Enhanced TDS
Identification & Functionality
- Chemical Family
- Product Type
- Technologies
- Product Families
Features & Benefits
- Ready-to-Use Product Features
Applications & Uses
- Markets
- Applications
- Application Area
- Compatible Substrates & Surfaces
- Segment
- Instructions For Use
- Stir well the contents of the container each time before removing material. If the contents are hard or lumpy, warm to 200°F and mix thoroughly before removing material.
- Prolonged storage at room temperature may result in the Adhesive LCA-4LV resin crystallizing. Warming to 200°F will melt the resin and restore the adhesive to its original consistency.
- Weigh the ingredients accurately so that each amount specified does not vary more than 5%.
Properties
- Cured Properties
Value Units Test Method / Conditions Specific Gravity (at 200°F, 2hr) 1.86 ASTM D792-A Specific Gravity (at 200°F, 8hr) 1.86 ASTM D792-A Specific Gravity (1hr at 140°F + 48 hr at 160°F) 1.86 ASTM D792-A Hardness (at 200°F, 2hr) 91 Shore D ASTM D1706 Hardness (at 200°F, 8hr) 92 Shore D ASTM D1706 Hardness (1hr at 140°F + 48 hr at 160°F) 92 Shore D ASTM D1706 Lap Shear Strength (to aluminum, at -65°F, cured at 200°F, 2hr) 2300 psi ASTM D1002 Lap Shear Strength (to aluminum, at -65°F, cured at 200°F, 8hr) 2600 psi ASTM D1002 Lap Shear Strength (to aluminum, at -65°F, at 1hr at 140°F + 48 hr at 160°F) 2200 psi ASTM D1002 Lap Shear Strength (to aluminum, at 77°F, cured at 200°F, 2hr) 2300 psi ASTM D1002 Lap Shear Strength (to aluminum, at 77°F, cured at 200°F, 8hr) 2500 psi ASTM D1002 Lap Shear Strength (to aluminum, at 77°F, cured at 1hr at 140°F + 48 hr at 160°F) 2200 psi ASTM D1002 Lap Shear Strength (to aluminum, at 200°F, cured at 200°F, 2hr) 2300 psi ASTM D1002 Lap Shear Strength (to aluminum, at 200°F, cured at 200°F, 8hr) 2500 psi ASTM D1002 Lap Shear Strength (to aluminum, at 200°F, cured at 1hr at 140°F + 48 hr at 160°F) 2100 psi ASTM D1002 Young's Modulus in Flexure (cured at 200°F, 2hr) 1.6 x 10⁶ psi ASTM D790 Young's Modulus in Flexure (cured at 200°F, 8hr) 1.6 x 10⁶ psi ASTM D790 Young's Modulus in Flexure (cured 1hr at 140°F + 48 hr at 160°F) 1.6 x 10⁶ psi ASTM D790 Glass Transition Temperature (at 200°F, 2hr) 176 °F Diff. Scanning Calorimetry Glass Transition Temperature (at 200°F, 2hr) 175 °F by Thermal Mech. Anal Glass Transition Temperature (at 200°F, 8hr) 217 °F Diff. Scanning Calorimetry Glass Transition Temperature (at 200°F, 8hr) 199 °F by Thermal Mech. Anal Glass Transition Temperature (1hr at 140°F + 48 hr at 160°F) 199 °F Diff. Scanning Calorimetry Glass Transition Temperature (1hr at 140°F + 48 hr at 160°F) 178 °F by Thermal Mech. Anal Coefficient of Linear Thermal Expansion (between -65°F and 80°F, cured at 200°F, 2hr) 15 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between -65°F and 80°F cured at 200°F, 8hr) 15 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between -65°F and 80°F cured 1hr at 140°F + 48 hr at 160°F) 16 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between 250°F and 300°F, cured 1hr at 140°F + 48 hr at 160°F) 60 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between 250°F and 300°F, cured at 200°F, 2hr) 63 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between 250°F and 300°F, cured at 200°F, 8hr) 66 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between 80°F and 135°F, cured 1hr at 140°F + 48 hr at 160°F) 21 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between 80°F and 135°F, cured at 200°F, 2hr) 22 x 10⁻⁶ /°F ASTM D83 I-A Coefficient of Linear Thermal Expansion (between 80°F