WednesdaySeptem<strong>be</strong>r 17, 2003INSULATION9:00 am - 12:30 pmModera<strong>to</strong>r: Rick Bruyea, DyneaCorporationA H<strong>is</strong><strong>to</strong>rical Perspectiveon <strong>the</strong> Use of CellulosicMaterials <strong>for</strong> ThermalInsulation and <strong>the</strong> CurrentState of <strong>the</strong> ArtIvan T. Smith, U.S. GreenFi<strong>be</strong>r LLCA review of <strong>the</strong> h<strong>is</strong><strong>to</strong>rical uses ofcellulosic insulation materials andnew ASTM standards that haveopened up new applications <strong>for</strong> itsuse.Born In Fire-Benefits ofSlag/Rock Wool InsulationJames C. Shriver, Thermafi<strong>be</strong>rAn overview of slag/rock woolinsulation products and <strong>the</strong>ir<strong>be</strong>nefits <strong>to</strong> society will <strong>be</strong> presentedalong with an introduction <strong>to</strong> <strong>the</strong>manufacturing and typical end-usesof th<strong>is</strong> material.Formaldehyde Em<strong>is</strong>sionsfrom Thermal InsulationProductsC.W. Axten, Health R<strong>is</strong>k Solutions,LLCThe results of a study testing <strong>the</strong> offgassing of <strong>the</strong>rmal insulationproducts <strong>for</strong> <strong>for</strong>maldehydeconcentration in indoor air will <strong>be</strong>presented.Acoustical InsulationStanley D. Gatland II, CertainTeedCorporationTh<strong>is</strong> paper will identify <strong>the</strong> <strong>be</strong>nefitsof sound control and descri<strong>be</strong> <strong>the</strong>physics <strong>be</strong>hind different types ofsound control techniques, designsand products.The Thermal Analys<strong>is</strong> ofInsulationDavid J. McCaa, Ph.D., CertainTeedCorporationLearn how <strong>the</strong> <strong>the</strong>rmal properties ofinsulation are determined andwhich are important in any givenapplication.All Cellulosic CompositeNonwoven MaterialsIoan I. Negulescu, Ph.D., Lou<strong>is</strong>ianaState UniversityD<strong>is</strong>cussed will <strong>be</strong> both <strong>the</strong>preparation and <strong>the</strong>characterization of bio-based allcellulosic composite nonwovenmaterials used as <strong>the</strong>rmal and/orsound insulation.World’s LargestTechnical ConferenceNANOFIBERS I9:00 am - 12:30 pmModera<strong>to</strong>r: Larry Wadsworth, Ph.D.,University of TennesseeElectrospinning ofNanofi<strong>be</strong>rs FromBiodegradable PolymersG<strong>is</strong>ela Buschle-Diller, Ph.D., AuburnUniversityPresented will <strong>be</strong> <strong>the</strong> results ofresearch comparing fine-diameterbiopolymers and traditionalpolymers used in medical andindustrial applications. Fi<strong>be</strong>rmorphologies and mechanicalproperties will <strong>be</strong> d<strong>is</strong>cussed.Fi<strong>be</strong>r Charging Effects onTarget Coverage inElectrospinningPeter D. Tsai, Ph.D., University ofTennesseeThe results of a study examining <strong>the</strong>spinning conditions necessary <strong>to</strong>combine streams of two separatepolymers in<strong>to</strong> one nonwoven mat ofelectrospun fi<strong>be</strong>rs will <strong>be</strong> presented.Patterned ElectrostaticFi<strong>be</strong>r Spray Deposition:Particle Interactions & AirFlowPhil Gibson, Ph.D., U.S. Army NatickSoldier CenterD<strong>is</strong>cussed will <strong>be</strong> techniques used <strong>to</strong>control nanofi<strong>be</strong>rs spray depositionby varying <strong>the</strong> conductivity of <strong>the</strong>target substrate.Incorporation ofElectrospun Nanofi<strong>be</strong>rsin<strong>to</strong> Functional StructuresKr<strong>is</strong>tine M. Graham, DonaldsonCompany, Inc.Th<strong>is</strong> paper will d<strong>is</strong>cuss <strong>the</strong>incorporation of electrospunnanofi<strong>be</strong>rs in<strong>to</strong> functional structuresand will address application-basedper<strong>for</strong>mance attributes.8
