TEST REPORT No. 50 PERFORMED TESTS:

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A.S.T.M. MEMBER 1741518 TEST REPORT 50 MATERIAL NAME: Moca Beige (Grey) CLIENT : A&G 23 S.r.l. STONELAB BY IMM TECHNOLOGICAL LABORATORY FOR TESTING ON STONES PERFORMED TESTS: 1. Water Absorption & Bulk Specific Gravity ( C97-09) Table 1 2. Modulus of Rupture ( C99-09) Table 2 (Dry+Wet; Perpendicular to rift edges) 3. Compressive Strength ( C170-09) Table 3 (Dry+Wet; Perpendicular to rift) 4. Abrasion Resistance ( C1353-09) Table 4 The Test Report 50 consists of 10 pages including this one. DATE: May 25 th, 2015 Dr. Geol. Marco Mazzoni IMM Carrara SpA - Stonelab Test Report 50 Page 1 of 10 V.le G.Galilei, 133-54033 Marina di Carrara (MS-Italy) E-mail : m.mazzoni@immcarrara.it

STONELAB by IMM Viale G.Galilei, 133-54033 M. di Carrara - Italy Tel. +39 0585 787963 - Fax. +39 0585 787602 E-mail: m.mazzoni@immcarrara.it A.S.T.M. MEMBER 1741518 TEST REPORT 50 RESULTS SUMMARY TABLES By request of A&G 23 S.R.L., the under listed Tests have been performed on specimens of the material named by A&G 23 S.R.L., Moca Beige (Grey), quarried in Turkey. The relevant results have been reported in the tables enclosed to this document. The specimens under testing have been consigned to this laboratory by A&G 23 S.R.L.in date May 14 th, 2015. No further information about the geological setting of this rock was given. NOTE: the standard deviation and the coefficient of variation of mechanical tests have been indicated inside the tables enclosed to this test report.. Type of Test Ref. Std. Units Conditioning (Load applying dir.) Water Absorption (Table 1) C97-09 Bulk Specific Gravity (Table 1) Modulus of Rupture (Table 2) Modulus of Rupture (Table 2) Compressive Strength (Table 3) Compressive Strength (Table 3) Abrasion Resistance (Table 4) C97-09 C99-09 C99-09 C170-09 C170-09 C1353-09 Average values Std. Dev. % - 2.64 - Kg/m 3 - lb/ft 3 - MPa 2457.69 (medium density) 153.36 (medium density) DRY 12.97 0.43 Psi (Perp. to rift edges) 1880.8 61.7 WET 10.26 0.70 Psi (Perp. to rift edges) 1488.4 101.9 DRY 100.17 3.70 Psi (Perp. to rift) 14528.4 537.1 WET 71.84 5.41 Psi (Perp. to rift) 10419.8 784.6 MPa MPa MPa Ha Dry 16.64 - - - The density data indicate that the medium density limestones reference values ( C568) should be taken into account. Dr. Geol. Marco Mazzoni DATE: May 25 th, 2015 Test Report 50 Page 2 of 10

Water Absorption and Bulk Specific Gravity ( C97-09) Client: A&G 23 S.r.l. Table 1 MEMBER NO. 1741518 Material: Moca Beige (Grey) Test Report : 50 Block : unknown Test Standard: C97-09 Specim After Dry conditioning ( >48 hrs. / 60 C) s weight After Wet conditioning ( >48 hrs. / 20 C) Date g (m d ) Date g (m s ) g (m h ) 01 19/05/15 312.37 21/05/15 320.59 193.58 02 19/05/15 311.28 21/05/15 319.44 192.84 03 19/05/15 309.88 21/05/15 318.08 191.95 04 19/05/15 311.66 21/05/15 319.94 193.03 05 19/05/15 310.87 21/05/15 319.08 192.59 B.S.G. [kg/m 3 ] [lb/ft 3 ] 2459.41 153.47 2458.77 153.43 2456.83 153.31 2455.76 153.24 2457.66 153.36 Water Absorption (%) 2.63 Dimension (mm) 50.9x50.3x50.0 2.62 50.6x50.0x50.2 2.65 50.5x50.1x50.1 2.66 50.8x50.0x50.1 2.64 50.7x50.0x50.0 Min. Avg. Max. Apparent Density ρ b [kg/m 3 ] 2455.76 2457.69 2459.41 [lb/ft 3 ] 153.24 153.36 153.47 Water Absorption [%] 2.62 2.64 2.66 Dr.Geol. Marco Mazzoni Date: May 25 th, 2015 Test Report 50 Page 3 of 10

