural Oil Polyols(NOPs)Hydrophobicity:Naturaloilsareinherentlyhydrophobic,requiringmodification to increase compatibilitywith polyurethane systems.Consistency:Variationsinoilcomposition due to crop conditionscanaffectperformanceandreproducibility.Processing Costs:Some NOPs requireadvanced pr

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本文介绍了Arneplant公司开发的以可再生资源为原料的高性能柔性聚氨酯泡沫。关键点如下: 1. 产品特性:泡沫具有良好的机械性能、透气性、抗菌性及可定制性,适用于鞋垫等应用。 2. 生物基泡沫:使用天然油聚醚(如菜籽油、蓖麻油等)作为原料,通过不同配方策略提高泡沫中可再生含量的比例。 3. 性能比较:与化石基聚醚相比,生物基泡沫显示出相似或更优的机械性能,如压缩强度、回弹性和能量吸收等。 - 样品FX 25(含25%生物基)的压缩强度为65.9 kPa,高于化石基样品FX 0的51.0 kPa。 - 生物基样品CO 25在回弹性和能量吸收方面表现接近或优于化石基样品。 4. 可持续发展:通过增加生物基含量,提高聚氨酯泡沫的可持续性,同时保持其高性能。 综上所述,Arneplant公司成功开发出高性能、可再生、生物基的聚氨酯泡沫,具有广泛的应用前景。
"可再生PU泡沫有何优势?" "如何打造高性能鞋垫材料?" "生物基泡沫的未来趋势是什么?"
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