HIGH-PERFORMANCE POLYMERS AND ENGINEERING PLASTICS GERMANY
HIGH-PERFORMANCEPOLYMERS ANDENGINEERINGPLASTICSGERMANYProducts suppliedwww.brenntag.de
About BrenntagBrenntag GmbH is the German subsidiary of the Brenntag Group, theglobal market leader in chemical distribution. As the link betweenchemicals producers and industrial users, Brenntag providesdistribution solutions for industrial and specialty chemicals.Brenntag PolymersThe team at Brenntag Polymers is unrivaled in the thermoplasticsindustry for its dedication and expertise, and our team fullyleverages its passion and technical know-how of polymers to benefitof our customers.Our plastics expertise – More than distributionBrenntag has acquired LEIS Polytechnik polymere Werkstoffe GmbH,based in Ramstein, Germany. With the merger at the beginning of2017, a joint performance and product portfolio was established.This gives our customers more than 700 products for a wide varietyof applications in many different industries such as automotiveindustry, E & E, LED technology, the medical sector, machinery andplant engineering, etc.Your benefit: Our combined know-howAlongside our range of leading brands, customers now benefit fromour bundled know-how in creating customized material solutions,production and marketing of compounds from engineeringthermoplastics and high-performance polymers.We offer our customers extensive support along the entire processchain – from product development and selection via applicationrelated consulting up to market maturity. Brenntag combines thebenefits of local and regional market presence with the network of aglobally operating company. This enables us to deal with your needsquickly, and guarantee you the best logistical and technical support.
Our ProductsPOLYMERTRADENAMEMANUFACTURERPRODUCT DESCRIPTION Hightoughness and hardnessgood abrasion resistance High heat resistance Good chemical resistance Wide spectrum of fillers and reinforcing materials VeryPA MagneticallyPA 6PA 66detectable compoundsfor use in the food industry Conformity to regulation 10/2011 (EU), FDA 21 CFR Enable maximum process reliability Individual color settings or conductive combinations possible Suitable Metalsubstitutespecifically for use in drinking water segment Excellent mechanical properties Glass fiber reinforcements from 30% to 60% Very good thermoplastic processability CompoundsPA 66All polymersin the field ofengineeringplasticsand highperformanceplastics Developmentand production of customized materials: Definition of requirements profile Fixing of specifications for "your" material Precise implementation of your requirements Compounds geared exactly to your applications Metalsubstituteglass reinforcement (up to 70%) in the feed-up process(enables extremely careful incorporation of the glass fibers) Better processing properties than partially aromaticpolyamides No PA 6 / PA 66 on the market with comparable mechanicalvalues HighPA 6PA 66 MetalPA 6PA 66substitutefor applications subjected to high dynamic load Tensile strength of up to 320 MPa High elasticity modulus and thus high dimensional stability Very high elasticity, outstanding elongation Specifically Highheat resistance, stiffness and hardnessbe subjected to high dynamic loads Extremely favorable slip and abrasion behavior Good chemical resistance Low tendency to stress cracking and good dimensionalstability CanPBTPETPA 6PA 66PPSPBT Thermallyconductive compoundsconductive or electrically insulating Optimum heat dissipation Maximum design freedom and complex design possibilities Multi-functional use, significant cost and weight reduction Electrically TribologicallyPA 66PPSPEEKoptimized compoundssliding/slipping/bearing products for extreme demands Exceptional resistance to wear and tear Low coefficients of friction Outstanding dimensional stability Ideal
Our ProductsPOLYMERTRADENAMEMANUFACTURERPRODUCT DESCRIPTION Verylow water absorptionhigh impact strength High resistance to chemicals Excellent abrasion resistance Low coefficient of sliding friction Excellent fatigue resistance ExceptionallyPA 12VESTAMID Goodchemical and solvent resistancelow-temperature impact strength High elasticity and good resilience Low temperature dependence of the mechanicalproperties No volatile or migrating plasticizers ExcellentPA 12-ElastomersVESTAMID Lowcoefficients of sliding frictionover PA 12:- higher heat deflection temperature- better tensile and flexural strength- excellent rebound resilience AdvantagesPA 612VESTAMID Veryhigh stiffness and hardnessdimensional stability High temperature resistance High resistance to chemicals Materials for metal substitution GoodPPAVESTAMID HTplus BasedBiopolyamide 610, 1010, 1012VESTAMID Terraon renewable raw materialsCO2 balance High-performance plastics Can compete with established polyamides Favorable HighPA 12 (USP Class VI)PA 6-3-T (USP Class VI)PA PACM 12 (USP Class VI)VESTAMID CareTROGAMID Carebursting strength and high toughnesschemical resistance Good mechanical properties Non-toxic Resistance to body fluids Outstanding