and 135°F, cured at 200°F, 8hr) 20 x 10⁻⁶ /°F ASTM D83 I-A Weight Change in Water (after 24 hr immersion plus drying at 120°F cured at 200°F, 2hr) 0.01 % ASTM D590-A Weight Change in Water (after 24 hr immersion plus drying at 120°F cured at 200°F, 8hr) 0.005 % ASTM D590-A Weight Change in Water (after 24 hr immersion plus drying at 120°F cured 1hr at 140°F + 48 hr at 160°F) 0.002 % ASTM D590-A Weight Change in Solvent (after 24 hr immersion in Methanol at 120°F, cured at 200°F, 2hr) 0.007 Weight Change in Solvent (after 24 hr immersion in Toluene at 120°F, cured at 200°F, 2hr) 0.004 Weight Change in Solvent (after 24 hr immersion in HCFC 141b at 120°F, cured at 200°F, 2hr) 0.002 Weight Change in Solvent (after 24 hr immersion in Acetone at 120°F, cured at 200°F, 2hr) 0.005 Weight Change in Solvent (after 24 hr immersion in n-Hexane at 120°F, cured at 200°F, 2hr) 0.005 Weight Change in Solvent (after 24 hr immersion in Chloroform at 120°F, cured at 200°F, 2hr) 0.23 Dielectric Constant (at 1 kHz, 77°F, cured at 200°F, 2h) 5.21 Dielectric Constant (at 1 kHz, 200°F, cured at 200°F, 2h) 5.47 Dissipation Factor (at 1 kHz, 200°F, cured at 200°F, 2h) 0.008 Dissipation Factor (at 1 kHz, 77°F, cured at 200°F, 2h) 0.003 Permeability to Water Vapor (at 21°C, cured at 200°F, 2h) 1 x 10⁹ g/cm-sec-atm Volume Resistivity (at 77°F, cured at 200°F, 2h) 20 x 10¹⁴ ohm·cm Volume Resistivity (at 200°F, cured at 200°F, 2h) 0.7 x 10¹⁴ ohm·cm Weight Change in Solvent (after 24 hr immersion in Methanol at 120°F, cured at 200°F, 8hr) -0.007 Weight Change in Solvent (after 24 hr immersion in Toluene at 120°F, cured at 200°F, 8hr) -0.003 Weight Change in Solvent (after 24 hr immersion in HCFC 141b at 120°F, cured at 200°F, 8hr) -0.004 Weight Change in Solvent (after 24 hr immersion in Acetone at 120°F, cured at 200°F, 8hr) 0.004 Weight Change in Solvent (after 24 hr immersion in n-Hexane at 120°F, cured at 200°F, 8hr) 0.004 Weight Change in Solvent (after 24 hr immersion in Chloroform at 120°F, cured at 200°F, 8hr) 0.001 Weight Change in Solvent (after 24 hr immersion in Methanol at 120°F, cured 1hr at 140°F + 48 hr at 160°F) -0.006 Weight Change in Solvent (after 24 hr immersion in Toluene at 120°F, cured 1hr at 140°F + 48 hr at 160°F) -0.002 Weight Change in Solvent (after 24 hr immersion in HCFC 141b at 120°F, cured 1hr at 140°F + 48 hr at 160°F) -0.009 Weight Change in Solvent (after 24 hr immersion in Acetone at 120°F, cured 1hr at 140°F + 48 hr at 160°F) 0.001 Weight Change in Solvent (after 24 hr immersion in n-Hexane at 120°F, cured 1hr at 140°F + 48 hr at 160°F) 0.002 Weight Change in Solvent (after 24 hr immersion in Chloroform at 120°F, cured 1hr at 140°F + 48 hr at 160°F) 0.138 - Recommended Mixing and Handling Parameters
Value Units Test Method / Conditions Parts by Weight of Activator Required (per 100 of adhesive) 4.5 Viscosity of Mixed Adhesive (at room temperature) 3000 poise Viscosity of Mixed Adhesive (at 160°F) 100 poise Work Life (at room temperature) 100 minutes Pot Life (tack-free time) 240 minutes
Safety & Health
- Safety Information
For industrial use only! May cause injury to skin following prolonged or repeated contact. Use with adequate ventilation
Packaging & Availability
- Regional Availability
- Packaging Information
LCA-4LV is available in quart and four fluid ounce kits, and Adhesive LCA-4LV/BA-9 is available in One-Shot kits
Storage & Handling
- Shelf Life
- 2 years
- Storage Conditions
The shelf life of these materials are greater than two years when stored in unopened containers at an average temperature below 85°F.