Make & Description ......................

SMITHERS RAPRA, INC.TIRE SPECIFICATION NO. 9119-T

UNIROYAL GOODRICHTUSCALOOSA, ALABAMA

UNITED STATES

Size of Tire ..................................

No. of Plies/Load Range ....................Tire Weight ............................................Rim and Inflation ..........................Cross Section (Inflated), In. .................................Overall Diameter (Inflated), In. .............................Outside Perimeter -Heel to Heel, In. ....................Inside Perimeter -Toe to Toe, In. ..........................

Serial Number .........................

Toe to Heel, In. ...................................................

245/45ZR18 96WBFGoodrich

g-Force Sport COMP-2DOT BE8U 3P113012

2PE+2W+1NY / 27.95 Lbs.

18.00x8.00 32 PSI9.56

26.6116.6815.52

0.50 Inside Bead Diam., In. - Heel .............................Inside Bead Circ., In. -Heel ................................Material Volume, Cu. In. ....................................Air Volume, Cu. In. .......................................Cushion, In. ......................................................Shoulder Tread Rubber Thickness, In. ...............Total Shoulder Thickness, In. .............................Total Crown Thickness, In. .................................Tread Thickness, In. ..........................................

Tread Arc Width (Inflated), In. .............................Tread Radius (Inflated), In. ................Non-Skid Depth, In. (Max.) .................................

Size Factor, In. .................................................

45.00/19.007.900.310.350.600.700.319.512147601

57.1818.2036.17Liner Gauge (Center) In. .................................... 0.034

CARCASS CORD DATA (Polyester) Ply 1 Ply 2 Avg Plies(1-2)Cord Construction ................................ (1000)/2 (1000)/2Cord Tensile-Conditioned, Lb. ............. 31.9 30.3 31.1Cord Tensile-Bone Dry, Lb. ................. 31.4 31.2 31.3LASE @ 5% Conditioned, Lb. .............. 9.1 8.8 9.0LASE @ 5% Bone Dry, Lb. ................. 8.4 8.6 8.5Elong. @ Break-Conditioned, % ......... 15.4 14.9 15.2Elong. @ Break-Bone Dry, % .............. 16.3 15.9 16.1Cable Twist, Turns per Inch ................. 11.0 11.0 11.0Direction of Twist ................................. z/s z/sCord Gauge, In. ................................... 0.022 0.023 0.023Cords/Inch-Crown-Normal ................... 24.0 23.5 23.8Cords/Inch-Crown-Circum. .................. 24.0 23.5 23.8Cord Angle-Crown, Deg. ..................... 90.0 90.0 90.0Picks per Inch ..................................... 1.4 1.4 1.4Ply Lay ............................................... ---- ----

Ply Gauge @ Crown: Bottom of Ply 1 to Top of Ply 2 ........ 0.063 In.

Total Carcass Strength/Inch-Normal ..... 1490 Lb. : Cond. 1480 Lb. 8385 Lb. : Cond. 8312 Lb.Total Carcass Strength/Inch-Circum. .... 1490 Lb. : Cond. 1480 Lb. 3909 Lb. : Cond. 3899 Lb.

Including Belts

July 15, 2013Copyright 2013 by Smithers Rapra, Inc.All rights reserved.

BELT DATA Position 1 Position 2 Position 3Material .......................................... Wire Wire Nylon YarnCord Construction ........................... 1x2x0.30mm 1x2x0.30mm (1890)/1Tensile, Lb. .................................... 111 112 ----O.D. mm. (without wrap) .................. 0.60 0.60 ----Cable Construction .......................... 1x2x0.30mm 1x2x0.30mm ---- Lay ....................................... 0.67 Left 0.67 Left ----Total Wires ..................................... 2 2 ----Cord Tensile -Conditioned, Lb. ......... ---- ---- 33.6Cord Tensile -Bone Dry, Lb. ............ ---- ---- 35.7Cord Gauge, In. ............................. ---- ---- 0.018Picks per Inch ................................ ---- ---- 1.3Cords/Inch-Crown-Normal ............... 26.0 26.0 30.0Cords/Inch-Crown-Circum. .............. 10.6 11.0 ----Cord Angle-Crown, Deg. ................. 24.0 25.0 ----Belt Lay ......................................... Right Left CircumBelt Width, In. ................................ 8.42 7.83 9.22Belt 3 is apparently made up of groups of 19 nylon yarns with built-up shoulder area.

FLIPPER None

CHAFER Position 1Material .......................................... RubberWidth, In. ..................................... 3.10

18 turns 1 strands of 0.051 in. diameter wire. Semi-hard rubber bead filler. No fabric cover. Tensile - 681 Lb.

BEAD

July 15, 2013Copyright 2013 by Smithers Rapra, Inc.All rights reserved.

Sheet #2Spec. No. 9119-T

ADHESIONS AVG. MAX. AVG. MAX.Sidewall & Carcass, PPI 80 92 31 39Carcass & Belt 1, PPI 25 34 16 18Belt 1 & Belt 2, PPI 23 35 31 37Belt 3 & Tread, PPI 83 125 54 71

ROOM TEMPERATURE 100 Deg. C.

