Features & Benefits
A type of acrylic, functions at higher temperatures
Good resistance to most mineral and organic acids.
Acrylic resistance to alkalis is inferior to most fibers except natural protein fibers such as silk and wool.
Acrylic has good resistance to most oxidizing agents and is superior to polyamides and protein fibers in this respect.
Excellent resistance to most common organic solvents.
High resistance to hydrolysis and good temperature resistance.
Not recommend for high concentration of strong alkalis at high temperatures.
Acrylic is more costly than polyester and polypropylene.
Continuous operating temperature 260℉ (127°C)
Specifications
| Fiber Materials | PAN-Acrylic Homopolymer | |
| Scrim | PAN | |
| Standard Finish Options (Special surface treatments available) | Heat Set, Singed, Glazed, PTFE membrane | |
| Weight oz/yd² (g/m2) | 14.75-16.22 (500-550) | |
Thickness Inch (mm) | 0.071-0.091 (1.8-2.3) | |
| Air Permeability CFM@ ½" W.G125PA (m³/m².min@200PA ) | 12-21 (6-10) | |
| Tensile Strength lb/in (N/5CM) | Warp MD | 80 (700) |
| Weft CD | 114 (1000) | |
| Tensile Elongation (%) | Warp MD | ≤25 |
| Weft CD | ≤45 | |
| Thermal Shrinkage (%) at max continuous temp. | Warp MD | ≤1 |
| Weft CD | ≤1.5 | |
| Max. Operating Temperature oF (oC) | Continuous | 260 (127) |
| Surge | 284(140) | |
| The data are based on laboratory conditions. Testing based on specific operating conditions of each installation is recommended. | ||
Applications
Power Generation
Paper, Pulp & Woodworking
Cement, Mining & Rock Products
Waste Incineration
Chemicals & Pharmaceuticals
Metals & Foundry
Food & Beverages
Custom OEM Applications
Most popular applications include: dryers, electric furnace, aluminum reduction and primary or secondary smelting.
Ordering Information
Customized per order
