FOLIO NUMBER CENTRO DE INGENIERIA Y DESARROLLO INDUSTRIAL RECEPTION DATE: 2014-01-15 REC. No.: O.T.M.: IDENTIFICATION 1-Jan PART NUMBER: sin ntc MATERIAL TYPE: pw MATERIAL SPECIFICATION: BAMS 532-055 -Rev. D BAPS 260-013- Rev. K ANALIST: jmha Atmosphere Temperature (°C): 23 Relative Humidity (%): 50 FORMULAS = Mf X 100 = Mf X 100 X ρc Mi Mi ρr = (Mi-Mf) X 100 = Mi - Mf X ρc X 100 Mi Mi ρm Void Volume (%) (Vv) = 100 - (Vr + Vm) Where: ρm/dr = Density of Resin = 1.31 g/cmᶟ ρr/dg = Density of Fiber or Reinforcement = 1.77 g/cmᶟ = 100-(Md)* r + g Md = measured density, dr dg r = resin, weight %, g = fiber/Reinforcement, weight %, DATA Sample Initial Mass Density of Sample Crucible Mass Crucible+Residue Final Mass ID (Mc) (g) [(Mf)=(Mcr-Mc)] (g) 1-1 3.2582 1.5060 23.6922 25.7942 2.1020 1-2 3.0962 1.5043 20.1195 22.0976 1.9781 1-3 3.0349 1.5056 23.9363 25.8840 1.9477 CALCULATION Sample Reinforcement Matrix Content Matrix Content Void Volume Void Content ID Content (Wt%) (Wr) (Vol%)(Vr) (Wt%) (Wm) (Vol%) (Vm) (Vol%) (Vv) (D2734-B)(Vol%) 1-1 64.5141 54.8917 35.4859 40.7952 4.3131 4.3131 1-2 63.8880 54.2976 36.1120 41.4682 4.2343 4.2343 1-3 64.1767 54.5901 35.8233 41.1721 4.2378 4.2378 AVG 64.1930 54.5931 35.8070 41.1452 4.2617 4.2617 COMMENTS: ANALIST(NAME/SIGNATURE) CID-F-SC-TM-LMC-008 REV. 02, JUL. 2014 LOT NUMBER: Reinforcement Content, Weight Percent (Wr) Reinforcement Content, Volume Percent (Vr) Matrix Content, Weight Percent (Wm) Matrix Content, Volume Percent (Vm) Void Content (%) (D2734)(Test Method B) (Mi)(g) (ρc)/(Md) (g/cmᶟ) (Mcr) (g) Reinforcement content COMPOSITE MATERIALS LABORATORY CONSTITUENT CONTENT (ASTM D3171)

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D3171(CONSTITUYENTES)(CALCULOS)FOLIO NUMBERCENTRO DE INGENIERIA Y DESARROLLO INDUSTRIAL

RECEPTION DATE:2014-01-15REC. No.:O.T.M.:

IDENTIFICATION LOT NUMBER:1-JanPART NUMBER:sin ntcMATERIAL TYPE:pw

MATERIAL SPECIFICATION:BAMS 532-055 -Rev. DBAPS 260-013- Rev. KANALIST:jmhaAtmosphere Temperature (C):23Relative Humidity (%):50

FORMULASReinforcement Content, Weight Percent (Wr)=MfX100Reinforcement Content, Volume Percent (Vr) =MfX100 XcMiMirMatrix Content, Weight Percent (Wm)=(Mi-Mf)X100Matrix Content, Volume Percent (Vm)=Mi - MfXcX 100MiMimVoid Volume (%) (Vv)=100 - (Vr + Vm)Where:m/dr =Density of Resin=1.31g/cmr/dg =Density of Fiber or Reinforcement=1.77g/cmVoid Content (%) (D2734)(Test Method B)=100-(Md)*r+gMd = measured density,drdgr = resin, weight %,g = fiber/Reinforcement, weight %,

DATASampleInitial MassDensity of SampleCrucible MassCrucible+ResidueFinal MassID(Mi)(g)(c)/(Md) (g/cm)(Mc) (g)(Mcr) (g)[(Mf)=(Mcr-Mc)] (g)1-13.25821.506023.692225.79422.1020

1-23.09621.504320.119522.09761.9781

1-33.03491.505623.936325.88401.9477

CALCULATIONSampleReinforcementReinforcement contentMatrix ContentMatrix ContentVoid VolumeVoid ContentIDContent (Wt%) (Wr) (Vol%)(Vr)(Wt%) (Wm)(Vol%) (Vm)(Vol%) (Vv)(D2734-B)(Vol%)1-164.514154.891735.485940.79524.31314.3131

1-263.888054.297636.112041.46824.23434.2343

1-364.176754.590135.823341.17214.23784.2378

AVG64.193054.593135.807041.14524.26174.2617

COMMENTS:

ANALIST(NAME/SIGNATURE) CID-F-SC-TM-LMC-001CID-F-SC-TM-LMC-008 REV. 02, JUL. 2014

COMPOSITE MATERIALS LABORATORYCONSTITUENT CONTENT (ASTM D3171)