PHYSICAL PROPERTIES TreadBlack

Sidewall LinerHardness ........................................ 70 58 52Stress @ 100% Elong., PSI ............. 430 280 210Stress @ 200% Elong., PSI ............. 990 630 400Stress @ 300% Elong., PSI ............. 1720 1150 620Stress @ 400% Elong., PSI ............. 2300 1760 840Stress @ 500% Elong., PSI ............. ---- 2410 1070Stress @ Break, PSI ....................... 2480 2530 1140Elongation @ Break, % ................... 440 520 530

Bead Filler ChaferHardness ........................................ 88 70

CHEMICAL ANALYSIS TreadBlack

Sidewall Liner Bead FillerBelt

CompoundSpecific Gravity ............................... 1.211 1.128 1.158 1.245 1.194Plasticizer, % .................................. 11.19 9.45 7.68 7.19 10.35Ash, % ........................................... 16.88 7.81 6.27 4.42 5.11Insol in HCl, % ................................ 15.50 5.44 4.50 0.14 0.51Carbon Black, % ............................. 24.87 26.85 31.73 39.42 36.20Total Sulfur, % ................................ 1.69 2.22 1.58 2.75 2.57Zinc Oxide, % ................................. 0.94 0.99 0.20 4.03 4.30Calcium Carbonate, % .................... 0.10 0.06 0.79 0.06 0.21Titanium Dioxide, % ........................ ---- ---- ---- ---- ----Silicon Dioxide, % ........................... 14.87 1.92 1.49 ---- ----Rubber Polymer By Weight, % ....... 49.02 56.83 55.33 49.47 48.72Insol in H2SO4, % .......................... ---- ---- ---- ---- ----Magnesium Oxide, % ..................... ---- ---- 0.01 ---- ----Cobalt, % ........................................ ---- ---- ---- ---- 0.09Polymer, % ...................................... 100SBR 40NR

60BRNR

SBRBIIR

60NR40BR

100NR

ChaferShoulder

WedgeSpecific Gravity ............................... 1.134 1.187

VISCOELASTIC TREAD RUBBER PROPERTIES(Temperature -30 to 60, Strain Amplitude 0.25%, Frequency 10Hz, Ramp Rate 4C/min.)

Temperature

E'Elastic

Modulus

E''ViscousModulus

Tan dTangent

Delta

E*ComplexModulus

D''Loss

Compliance(C) (MPa) (MPa) -- (MPa) (MPa-1)-25 747.83 212.15 0.28 777.34 0.00040 55.64 26.03 0.47 61.42 0.0069

25 20.33 7.25 0.36 21.58 0.015660 11.35 2.95 0.26 11.72 0.0214

July 15, 2013Copyright 2013 by Smithers Rapra, Inc.All rights reserved.

Sheet #3Spec. No. 9119-T

REMARKS: Liner stock apparently extends from 0.50 in. above toe on one side to 0.50 in. above toe on other side and is approx. 0.034 in. in thickness at crown. Minimum innerliner gauge is 0.027 in. at shoulder. Liner splice is on an approx. 88 degree angle. Each sidewall has thin strip located between the liner and ply 1 which extends down from the shoulder area and apparently extends from 0.40 in. above heel on one side to 0.40 in. above heel on other side. Each shoulder has a wedge stock over the top ply which extends approx. 0.60 in. under the first belt edge. Venting: Inside of tire has angular vents spaced approx. 0.70 in. apart at bead. Vents are approx. 8.60 in. long, approx. 0.05 in. wide and approx. 0.02 in. raised and are part of a molded vent pattern. Tread mold circumferential register is off-center slightly to the non-serial side. Treadwear indicators are marked with 6 triangles around the shoulder of the tire.

PITCH SEQUENCE MEASUREMENTID: 1 2 3 4 5Measurement (P1): 1.30 1.40 1.55 1.70 1.85Measurement (P1):Total of 53 pitches (See tread footprint for point measurement)44354443224422112454212222343543211234543542222112223

Load on Tire, Lb. ................................ 1235 @ 32 PSI 1500 @ 32 PSITotal Footprint Area, Sq. In. ............... 35.94 43.02Net Contact Area, Sq. In. .................... 24.83 30.39Loaded Radius, In. ............................. 12.50 12.32Tread Width from Footprint, In. ........... 7.57 7.66Loaded Deflection, In. ......................... 0.81 0.99Loaded Section Width, In. .................. 10.07 10.19

TIRE FOOTPRINT DATA

TIRE PLUNGER DATAAvg. Force, Lb. .................. 2543Avg. Penetration, In. ............ 4.68Avg. Energy, In.-Lb. ............. 5957

5 Bottom

3/4 In. Plunger, 2 In./Min. @ 32 PSI

INDIVIDUAL BREAKS (DOT 139 Procedure)PENETRATION (In.) LOAD (Lb.) PLUNGER ENERGY (In. - Lb.)

4.78 2710 6477 Bottom4.66 2511 5851 Bottom4.68 2491 5829 Bottom4.68 2515 5885 Bottom4.62 2486 5743 Bottom

Minimum DOT Plunger Energy - 5200 In. - Lb.

July 15, 2013Copyright 2013 by Smithers Rapra, Inc.All rights reserved.

Sheet #4Spec. No. 9119-T

July 15, 2013Copyright 2013 by Smithers Rapra, Inc.All rights reserved.

Sheet #5Spec. No. 9119-T