Multicomponent Fi<strong>be</strong>rTechnology <strong>for</strong> Filtrationand O<strong>the</strong>r ApplicationsJohn Hagewood, Ph.D., Hills Inc.Offered will <strong>be</strong> <strong>the</strong> technology<strong>be</strong>hind producing micro- and nanosizedfi<strong>be</strong>rs with <strong>be</strong>tter cons<strong>is</strong>tencyusing traditional melt spinningtechnology ra<strong>the</strong>r than fi<strong>be</strong>rscreated with melt blown orelectrospinning technology.Properties of OrientedElectrospun Nylon 6,6Nanofi<strong>be</strong>rsKevin M. Kit, Ph.D., University ofTennesseeTh<strong>is</strong> paper descri<strong>be</strong>s <strong>the</strong> effect ofhigh speed winding on electrospunnylon 6,6. Significant fi<strong>be</strong>r andmolecular alignment was observedonly at higher speeds.BINDERS &ADDITIVES9:00 am - 11:30 amModera<strong>to</strong>r: Chr<strong>is</strong><strong>to</strong>pher Barcomb,National StarchParticle Containment &Immobilization in RollGood MaterialsSamuel C. Baer, Ph.D., BBANonwovensTh<strong>is</strong> paper examines and compares<strong>the</strong> efficiency of various powdercontainment methods and <strong>the</strong>ireffect on properties such asabsor<strong>be</strong>nt capacity and fluidpermeability.The Future of NonylphenolEthoxylates in NonwovensBarbara Losey, Alkylphenols &Ethoxylates Research CouncilTh<strong>is</strong> paper will d<strong>is</strong>cuss currentregula<strong>to</strong>ry activities and <strong>the</strong>irimplications <strong>for</strong> <strong>the</strong> use of NPES innonwoven applications.Hitting <strong>the</strong> Target:Accurate AdhesiveApplication at IncreasingLine SpeedsLarry Saidman, Nordson CorporationD<strong>is</strong>cussed will <strong>be</strong> <strong>the</strong> improvingapplication technologies enabling<strong>be</strong>tter adhesive pattern accuracyand improved product features atreduced costs.Acrylic ThermosetsBarry Weinstein, Rohm & HaasCompanyLearn about <strong>the</strong> properties, use andadvantages of environmentallyfriendly acrylic <strong>the</strong>rmoset resinsBUILDING &INDUSTRIAL MAT2:30 pm - 4:30 pmModera<strong>to</strong>r: Kent Brown, BordenChemicalA Case Study ofNonwovens ProductDevelopment in <strong>the</strong>Roofing MembraneMarketMichael P. Bouchette, M&DAssociatesA study of a small company’sstrategic dec<strong>is</strong>ion <strong>to</strong> compete in <strong>the</strong>roofing membrane market will <strong>be</strong>examined.New Wide-Width HighSpeed Glass MatLen Negvesky, Fi<strong>be</strong>rteq, LLCShared will <strong>be</strong> a look inside a stateof-<strong>the</strong>-artfacility producing widewidthglass mat and several keymiles<strong>to</strong>nes achieved during <strong>the</strong>facility’s creation.Using Dynamic FluidSurface Tension <strong>to</strong>Fingerprint Glass Fi<strong>be</strong>rD<strong>is</strong>persion in <strong>the</strong>Production of Wet-LaidFi<strong>be</strong>rglass MatVic<strong>to</strong>r P. Janule, SensaDyneLearn how surface tension can <strong>be</strong>used <strong>to</strong> characterize and verify <strong>the</strong>manufacture of a <strong>for</strong>mulation <strong>for</strong>glass mat production.9