SOILS
<br />CONCRETE
<br />Aflerberg Limits, D 4318, CT 204
<br />$
<br />160
<br />Compression Tests, 602 CylindatC 39
<br />S
<br />25
<br />Cafilamia Bearing Ratio (CBR), D 1883
<br />$
<br />485
<br />Concrete Mu Design Review, Job Spec
<br />S
<br />155
<br />CNoddle and Sulfate Content CT 417 It CT 422
<br />S
<br />175
<br />Concrete Mix Design, per Trial Batch, 6 cylinder, ACI
<br />$
<br />825
<br />Consolidation, 02435, CT 219
<br />$
<br />300
<br />Concrete Cores,Compression(exdudes sampling), C 42
<br />S
<br />60
<br />Consolidation - Tone Rate, D 2435, CT 219
<br />$
<br />75
<br />Drying Shrinkage, C 157
<br />$
<br />350
<br />Direct Shear -Remolded, D3080
<br />$
<br />325
<br />Flexural Test C 78
<br />$
<br />65
<br />Direct Shear- Undisturbed, 03080
<br />$
<br />275
<br />Flexural Test C 293
<br />$
<br />60
<br />Durability Index, CT 229
<br />$
<br />165
<br />Flexural Test CT 523
<br />$
<br />80
<br />Expansion Index, D 4829, IBC IN
<br />S
<br />180
<br />Gunfte/Sholcrete, Panes, 3 an cores per panel and lest ACI
<br />$
<br />275
<br />Expansion Potential (Method A), D 4546
<br />$
<br />160
<br />Jobsle Testing laboratory
<br />Quote
<br />Geofabric Tensile and Elongation Test, D 4632
<br />$
<br />180
<br />LilIfteighl Concrete Fill, Compression, C 495
<br />$
<br />45
<br />Hydraulic Conductivity, D 5084
<br />$
<br />330
<br />Petrographic Analysis, C 856
<br />$1,900
<br />Hydrometer Analysis, D 422, CT 203
<br />$
<br />220
<br />Restrained Expansion of Shrinkage Compensation
<br />$
<br />270
<br />Moisture, Ash, & Organic Matter of PeallOrganic Soils
<br />$
<br />120
<br />Spotting Tensile Strength, C 496
<br />$
<br />90
<br />Moisture Only, D 2216, CT 226
<br />$
<br />35
<br />3x6 Grout(CLSM), C 39
<br />S
<br />45
<br />Moisture and Density. D 2937
<br />$
<br />45
<br />bX NonShdnk Grout C 109
<br />$
<br />45
<br />Permeability, CH, D 2434, CT 220
<br />S
<br />255
<br />pH and Resistivity, CT643
<br />$
<br />175
<br />ASPHALTCONCRETE
<br />Proctor Density D 1557, D 698, CT 216, &
<br />Air Voids, T 269
<br />$
<br />50
<br />AASHTO T-180 (Rock corrections add $100)
<br />S
<br />200
<br />Asphalt Mu Design, Callrans (exc. Aggregate Quality)
<br />$
<br />2,800
<br />R -value, D 2844, CT 301
<br />$
<br />295
<br />Asphdl Mix Design Review, Job Spec
<br />S
<br />165
<br />Sand Equivalent D 2419, CT 217
<br />$
<br />110
<br />Dust Proportioning, CT LP4
<br />$
<br />50
<br />Sieve Analysis, D 422, CT 202
<br />$
<br />130
<br />Extraction. %Asphalt including Gradation, D 2172, CT 382
<br />$
<br />240
<br />Sieve Analysis, 200 Wash, D 1140, CT 202
<br />$
<br />100
<br />Film Stripping, CT 302
<br />$
<br />110
<br />Specific Gravity, D 854
<br />$
<br />100
<br />Hveem SIabSAy and Unit Weight D 1560, T 246, CT 366
<br />S
<br />215
<br />Thermal Resistivity (ASTM M. IEEE 442)
<br />$
<br />680
<br />Marshall Stability, Flow and Unit Weight T 245
<br />S
<br />240
<br />Triaxial Shear, C.D, D 4767, T 297
<br />$
<br />430
<br />Maximum Theoretical Unit Weight D 2041, CT 309
<br />S
<br />150
<br />Triaxial Shear, C.U., w/pore pressure, D 4767, T 2297 per pt
<br />$
<br />365
<br />Moisture Content CT 370
<br />S
<br />85
<br />Traxal War. C.U.,Wo pore pressure, D 4767, T 2297 per pt
<br />$
<br />210
<br />Moisture Susceptibility arid Tensile Stress Ratio, T238, CT 371
<br />$1,000
<br />Triaxial Shear, U.U.. D 2850
<br />$
<br />155
<br />Slurry Wel Track Abrasion, D 3910
<br />$
<br />150
<br />Unconfined Compression, D 2166, T 208
<br />$
<br />120
<br />SuperPave, Asphalt Mix Verification (rod Aggregate Quality)
<br />S
<br />5,2DO
<br />Wax Density, D 1188
<br />$
<br />100
<br />SuperPave, Gyratory Unit WI., T 312
<br />S
