Skip to main content
Thermosets
828/DEA
828/DEA: Shear Modulus vs Temp
828/DEA: Master Curve
828/DEA: Linear CTE vs Temp
828/DEA: Bulk Modulus vs Temp
828/DEA: Heat Capacity vs Temp
828/DEA: Compressive Yield
828/DEA: Tensile Yield
828/DEA: Tensile Creep for Fast Cooling Rate
828/DEA: Tensile Creep for Slow Cooling Rate
828/DEA: Cohesive Failure
828/DEA: Adhesive Failure
828/DEA: Pre-Reaction Kinetics
828/DEA: Gelation Reaction Kinetics
828/DEA: Viscosity Increase During Cure
828/DEA: Cure Shrinkage
828/DEA: Tg During Cure
828/DEA: Cohesive Strength During Cure
828/DEA/GMB
828/DEA/GMB: Shear Modulus vs Temp
828/DEA/GMB: Master Curve
828/DEA/GMB: Linear CTE vs Temp
828/DEA/GMB: K, Density, and Failure
828/DEA/GMB: Heat Capacity vs Temp
828/DEA/GMB: Compressive Yield
828/DEA/GMB: Gelation Reaction Kinetics
828/DEA/GMB: Viscosity Increase During Cure
826/CTBN/DEA
826/CTBN/DEA: Shear Modulus vs Temp
826/CTBN/DEA: Master Curve
826/CTBN/DEA: Linear CTE vs Temp
826/CTBN/DEA: Bulk Modulus and Density
826/CTBN/DEA: Heat Capacity vs Temp
826/CTBN/DEA: Compressive Yield
828/CTBN/DEA/GMB
828/CTBN/DEA/GMB: Shear Modulus vs Temp
828/CTBN/DEA/GMB: Master Curve
828/CTBN/DEA/GMB: Linear CTE vs Temp
828/CTBN/DEA/GMB: K, Density, and Failure
828/CTBN/DEA/GMB: Heat Capacity vs Temp
828/CTBN/DEA/GMB: Compressive Yield
828/CTBN/DEA/GMB: Viscosity Increase During Cure
828/DEA/Silica
828/DEA/Silica: Shear Modulus vs Temp
828/DEA/Silica: Master Curve
828/DEA/Silica: Linear CTE vs Temp
828/DEA/Silica: Heat Capacity vs Temp
828/DEA/Silica: Bulk Modulus and Density
828/DEA/Silica (45vol%): Compressive Yield
828/DEA/Silica (30vol%): Compressive Yield
828/Z
828/Z: Shear Modulus vs Temp
828/Z: Linear CTE vs Temp
828/Z: Bulk Modulus and Cohesive Failure
828/Z: Heat Capacity vs Temp
828/Z: Compressive Yield
828/Z: Gelation Reaction Kinetics
828/Z: Viscosity Increase During Cure
828/Z: Tg During Cure
828/Z/Alox
828/Z/Alox: Shear Modulus vs Temp
828/Z/Alox: Linear CTE vs Temp
828/Z/Alox: Bulk Modulus and Cohesive Failure
828/Z/Alox: Heat Capacity vs Temp
828/Z/Alox: Compressive Yield
828/Z/Mica
828/Z/Mica: Shear Modulus vs Temp
828/Z/Mica: Linear CTE vs Temp
828/Z/Mica: Bulk Modulus and Cohesive Failure
828/Z/Mica: Heat Capacity vs Temp
828/Z/Mica: Compressive Yield
ANH2
ANH2: Linear CTE vs Temp
ANH2: Gelation Reaction Kinetics
459
459: Master Curve
459: Linear CTE vs Temp
459: Bulk Modulus and Failure
459: Heat Capacity vs Temp
459: Compressive Yield
459: Gelation Reaction Kinetics
459: Tg During Cure
459/GMB
459/GMB: Shear Modulus vs Temp
459/GMB: Master Curve
459/GMB: Linear CTE vs Temp
459/GMB: Bulk Modulus and Failure
459/GMB: Heat Capacity vs Temp
459/GMB: Compressive Yield
459/Alox
459/Alox: Shear Modulus vs Temp
459/Alox: Master Curve
459/Alox: Linear CTE vs Temp
459/Alox: Bulk Modulus and Failure
459/Alox: Heat Capacity vs Temp
459/Alox: Compressive Yield
828/D230
828/D230: Shear Modulus vs Temp
828/D230: Master Curve
828/D230: Linear CTE vs Temp
828/D230: Yield
828/D230: Tensile Creep at 23C
828/D230: Gelation Reaction Kinetics
828/D230: Viscosity Increase During Cure
828/D230: Shear Modulus During Cure
828/D230: Tg During Cure
828/D230: Cure Shrinkage
Curative: Weight Loss
828/D230/GMB
828/D230/GMB: Shear Modulus vs Temp
828/D230/GMB: Linear CTE vs Temp
828/D230/GMB: Bulk Modulus and Density
828/D230/GMB: Viscosity Increase During Cure
