Our highly efficacious, high temperature materials are based on the original fibrous refractories and inorganic binders technology. They are characteristically high endurance, have low temperature shrinkage, low thermal conductivity, have high resilience, are thermal shock resistant, are easy to install and treat etc. These qualities make them highly attractive for the production of special-purpose products that will be exposed to high temperatures.
Technological capacities and the flexibility of production allow Fibrous Refractories to produce complicated-shaped products in small batches so as to meet specific requirements imposed by the clients. Due to special methods in use by Fibrous Refractories, we can achieve predetermined specific parameters set by our clients.
Shaped products are produced by the use of fibrous refractories and modified inorganic binders. In order to design a specific shape and structure we use such methods as vacuum-shaping, vacuum-pressing, vibratory casting, ramming.
The products demonstrate the characteristics as follows:
- light weight, high endurance, low thermal conductivity
- good operation performance
- low wettability as to AL, Zn, Cu melts and alloys
- being economical in terms of installation expenses and interchangeable
Refractory stones made of refractory fibres (with the underlying technology of inorganic binding) have the properties of fibrous reinforced ceramics with high heat-reflection qualities. They have a long life cycle and are indifferent to temperature changes; other than this, they are of 6 - 10 times lower density than traditional stones.
Refractory stones of different size and type can be delivered in accordance with the specifc needs of a client. The working surface of the stone is protected by special enhanced coating.
Boards (products) with an enhanced layer for working surface protection
||Resistant to erosion and mechanical impact, a special enhanced layer may be applied before or in the process of lining installation.|
Fibrous refractory insulation of high density
Boards based on refractory fibres and inorganic binders technology have a density ranging between 500 and 1000 kg/m3 and may be produced in accordance with clients` specifications. Such boards demonstrate high endurance, low thermal conductivity and shrinkage of as little as 1,5% when used within a range of working temperatures .