More than a half of known technologies, including metallurgy, foundry, ceramics and glass production, chemical and food industries are based on thermal action on raw and auxiliary materials. In mentioned technologies temperature is the principal parameter determining production quality and expenses for it manufacturing, e.g. expenses for power, fuel, materials, springing of thermotechnical equipment, etc. Leading world-known companies connect main successes in production quality rising and decreasing of resources consumption with new achievements in the field of temperature monitoring and optimal control of thermal technological processes. Thermometrical devices and control technologies used for these purposes and especially for high temperatures are complicated and sold at a high price in the world market. Their price considerably surpasses their cost price and is determined by the monopoly industrially developed countries.
I have a big experience in development of contact, contactless and Light-Guide methods and means for control, recording and indication of temperature of ferrous and nonferrous melts and thermal express analysis of their composition and structure.
We have designed Complex of thermometric equipment for temperature control of heat technological processes and equipment for composition and structure proximate analysis of alloys.
