Heat transmitting fluid and its respectuve obtaining process
OwnerBaldur Offermanninventor
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Abstract
A non-toxic heat transmitting fluid, applicable to thermal oil systems in the food, pharmaceutical, cosmetic and chemical industry, which need heating without the use of flame or electrical resistance, to which original innovating functional disposition has been given. The heat transmitting fluid is different from other types of heat transmitting fluids usually found in the market, since it is composed of antioxidant based on derived phenyl and fluid based on polyintemalolefines PIO or polyalfaolefines PAO. The heat transmitting fluid is applied in application temperatures between −40 and 395° C., being that its specific application is of heat transmitting fluid totally synthetic, for thermal oil systems in the food, pharmaceutical, cosmetic and chemical industry.
Claims2
HEAT TRANSMITTING FLUID AND ITS RESPECTIVE OBTAINING PROCESS wherein the heat transmitting fluid composition, Express in percentage (%), in weight, in relation to the product total weight, as follows:
- antioxidant, preferentially derived phenyl or equivalent, being added in the fluid between 0.1 and 0.5%, in mass—basic fluid, polyinternalolefines PIO or polyalfaolefines PAO being added in the fluid between 99.5 and 99.9%, in mass.
HEAT TRANSMITTING FLUID AND ITS RESPECTIVE OBTAINING PROCESS wherein the procedure for the obtaining of heat transmitting fluid comprises:
- 1) weighing of reagents used in the heat transmitting fluid preparation, using a suitable gauged scale;
- 2) homogenizing the heat transmitting fluid with the help of mechanical shakers suitable for low viscosity, preferentially with medium speed and constructively suitable to operate with synthetic hydrocarbon, enough capacity to contain all reagents to be used for the manufacturing of fluid and provided with heating system for work between room temperature and up to 70° C., during the homogenization;
- 3) adding an antioxidant to the mechanical shaker, under continuous shaking;
- 4) mixing and homogenizing the heat transmitting fluid after the addition of the antioxidant, being the mixing time defined according to the practice, until an homogeneous mixture is obtained, being that after the mixture, the heat transmitting fluid is placed in metal containers.
Dependencies are inferred from the claim text.