Modulus of Rupture ( C99-09) Client: A&G 23 S.r.l. - R - MEMBER 1741518 Material: Moca Beige (Grey) Test Report : 50 Block : unknown Test Standard: C 99-09 Dimensions a x b x h Conditioning Dry >48hrs/60 C Fmax [kn] R Actual Values R R avd R avd Table 2 Strain F max 01 D 200x99.8x61.1 Dry 18.85 13.66 1981.2 0.30 02 D 200x100.3x61.0 Dry 17.54 12.69 1840.5 0.17 03 D 200x99.8x61.1 Dry 17.55 12.72 1844.9 12.97 1880.8 0.18 04 D 200x99.9x61.6 Dry 18.39 13.10 1900.0 0.19 05 D 200x99.8x60.8 Dry 17.34 12.67 1837.6 0.17 Note: Load applied perpendicular to rift Average M.O.R. (Dry - to rift), R avd = 12.97 MPa (R avd = 1880.8 Psi) Standard deviation (Dry), s d = 0.43 MPa (s d = 61.7 Psi) Dimensions a x b x h Coefficient of Variation (Dry ) = 3.28 % Conditioning Wet >48hrs/20 C Fmax [kn] R Actual Values R R avw R avw Strain F max 01 W 200x1001.1x61.0 Dry 13.96 10.12 1467.8 0.16 02 W 200x99.9x61.3 Dry 12.92 9.30 1348.9 0.15 03 W 200x99.9x61.2 Dry 15.06 10.83 1570.8 10.26 1488.4 0.17 04 W 200x100.1x61.1 Dry 15.31 11.06 1604.1 0.17 05 W 200x99.4x60.6 Dry 13.52 10.00 1450.4 0.15 Note: Load applied perpendicular to rift Average M.O.R. (Wet - to rift), R avw = 10.26 MPa (R avw = 1488.4 Psi) Standard deviation (Dry), s w = 0.70 MPa (s w = 101.9 Psi) Coefficient of Variation (Wet ) = 6.85 % Notes Notes Load system schematic Dr.Geol. Marco Mazzoni DATE: May 25 th, 2015 Test Report 50 Page 4 of 10

Compressive Strength ( C170-09) Client: A&G 23 S.r.l. - C - MEMBER 1741518 Material: Moca Beige (Grey) Test Report : 50 Table 3 Block : unknown Test Standard: C170-09 Dimensions a x b x h Conditioning Dry >48hrs/60 C Fmax [kn] C Actual Values C C avd C avd Strain F max 01 D 51.2x49.6x49.8 Dry 244.58 96.31 13968.6 0.410 02 D 50.1x50.7x50.1 Dry 266.83 105.05 15236.2 0.406 03 D 50.6x50.0x50.0 Dry 244.90 96.80 14039.6 100.17 14528.4 0.374 04 D 50.6x50.5x50.7 Dry 261.53 102.35 14844.6 0.357 05 D 50.8x49.8x50.0 Dry 253.84 100.34 14553.1 0.371 Note: Load applied perpendicular to rift Notes Avg. Compressive Strength (Dry - to rift), σ avd = 100.17 MPa (σ avd = 14528.4 Psi) Standard deviation (Dry - to rift), s d = 3.70 MPa (s d = 537.1 Psi) Coefficient of Variation (Dry - to rift) = 3.70 % Specim. Dimensions a x b x h Conditioning Wet >48hrs/60 C Fmax [kn] C Actual Values C C avw C avw Strain F max 01 W 50.9x50.3x50.0 Wet 188.21 73.51 10661.7 0.312 02 W 50.6x50.0x50.2 Wet 160.35 63.38 9192.5 0.393 03 W 50.5x50.1x50.1 Wet 186.44 73.69 10687.8 71.84 10419.8 0.340 04 W 50.8x50.0x50.1 Wet 179.43 70.64 10245.5 0.339 05 W 50.7x50.0x50.0 Wet 197.70 77.99 11311.5 0.315 Note: Load applied parallel to rift Notes Avg. Compressive Strength (Wet - to rift), σ avw = 71.84 MPa (σ avw = 10419.8 Psi) Standard deviation (Wet - to rift), s w = 5.41 MPa (s w = 784.6 Psi) Coefficient of Variation (Wet - to rift) = 7.53 % Dr.Geol. Marco Mazzoni DATE: May 25 th,2015 Test Report 50 Page 5 of 10

