A large-scale breeding feed tank with anti-shed blocking

Abstract

The invention discloses a shed-blocking-preventing large cultivation fodder tank which comprises a fixing frame, a tank body arranged on the fixing frame and a tank cover movably connected with the tank body. The tank body comprises a tank cylinder part, an inverted funnel part located above the tank cylinder part and a funnel part located below the tank cylinder part. An auger material conveying mechanism is arranged at the bottom of the tank body. The tank body and the tank cover are fiberglass products. The tank body and / or the tank cover are / is provided with a heat insulation paint layer. The heat insulation paint layer comprises heat insulation paint and a functional material and is prepared according to the weight ratio of 1:(0.16-0.275) of the heat insulation paint and the functional material. Under the interaction of various raw materials, the heat preservation and heat insulation paint has the beneficial effects of being resistant to water, hydrophobic, resistant to damp and corrosion, capable of being protected against ultraviolet radiation aging, resistant to acid-base and salt mist, capable of achieving heat preservation and heat insulation and preventing disengagement, resistant to fire, fast to dry and harden and capable of being prevented from being fractured and frozen.

Description

Technical field [0001] The invention relates to the technical field of breeding appliances, in particular to a method for making large-scale breeding feed tanks and feed tanks for preventing shed blocking. Background technique [0002] Existing large-scale breeding feed tanks for preventing shed blocking mostly use iron feed tanks. Iron feed tanks are prone to rust and corrosion due to long-term wind and rain. They are not only easy to rust and corrode, but also have very poor heat insulation effect and easy feed deterioration. This is an urgent problem for farmers. problem. In order to solve the problem of poor heat insulation effect of the feed tank and the easy deterioration of the feed, the corrugated board feed tank is used, which only has a minimal heat insulation effect, and the effect is extremely unsatisfactory. Therefore, the thermal insulation coating is applied to the traditional feed tank, the traditional coating, and the traditional coating thermal insulation layer...

AI Technical Summary

Problems solved by technology

[0002] The existing anti-canopy large-scale breeding feed tanks mostly use iron feed tanks. Iron feed tanks are exposed to wind and rain for a long time, which is not only easy to rust and corrode, but also has extremely poor heat insulation effect, and the feed is easy to deteriorate. This is an urgent problem for farmers. question

In order to solve the problem of poor heat insulation effect of the feed tank and easy deterioration of the feed, the use of corrugated plate feed tanks only has a very small heat insulation effect, and the effect is extremely unsatisfactory.

Therefore, the traditional feed tank is painted with heat-insulating paint. The traditional paint and the traditional paint insulation layer are prone to cracking under the temperature difference of the surface temperature of more than 5 degrees, and the hollow glass beads in the coating are easy to break down. Medium free, low compressive strength of the coating, hollow glass microspheres are easily broken by external force; and in the process of use, the waterproof and hydrophobic effect is poor, easy to be damp, easy to corrode, easy to aging by ultraviolet rays, poor acid and alkali resistance, poor salt spray resistance , poor thermal insulation performance, poor thermal insulation effect, easy to fall off, not fireproof, slow hardening speed, easy to crack, not antifreeze

At the same time, it has low light and heat reflectivity, low emissivity, and high thermal conductivity, which cannot meet the goal of energy saving and consumption reduction.

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