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M-010
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Anisotropic Tensile Moduli
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M-011
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Tensile Modulus
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M-012
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Compressive Modulus
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M-013
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Orthotropic In-Plane Shear Modulus (Includes M-010, M-101)
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M-014
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Bulk Modulus (Up To 8 Temperatures)
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M-015
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Flexural Modulus and Strength
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M-016
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Tensile Modulus, Strength and Elongation
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M-017
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In-Plane Shear Modulus (Plate Twist Method)
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M-030
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Tensile Strength
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M-031
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Compressive Strength
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M-032
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Tear Strength of Rubber
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M-033
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Blocking Strength
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M-034
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Short Beam Shear Strength
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M-034C
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Short Beam Shear Strength for Composite Materials
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M-035
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Plastic Point in Tension
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M-036
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Plastic Point in Flexure
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M-037
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Plastic Point In Compression
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M-038
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Shear Strength
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M-040
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Bearing Strength
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M-040C
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Bearing Response for Composite Materials
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M-041
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Lap Shear Strength
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M-043
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Peel Test
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M-050
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Open Hole Tension (OHT)
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M-051
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Open Hole Compression (OHC)
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M-052
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Fracture Toughness and Strain Energy Release Rate
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M-052M
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Fracture Toughness of Metals (K1c)
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M-053M
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Crack Propagation of Metallic Materials
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M-060
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Coefficient of Friction (Static and Dynamic)
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M-067
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Abrasion Test, Filament & Wire
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M-068
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Taber Abrasion Test
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M-101
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Poisson’s Ratio and Tensile Modulus
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M-102
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Poisson’s Ratio and Tensile Modulus (2-3 Direction)
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M-130
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Tensile Strength with Plots
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M-204
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Tensile Stress-Strain, Strength, and Modulus
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M-204 MTL
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Tensile Stress-Strain for Round Metallic Specimens (Nadcap)
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M-204C
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Tensile Stress-Strain, Strength, and Modulus for Composite Materials
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M-204C_45
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In-Plane Shear Stress-Strain, Strength and Modulus by Tensile test of a ±45° laminate
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M-204HT
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High Temperature Tensile Stress Strain for Metals
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M-204V 2D
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Tensile Stress-Strain, Strength, and Modulus using 2D DIC
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M-204V 3D
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True Stress Strain Measurements Using 3D DIC
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M-205
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Tensile Properties of Elastomers
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M-206
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Tensile Stress-Strain, Strength, Modulus and Poisson's Ratio
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M-206C
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Tensile Stress-Strain, Strength, Modulus, and Poisson's ratio for Composite Materials
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M-209
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Combined Loading Compression (CLC)
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M-209C
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Combined Loading Compression (CLC) for composite materials
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M-209C_strength
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Compressive Strength using Combined Loading Compression (CLC) for composite materials
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M-210
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Compressive Stress-Strain, Strength and Modulus
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M-211
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Lubricated Compressive Stress-Strain (Biaxial Tension)
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M-212
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Compressive Properties of Elastomers
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M-213
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Confined Compression Stress-Strain (Hydrostatic, for rubbers)
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M-215
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Compressive Properties of Foam with Unloading
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M-218
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Equibiaxial Tension of Elastomers
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M-219
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Shear Stress-Strain
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M-219C
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Shear Stress-Strain for Composite Materials
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M-219RS
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Shear Stress-Strain using Rail Shear method
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M-220
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Planar Tension (Shear)
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M-221
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3 Point Flexural Stress-Strain, Strength and Modulus
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M-221C
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3 Point Flexural Stress-Strain, Strength and Modulus for Composite Materials
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M-225
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4 Point Flexural Stress-Strain, Strength and Modulus
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M-225C
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4 Point Flexural Stress-Strain, Strength and Modulus for Composite Materials
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M-230
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High Speed 3 Point Flexural Stress-Strain
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M-231
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High Speed Compressibility of Foams and Elastomers
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M-232
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High Speed Tensile Stress-Strain
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M-233
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High Speed Compressive Stress-Strain
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M-235
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Very High Speed Tensile Stress-Strain
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M-242
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Biaxial Force and Surface Strain by Punch Test
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M-245
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Forming Limit Diagram (FLD)
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M-250
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Tensile Creep
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M-250H
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Tensile Creep With Humidity
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M-250HT
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High Temperature Tensile Creep
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M-251
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Compressive Creep
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M-252
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Flexural Creep
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M-260
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Compression Set of Rubbers (Constant Deflection)
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M-266
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Long Term Instrumented Stress Relaxation
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M-410
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Dynatup Instrumented Impact
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M-411
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Low Speed Multiaxial Punch
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M-412
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Falling Dart Uninstrumented Impact
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M-425
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Izod Pendulum Impact
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M-425Q
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Izod Quality
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M-427
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Charpy Pendulum Impact
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M-502
|
Flexural Fatigue
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M-504
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Flexural Fatigue S-N Curves
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M-508
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Tensile Fatigue S-N Curve
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M-508M
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Tensile Fatigue S-N Curve of Metals (up to 60 Hz)
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M-509
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3 pt. Flexural Fatigue S-N Curve
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M-512
|
Tensile Fatigue
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M-512M
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Tensile Fatigue of Metals (up to 60 Hz)
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M-513M
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Strain Controlled Fatigue of Metallic Materials (Up to 2 Hz)
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M-515M
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Strain Controlled Tensile Fatigue E-N curves for Metals (Up to 2 Hz)
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M-600
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DMA - Tensile/Compressive ( 0.1-100 Hz)
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M-600t
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DMA- Tensile/Compressive Mastercurve
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M-601
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DMA - Torsional (5 Temperatures, 0.1-500/s)
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M-602
|
DMA - Flexural (0.1-100 Hz)
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M-603
|
Shear Modulus vs. Temperature by DMA
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M-604
|
Flexural Modulus vs. Temperature by DMA
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M-605
|
Tensile Modulus vs. Temperature by DMA
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M-606
|
Compressive Modulus vs. Temperature by DMA
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M-610
|
Stress Relaxation/ Creep Compliance by DMA
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M-611
|
Stress Relaxation/Creep Compliance by Time Sweeps
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M-615
|
Creep-Relaxation by DMA-tensile, compressive or flex
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M-620
|
Dynamic Hysteresis Loop
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M-621
|
Cyclic Mullins Effect
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M-622
|
Cyclic Hardening Stress-Strain
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M-623
|
Cyclic Damage of Plastics
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M-624
|
Stepwise Tensile Stress Relaxation
|
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M-625
|
Stepwise Compressive Stress Relaxation
|
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M-626
|
Tensile Stress Relaxation (up to 4 hours hold time)
|
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SM-067
|
Durometer Hardness
|