MEMBER 1741518 Abrasion resistance of Dimension Stone Subjected to Foot Traffic ( C1353-09) Client: A&G 23 S.r.l. Table 4 Material name: Moca Beige (Grey) s surface under testing: polished Test Report : 50 Test Standard: C1353-09 Before Testing natural T=20 C Weight After Testing natural T=20 C B.S.G Wa=(A-B) Ha dimensions (G) g. (A) g. (B) g/cm 3 [g.] 01 155.46 149.52 2.46 5.94 15.22 100.0x99.7x6.3 02 169.75 164.76 2.46 4.99 18.12 100.3x100.3x6.9 03 163.56 158.11 2.46 5.45 16.59 100.2x100.1x6.6 Min. Average Ha Max. 15.22 16.64 18.12 Notes: B.S.G. = Bulk Specific Gravity Wa = Loss of Weight during grinding operation Ha = Abrasive hardness value Dr.Geol. Marco Mazzoni DATE: May 25 th, 2015 Test Report 50 Page 6 of 10

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TEST REPORT NO.50 Date: 22/05/15 Ref. Norm.: C170-09 Client: A&G 23 S.r.l. Test Device: Controls Mod.C56Z00 Load applying dir: perpendicular to the rift Material: Moca Beige (Grey) Test Speed: 0,5 MPa/sec Condition: Dry Specim.No a b c Area Force Compr. Strength Strain at Fmax (mm) (mm) (mm) (mm 2 ) (kn) (MPa) ( m) 01d 51,20 49,60 49,80 2539,52 244,58 96,31 410 02d 50,10 50,70 50,10 2540,07 266,83 105,05 406 03d 50,60 50,00 50,00 2530,00 244,90 96,80 374 04d 50,60 50,50 50,70 2555,30 261,53 102,35 357 05d 50,80 49,80 50,00 2529,84 253,84 100,34 371 Average Compr. Strength : 100,17 MPa Standard deviation : 3,70 MPa µ 9

TEST REPORT NO.50 Date: 22/05/15 Ref. Norm.: C170-09 Client: A&G 23 S.r.l. Test Device: Controls Mod.C56Z00 Load applying dir: perpendicular to the rift Material: Moca Beige (Grey) Test Speed: 0,5 MPa/sec Condition: Wet Specim.No a b c Area Force Compr. Strength Strain at Fmax (mm) (mm) (mm) (mm 2 ) (kn) (MPa) ( m) 01w 50,90 50,30 50,00 2560,27 188,21 73,51 312 02w 50,60 50,00 50,20 2530,00 160,35 63,38 393 03w 50,50 50,10 50,10 2530,05 186,44 73,69 340 04w 50,80 50,00 50,10 2540,00 179,43 70,64 339 05w 50,70 50,00 50,00 2535,00 197,70 77,99 315 Average Compr. Strength : 71,84 MPa Standard deviation : 5,41 MPa µ 10