Mats (blanket, felt, cotton wool) from ceramic fiber, igloprobivny, bezasbestovoye - the latest heat - insulating materials.
Exclusive heattechnical characteristics in combination with the high mechanical durability, flexibility, elasticity do blankets by irreplaceable material in the industries connected with high temperatures, heat treatment, thermal insulation and also in production of furnaces and coppers of various types. Blankets represent a hi - tech product, ready to application. When forming a blanket for giving of the mechanical durability, endurance of the set thickness and density to it, fiber in the perpendicular direction is passed via the igloprobivny machine, sewing it the same fiber. Then there is a heat treatment to reduce shrinkage at working temperatures and to exclude organic compounds.
| TX - 212/TX - 312/TX - 512 | |||
| Density, kg/m3 | 96 | 128 | 160 |
|
Sizes: thickness, width, length, mm |
12,5х610х14 640 25х610х7320 50х610х3660 |
12,5х610х14 640 25х610х7320 50х610х3660 |
12,5х610х14 640 25х610х7320 50х610х3660 |
• thermal stability (resistance of fibers of recrystallization);
• low heat conductivity and thermal capacity;
• resistance to thermal shocks and heatchanges;
• high tensile strength;
• stable density and small shrinkage;
• high elasticity, flexibility;
• excellent sound absorption;
• big range of thickness;
• preservation of durability when heating;
• technological effectiveness and simplicity of installation.
Application:
• lining of industrial furnaces;
• thermal insulation of coppers, gas flues;
• isolation of welded seams for removal of tension;
• high - temperature laying;
• consolidations for high - temperature compensation joints;
• thermal insulation of high - temperature pipelines;
• reusable isolation of steam and gas turbines;
• fire protection systems;
• the filtrational environment at high temperatures.
| Main technical characteristics | Measurement unit. | TX - 212 | TX - 312 | TX - 512 |
| Temperature is primeneniya: maksimalnayarabochy | 0C | 12601000 | 12601100 | 14271300 |
| Density | kg/m3 | 96,128,160 | 96,128,160 | 96,128,160 |
| Heat conductivity coefficient pri: 200 0C (density of 128 kg/m3) 600 0C (density of 128 kg/m3) 800 0C (density of 128 kg/m3) 1000 0C (density of 128 kg/m3) | W / m * k | 0,050,120,14 |
0,070,120,140,27 | 0,070,130,160,28 |
| Thermal capacity at a temperature of 1000 of 0C | J | 1130 | 1130 | 1130 |
| Linear shrinkage poslya 24 hours of a nagrevapra to temperature 950 0spri to temperature 1100 0C at a temperature of 1350 of 0C |
% | 2 |
1,42 |
1,92,5 |
| Strength on a gap (128 kg/m3) | MPa | 0,08 - 0,12 | 0,08 - 0,12 | 0,8 - 0,12 |
| Chemical sostav: al2o3sio2zro2 | % | 44 - 4753 - 56 | 45 - 4951 - 55 | 38 - 4043 - 4715 - 17 |
