etailed Product Description 1. Grade: 1260C High pure 2. Density: 280-600kg/m3 3. Thickness: 3-80mm 4. ISO9001:2000 Yuntai is an independent manufacturer of refractories, heat resistant products and high temperature insulation materials which located in the north of China. Our products include ceramic fiber banket,board,paper,module,fire cement, fire bricks, refractory setting cements/mortars, plastic mouldables refractories, zircon refractory products, acid resistant cem
ock Wool Blanket Density 50 - 110KG/M3 Length 2000-5000mm Width 600mm Thickness 40mm-100mm Rock Wool Blanket Density 50 - 110KG/M3 Length 2000-5000mm Width 600mm Thickness 40mm-100mm Material: Basalt Working Temperature: 650°C Heat Conductivity: 0.039-0.044 Heat insulation material , sound absorption materials and waterproof materails We also produce rock wool with wire mesh and aluminium-foil paper, Welcome to contact us, We will give you soon rep
Our products cover:Ceramic fiber paper and gaskets, Ceramic fiber boards, Ceramic fiber blankets and felts, Ceramic fiber bulk, Ceramic fiber modules, with kinds of mechanical anchor fixings, Ceramic fiber cloth / tape Special shaped ceramic fiber products / vacuum formed ceramic fiber products, Refractory insulating castables Refractory binders
orking Temp:1260C Density:180-230kg/m3 Thickness:1-6mm Width:610mm/1220mm Length:10000mm, 15000mm,20000mm, 30000mm, 60000mm, Ceramic fiber paper is a heat-resistant light weight ceramic-impregnated paper that provides excellent separation between kiln shelf and glass up to 1600F. It is a one-use material that is very delicate after firing. Use ceramic fiber paper to protect the surface of a hard ceramic kiln shelf when fusing or slumping glass. Glass will fuse to an unprotected hard ceram
untai is an independent manufacturer of refractories, heat resistant products and high temperature insulation materials which located in the north of China. Our products include ceramic fiber banket,board,paper,module,fire cement, fire bricks, refractory setting cements/mortars, plastic mouldables refractories, zircon refractory products, acid resistant cements and refractory castables for use in industries including steel plants, heat and power stations, foundries both ferrous and non-ferrou
Product description: Ceramic fiber rope includes twisted rope, round braided rope and square braided rope. All are made from our high quality ceramic fiber material. Application: 1. Insulation of high-temperature tubes, containers,etc. 2. The seal of the doors of industrial furnace 3. The protection of high-temperature. 4. The protection of cable, fuel tubes,etc. 5. Fireproof twine, wrap,cover,etc. 6. Compound-materials produce.
1. density=180 220 kg/m3 2. material=ceramic fiber felt 3. customized service 4. size=600*400*10-50mm,900*600*20-50mm
eramic fiber bulk, ceramic fiber cotton 1. TEMPERATURE CLASSIFICATION COM alumina silicate swinging fiber cotton 1100 °C ST alumina silicate swinging fiber cotton 1260 °C HP alumina silicate swinging fiber cotton 1260 °C HA alumina silicate swinging fiber cotton 1360 °C HAZ alumina silicate swinging fiber cotton 1360 °C HZ alumina silicate swinging fiber cotton 1430 °C 2. FEATURE No lube, no processed, low ball sediment blown fiber
ame: aluminum silicate fiber block/module ceramic fiber block/module Characteristic: Low thermal conductivity To be secured by concealed anchor Greater mechanical strength Resistance to gas flow erosion Shorter heat up and cool down time Resilience and resistance to thermal shock Flexible and easy to cut or install Application: - Iron and Steel: Reheating furnace, Multi and single stack coil annealing furnaces, Transfer ladle lids, Continuous annealing and coatin
All kinds of alumina silicate fiber boards, adopting corresponding blowing fiber (COM, ST, HA, HP, HAZ, HZ) as the material, are produced by vacuum formed technology. All kinds of alumina silicate fiber boards don not only possess the same function of fiber, but also have hard texture, excellent toughness and intensity, and excellent fire resistant and heat preservation.
