Core Scientific Developments
Energy-efficient technologies and practical applications of pulsed functional ceramics
Therapeutic lamps
The R. Rakhimov method, based on the use of infrared (IR) medical lamps. This method aims to normalize physiological processes and eliminate pathologies through IR radiation that resonates with processes requiring correction. Radiation from such lamps promotes...
Cotton drying and seed stimulation
Installation for efficient drying of raw cotton using functional ceramics. This installation utilizes two types of ceramic materials, one of which provides high-quality and efficient drying...
Grills, baking
Various types of roasting ovens, grills, barbecue makers, and baking conveyors have been developed and tested using ceramic emitters coated with functional ceramics. The method is based on selecting the required spectrum...
Medical instruments sterilizers
The main advantage of sterilization using infrared emitters (coated with special pulsed functional ceramics) is that, unlike currently used methods, full eradication of pathogens is achieved...
Film for greenhouses and hothouses
Cascade solar radiation converters based on polyethylene film and functional ceramics have been developed. The composite film significantly increases the transmission of useful solar energy. Polymer film containing 0.1-1% ultrafine powder...
Drying of paint and varnishes
For drying, heating, and polymerization of paints, varnishes, and plastic coatings, the main requirements are high quality in accordance with ISO 9001, efficiency, minimum energy consumption, and...
Drying of vegetables and fruits
Installation for efficient drying of fruits and vegetables using emitters coated with functional ceramics. Fruits and vegetables dried in the specified mode do not require preliminary chemical treatment...