Armorcoat 969.2CFV Ceramic-Filled Tank Lining
Armorcoat 969.2CFV Ceramic-Filled Tank Lining is a ceramic-filled coating system designed for trowel or brush application to steel and concrete. It is used to protect the substrate against strong chemicals encountered in the chemical and related industries. AC 969.2CFV is used especially for lining internal surfaces of pumps. It is also excellent for tanks, trenches, pump pads and curbs where resistance to chemical attack from caustics, salts, solvents, dilute oxidizing acids and oils is required. AC 969.2CFV can be applied to vertical, overhead and horizontal surfaces by brush or roller at a thickness of 35 to 65 mils.
Product families
Applications
- Equipment & Parts
Product Families
- Other Paints & Coatings
Other characteristics
- Brand
- Armorcoat
- Features
Acid Resistant, Chemical Resistant, Fast Cure, Oil Resistant, Salt Resistance, Solvent Resistant
- Product Type
- Coating
- Application Area
- Tanks
- Application Method
- Brush, Roller, Trowel
- Compatible Substrates & Surfaces
- Concrete, Metal, Steel
- Markets
- Industrial
- PACKAGING
Armorcoat 969.2CFV is a two-component system that is available in a pre-packaged 1.2 gallon kit that has a 4:1 volume mix ratio. The estimated coverage for this kit is approximately 25 square feet. Part A is 8.25 lbs and Part B is 1.33 lbs.
- Advantages
Resists 70% Sulfuric Acid. Can be applied to vertical, overhead or horizontal surfaces. Topping cures in the presence of moisture and adheres to damp concrete. Topping cures rapidly and may be used within hours, depending on temperature and humidity conditions. Topping has a high impact, tensile and bond strength for concrete and steel. Towmotor traffic does not damage topping.
- Application
1 Remix the AC969.2CFV slightly. 2 Brush mixed AC969.2CFV onto the prepared surfaces to be coated. Use a trowel or moderately stiff bristled brush. 3 The AC969.2CFV, after setting momentarily, will partially level and gloss over. It is not usually necessary to apply two coats of material because the thickness obtained with the first coat will usually be sufficient. 4 If a second coat is desired, it must be applied over the first coat while the first coat is in its latter stage of gelling, when it is firm, but tacky to the touch. 5 If the first coat is fully set to a hard, slick surface, it must be sanded or sandblasted to remove the slick finish before attempting to apply a second coat.
- Cure
- Moisture Cure
- Technology
- Ready-to-Use Products
- Application Methods
- Brush
- Roller
- Trowel
- Chemical Resistance
Armorcoat 969.2CFV resists chemical attack from caustics, salts, solvents, dilute oxidizing acids and oil. Armorcoat 969.2CFV also resists sulfuric acid up to 70%.
- Surface Preparation
For Concrete Surfaces 1 Old coatings and toppings must be removed. 2 Surface must be sound and free of oil, grease and foreign materials. 3 If contaminants are water soluble, hose with water and remove excess water with broom or air hose. 4 Concrete maybe damp but must be free of standing water. (The drier the concrete, the better the bond.)
- Estimating
One gallon of Armorcoat 969.2CFV covers approximately 25 sq. ft. with a 1/16″ film thickness. The estimated coverage is 12.5 sq. ft./gal. For each 1/8 in. layer. The total membrane thickness will depend on the surface roughness and the required membrane buildup.
- Ready to Use Product Features
- Acid Resistant
- Chemical Resistant
- Fast Cure
- Oil Resistant
- Salt Resistance
- Solvent Resistant
- Compatible Substrates and Surfaces
- Concrete
- Metal
- Steel
Technical data
Table 1 of 1
18 rows| Characteristic | Value | Unit | Method |
|---|---|---|---|
| Color (part A (Resin)) | Gray | — | — |
| Color (part B (Cure)) | Amber | — | — |
| Mixture | Gray | — | — |
| Weight per Mixed Gallon | 9.58 | lbs | — |
| Flashpoint (part A (Resin)) | 343.0 | °F | — |
| Flashpoint (part B (Cure)) | 320.0 | °F | — |
| Consistency | Trowelable | — | — |
| Specific Gravity | 1.15 | — | — |
| Pot Life (80°F) | 15-20 | minutes | — |
| Cure Time (80°F) | 4.0 | hrs | — |
| Operating Temperature Range | -320.0 | °F | — |
| Operating Temperature Range (Continuous High) | 200.0 | °F | — |
