Treatment process for reversible type thermochromic series

Abstract

The invention discloses a treatment process for reversible type thermochromic series, comprising the following steps of: a, mixing methylpolysilicone, a first part of oxhydryl polysiloxane, azyl polysiloxane with thermochromic series, adding a small quantity of silazane and glycerol, evenly stirring, stirring in a dispersing way by a cone-shaped disperser for 2-3 hours, and stewing for later use;b. mixing a second part of oxhydryl polysiloxane with acrylic acid, stirring by means of sealing and dispersing for 1 hour, and sewing, so that treating agent can be prepared; and c. mixing the thermochromic series treated by the step a with the processing agent prepared by the step b, stirring in a dispersing way by the disperser for 3 hours, heating to be 120 DEG C to 150 DEG C, heating to 150 DEG C, keeping the temperature of 150 DEG C for more than 3 hours, cooling, continuously stirring in a dispersing way till to be cooled into the room temperature, vacuumizing for 0.5 hour, and extracting. The thermochromic series treated according to the treatment technology is evenly dispersed in a silicon material, and the thermal endurance of the thermochromic series and the use times and the use reliability under normal temperature can be effectively improved.

Description

technical field [0001] The invention relates to a process for treating reversible temperature-changing powder, in particular to a process for treating reversible temperature-changing powder used in silicone rubber. Background technique [0002] Temperature-changing powder is a microencapsulated reversible temperature-sensing material, which can produce 200-500 reversible changes at 50-70°C. In the prior art, due to the large difference in characteristics between it and silicone materials, The powder is unevenly dispersed in the silicon material and is prone to particles. [0003] In addition, because it is used in kitchen utensils and other occasions, its products may have to withstand repeated use at high temperatures of 150-200°C, which destroys the stability of temperature-sensitive materials, resulting in shortened service life or damage by high temperatures (≤250°C). Contents of the invention [0004] In order to overcome the deficiencies of the prior art, the object...

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Problems solved by technology

[0002] Temperature-changing powder is a microencapsulated reversible temperature-sensing material, which can produce 200-500 reversible changes at 50-70°C. The powder is unevenly dispersed in the silicon material and is prone to particles

[0003] In addition, because it is used in kitchen utensils and other occasions, its products may have to withstand repeated use at high temperatures of 150-200°C, which destroys the stability of temperature-sensitive materials, resulting in shortened service life or damage by high temperatures (≤250°C)

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