Our ProductsPOLYMERTRADENAMEMANUFACTURERPRODUCT DESCRIPTION Glass-clear,PA 6-3-T (transparent)PA PACM 12 (transparent)high transparencymechanical strength High heat resistance and toughness Good chemical resistance Low shrinkage on processing HighTROGAMID LowPBTVESTODUR Copolyamidemelt adhesiveVESTAMELT water absorption, therefore exact shape retentionHigh strength and hardness Good sliding friction behavior, low abrasion Good electrical properties No tendency to stress fractures Economical,gentle on fabrics, also withdifficult-to-bond surfaces Good resistance when washing and dry-cleaning Steam and solvent-resistant MaximumPMMAglass-clear and coloredlight transmission (92%)good UV resistance High surface hardness Types with excellent impact strength Types with very good light scattering effect VeryPLEXIGLAS Hightransparencyimpact strength even at low temperatures Resistant to EtO gas and gamma rays High chemical resistance Easy to bond, also with PVC HighMBSCYROLITE OutstandingSBSSEBSSEPSrubber-like propertiesin hardnesses fromShore A 10 to Shore D 60 Excellent elongation at break and tear strength Very good tactile and optical properties Virtually no intrinsic odor MaterialsNovaprene
Brenntag plastics in brief Innovative development partner for your projectsDecades of compounding experienceCertified to ISO 9001:2008 and ISO 14001:2004More than 700 products from our own development workOwn production processes (feed-up process)State-of-the-art compounding facilitiesCooperation with other, well-known global market leadersFlexible demand adjustment, fast reaction timesNetworked in regional and global marketsCross-industry solutionsCore competencies Metal SubstitutionThermally conductive CompoundsCompounds for the Food IndustryDetectable CompoundsTribologically optimized CompoundsDrinking Water CompoundsContactBrenntag GmbHMaterial Science / PolymersLocation RamsteinCarl-Zeiss-Straße 2a - 466877 Ramstein-MiesenbachGermanyTel.: 49 6371 9635-0Fax: 49 6371 s (Internal)Business Manager PlasticsStefanie TarantiniTel.: 49 6371 9635-21stefanie.tarantini@brenntag.deFrank DahlkeMobile: 49 173 6780730frank.dahlke@brenntag.de
our bundled know-how in creating customized material solutions, production and marketing of compounds from engineering thermoplastics and high-performance polymers. We offer our customers extensive support along the entire process chain – from product development and selection via application-related consulting up to market maturity.
Polymers Nitinol Memory Wire Amazon 14.95 Polymers Silly Putty Amazon 9.95 Polymers Plastic cups Kroger 6.54 Polymers Plastic spoons Kroger 3.69 Polymers Measuring spoons Kroger 5.45 Polymers Isopropyl alcohol Kroger 8.70 Polymers Dry Ice 21.63lbs Kroger 29.55 .
Classification of polymers based on their structure can be of three types: (i) Linear polymers: These polymers are similar in structure to a long straight chain which identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.
4. EAP-Based Systems for Actuation and Sensing 4.1 Conducting polymers 4.2 Polymer gels 4.3 Dielectric polymers 4.4 Piezoelectric polymers 4.5 Liquid crystal polymers 4.6 Shape memory polymers 4.7 EAPs and sensing 5. EAps in Relation to Specific Application Areas 5.1 Textiles 5.2 Robotics
Powders – organic and inorganic solids that can be ground into a powder (2–5 micron particle size);Transmission Examples: chemicals, pharmaceuticals, crystalline materials, pigments, fibers, polymers and powders Thermoplastic Polymers – polymers thatATR can be pressed into free-standing thin films Soluble Polymers – polymers
Plus bio-based polymers. LyondellBasell is named to Fortune magazine’s list of the “World’s Most Admired Companies” for the third consecutive year. 6 7 Polymers LyondellBasell Portfolio LyondellBasell produces versatile polymers and advanced polymers. These materials produce a
Bio-based polymers are defined as material where at least a portion of the polymer consists of material produced from renewable raw materials. For example, bio-based polymers may be produced from corn or sugar cane. The remaining portion of the polymers may be from fossil fuel–based carbon. Bio-based polymers have generally lower CO 2
MCE 313: Manufacturing Process I Processing of Polymers Department of Mechanical Engineering Page 1 5. Introduction Of the three basic types of materials, polymers are the newest and at the same time the oldest known to man. Polymers form the living organisms and vital processes of all life on Earth. To
Bio-based Building Blocks and Polymers Global Capacities, Production and Trends 2018– 2023 Bio-based Polymers Figure 2 shows all commercially realized pathways from biomass via different building blocks and monomers to bio-based polymers. As in previous years, we have added several pathways and some new intermediates.