828/D230/Alox
828/D230/A20SG: Shear Modulus vs Temp
828/D230/A20SG: Linear CTE vs Temp
828/D230/A20SG: Bulk Modulus and Density
828/D230/A20SG(20vol%): Compressive Yield
828/D230/A20SG(30vol%): Compressive Yield
828/D230/A20SG(40vol%): Compressive Yield
828/T403
828/T403: Effect of 815C vs. 828
828/T403: Gelation Reaction Kinetics
828/T403: Viscosity Increase During Cure
828/2049
828/2049: Tg
828/2049: Gelation Reaction Kinetics
Elastomers
Sylgard 184
Sylgard 184: Shear Modulus vs Temp
Sylgard with Silica: Linear CTE vs. vol% Filler
Sylgard 184: Young’s Modulus at 23C
Sylgard 184: Bulk Modulus at 22C
Sylgard 184: Adhesion Tests at 23C
Sylgard 184: Gelation Reaction Kinetics
Sylgard 184: Kinetics with 5% 3-6559 Accelerator
Sylgard 184: Viscosity with 5% 3-6559 Accelerator
Sylgard 184: Viscosity Increase During Cure
Sylgard 184: Viscosity with 5% 3-6559 Accelerator
Sylgard 184 / A16 GMB
Sylgard/A16: Shear Modulus vs Temp
Sylgard/A16: Linear CTE vs Temp
Sylgard/A16: Young’s Modulus at 23C
Sylgard/A16: Bulk Modulus at 23C
Sylgard/A16: Adhesion Tests at 23C
Sylgard 184 with Silica
Sylgard with Silica: Shear Modulus vs. vol% Filler
Sylgard with Silica: Linear CTE vs. vol% Filler
Sylgard with Silica: Density vs. vol% filler
CS3100 Polysulfide
CS3100: Shear Modulus vs Temp
CS3100: Linear CTE vs Temp
CS3100: Young’s Modulus at 23C
CS3100: Bulk Modulus at 23C
CS3100: Adhesion Tests at 23C
CS3100: Thermal Degradation
CS3100 Polysulfide with Phenolic Microballoons
CS3100/PMB: Shear Modulus vs Temp
CS3100/PMB: Linear CTE vs Temp
CS3100/PMB: Young’s Modulus at 23C
CS3100/PMB: Bulk Modulus at 23C
CS3100/PMB: Adhesion Tests at 23C
Arathane 5750 (previously Uralane)
5750: Tensile Modulus vs Temp
5750: Linear CTE vs Temp
Arathane 5753 (previously Uralane)
5753: Tensile Modulus vs Temp
5753: Linear CTE vs Temp
5753: Viscosity Increase During Cure
EN11
EN11: Viscosity Increase During Cure
EN11: Tensile Modulus vs Temp
EN11: Linear CTE vs Temp
Misc
Polycarbonate
Polycarbonate: Master Curve
Polycarbonate: Linear CTE vs Temp
Polycarbonate: Compressive Yield
Mylar
Mylar: % Crystallinity
Mylar: Thermal Degradation
Mylar: Linear Strain vs Temp
Mylar: Tensile Modulus vs Temp
Nylon
Nylon: Master Curve
Nylon: Strain vs Temp
Nylon: Tensile Yield at 0C
Rexolite
Rexolite: Shear Modulus vs Temp
Rexolite: Linear CTE vs Temp
Rexolite: Compressive Yield at 23C
FR408 Composite
FR408: Stiffness Matrix at 23C
FR408: Linear CTEs vs Temp
Foams
4 lb/ft3 PMDI
PMDI-4: Shear Modulus vs Temp
PMDI-4: Linear CTE vs Temp
PMDI-4: Compressive Yield at 23C
6 lb/ft3 PMDI
PMDI-6: Shear Modulus vs Temp
PMDI-6: Linear CTE vs Temp
PMDI-6: Compressive Yield at 23C
20 lb/ft3 PMDI
PMDI-20: Shear Modulus vs Temp
PMDI-20: Linear CTE vs Temp
PMDI-20: Effect of Postcure
PMDI-20: Compressive Yield at 23C
10 lb/ft3 PMDI
PMDI-10: Shear Modulus vs Temp
PMDI-10: Compressive Yield at 23C
6 lb/ft3 TufFoam
TufFoam-6: Shear Modulus vs Temp
TufFoam-6: Linear CTE vs temp
TufFoam-6: Compressive Yield at 23C
10 lb/ft3 TufFoam
TufFoam-10: Shear Modulus vs Temp
TufFoam-10: Linear CTE vs Temp
TufFoam-10: Compressive Yield at 23C
14 lb/ft3 TufFoam
TufFoam-14: Shear Modulus vs Temp
TufFoam-14: Linear CTE vs Temp
TufFoam-14: Compressive Yield at 23C
5750: Linear CTE vs Temp
Measured with a TA Instruments Q400 TMA.
DOWNLOAD DATA FILES
Temp (C)
Linear CTE (ppm/C)