<br />75
<br />SuperPave, Hamburg Wheel, 20,000 passes, T 324
<br />$1,000
<br />MASONRY
<br />Unit Weight sample or core, 02726, CT 308
<br />$
<br />100
<br />Brick Absorption, 24-hour submersion, C 67
<br />$
<br />50
<br />Voids in Mineral Aggregate. (VMA) CT LP -2
<br />S
<br />50
<br />Brick Absorption, 5 -hour boiling, C 67
<br />$
<br />60
<br />Vols filed with Aspha4(VFA) CT LP -3
<br />$
<br />50
<br />Brick Absorption, 7 -day, C 67
<br />$
<br />65
<br />Brick Compression Test C67
<br />$
<br />50
<br />AGGREGATES
<br />Brick Efflorescence, C 67
<br />$
<br />50
<br />Cay Lumps and Friable PaAides, C 142
<br />$
<br />160
<br />Brick Modulus of Rupture, C 67
<br />S
<br />45
<br />Cleanness Value, CT 227
<br />$
<br />160
<br />Brick Moisture as received, C 67
<br />$
<br />40
<br />Crushed Particles, CT 205
<br />$
<br />165
<br />Brick Saturation Coefficient C 67
<br />S
<br />55
<br />Durability, Coarse or Fine, CT 229
<br />$
<br />195
<br />Concrete Back Compression Test 8x8xl6, C 140
<br />$
<br />65
<br />Fine Aggregate Angularly. ASTM C 1252, T 304, CT 234
<br />S
<br />180
<br />Concrete Block Conformance Package, C 90
<br />$
<br />485
<br />Flat and Ebngated Particle, D 4791
<br />$
<br />220
<br />Concrete Block Linear Shrinkage, C 426
<br />$
<br />135
<br />Lightweight Panicles, C 123
<br />S
<br />180
<br />Concrete SW Unit Weight and Absorption, C 140
<br />$
<br />60
<br />Las Angeles Abrasion, C 131 or C535
<br />$
<br />200
<br />Cores, Compression ler Shear Bond, CA Code
<br />$
<br />60
<br />Material Firer than No. 200 Sieve by Was", C 117
<br />S
<br />75
<br />Masonry Grout 3x3x6 prism compression. C 39
<br />$
<br />35
<br />Organic Impurities, C 40
<br />$
<br />80
<br />Masonry Mortar, 2k4 cyNMer compression. C 109
<br />$
<br />35
<br />Potential ARM Reactivity, Mortar Bar Method, Coarse, C 1260
<br />$
<br />950
<br />Masonry Prism, half size, compression, C 1019
<br />S
<br />120
<br />Potential AM Reactivity, Morar Bar Method, Fine, C 1260
<br />$1,250
<br />Masonry Prism, Ful size, compression, C 1019
<br />$
<br />185
<br />Potential Readivity of Aggregate (Chemical Method), C 289
<br />$
<br />450
<br />Sand Equivalent T 176, CT 217
<br />S
<br />110
<br />REINFORCING AND STRUCTURAL STEEL
<br />Sieve Analysis, Coarse Aggregate, T 27, C 136
<br />S
<br />115
<br />Chemical Analysis, A 36, A 615
<br />$
<br />135
<br />Sieve Analysis, Fine Aggregate (neuding wash), T 27, C 136
<br />$
<br />130
<br />Fireproofing Density Test UBC 7.6
<br />$
<br />60
<br />Sodium Sulfate Soundness, C 88
<br />S
<br />450
<br />Hardness Test Rockwell, A 370
<br />$
<br />70
<br />Specific Gravity and Absorption, Coarse, C 127, CT 206
<br />$
<br />100
<br />High Strength Bot Nut & Washer Conformance,
<br />Specific Gravity and Absorption, Fine, C 128, CT 207
<br />$
<br />160
<br />per assembly, A 325
<br />$
<br />130
<br />Mechanically Spliced Reintorcirg Tensile Test ACI
<br />$
<br />150
<br />ROOFING
<br />Pre -Stress Strand (7 wine), A 416
<br />$
<br />170
<br />Roofing Tile Absorption, (set of 5), C 67
<br />$
<br />210
<br />Reinforcing Tensile or Bend up to No. 11, A 615 & A 706
<br />$
<br />55
<br />Roofrrg Tile Strength Test (set of 5). C 67
<br />$
<br />210
<br />Structural Steel Tensile Test Up to 200.000 (In
<br />(madrining extra), A 370
<br />$
<br />80
<br />Welded Reinforcing Tensile Test Up to No. 11 bars, ACI
<br />$
<br />60
<br />Special preparation of standard test specimens will be charged at
<br />the technician's
<br />hourly rate.
<br />Ninyo& Mare is accredited to perform the AASHTO equivalent of many ASTM lest procedures.
<br />Ninyo&Moore 12016 Laboratory Testing
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