AT2LAS is a proprietary composite resin developed by Advanced American Technologies. It has been uniquely engineering to outperform steel, aluminum, and plastic. AT2LAS is 78% lighter than steel and 35% lighter than aluminum. It is non-corroding, non-porous, non-conductive. It is fire, vibration and fracture resistant. It is thermal insulating and impermeable. It is customizable, durable, flexible, pumpable and castable. It is ideal for use in mining applications for spray coatings, storage tanks, piping and much more.
|Percentage Lighter Than:||Thermal Conductivity @ 23.7o C:||Density||Thermal Resistance @ 23.7o C:||Pounds Per Ft3||Heat Distortion Begins: ||Dynamic Compressive Yield:||High Temperature Performance:||Quasi Static Compressive Yield:||Coefficient Of Thermal Expansion: ||Tensile Yield: ||Flammability:||Tensile Elongation @ Break:||Chemical & Oil Sensitivity:||Young's Modulus: ||Corrosion (Hypo-chloric Acid @ 2,000 ppm):||Flexural Strength:||Electrical Conductivity:||Hardness (Shore D):||UV Sensitivity:||Machinability:
|Ceramic: 0.40 (W/m-K)|
Aluminum: 1.275 (W/m-K)
|1.75 g/cm3||Ceramic: 0.0077 (m2-K/W)|
Aluminum: 0.0024 (m2-K/W)
|109.2||482o Fehrenheit||26,106 psi||3100o Fehrenheit||13,488 psi||24.1x10-6 in/in°Fehrenheit||8,412 psi||Fire Resistant||2.2%||None Noted||1,305,339 psi||Non-Corroding||12,700 psi||None (23 MegOhms)||90||None Noted||+/- 0.005 Tolerance