Energy-saving container lining

Abstract

The invention discloses an energy-saving container lining, and relates to the technical field of container lining. The energy-saving container lining comprises an inner lining base, the cross sectional shape of the lining base is matched with the cross section shape in a container, a material collecting groove is formed in the lining base, and a plurality of through holes extending to the lower end face of the lining base are formed in the groove bottom of the material collecting groove. According to the designed energy-saving container lining, residual liquid in the container can be effectively utilized, and the waste of a liquid material in the container is greatly reduced.

Description

technical field [0001] The invention relates to the technical field of container linings, in particular to an economical container lining. Background technique [0002] At present, liquid materials are often used in the wind power new energy industry, blade and tower manufacturing, large-volume product coating technology, and building exterior wall painting construction; when liquid materials are used in construction, such as often due to insufficient margin in the container, It is inconvenient to take out and has to be wasted. Even if some units manually collect the remaining amount in the container in order to save material costs, the efficiency and feasibility are very low, resulting in a large waste of raw materials, and most of the wasted materials are chemicals. The cost of product disposal is expensive, and the pollution to the environment is serious, which is a loss to the company's cost and a pollution to the environment. [0003] In the wind power blade industry a...

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Problems solved by technology

[0002] At present, liquid materials are often used in the wind power new energy industry, blade and tower manufacturing, large-volume product coating technology, and building exterior wall painting construction; when liquid materials are used in construction, such as often due to insufficient margin in the container, It is inconvenient to take out and has to be wasted. Even if some units manually collect the remaining amount in the container in order to save material costs, the efficiency and feasibility are very low, resulting in a large waste of raw materials, and most of the wasted materials are chemicals. The cost of product disposal is expensive, and the environmental pollution is serious, which is a loss to the company's cost and a pollution to the environment.

[0003] In the wind power blade industry and large-volume product paint roller coating process, the waste of material containers is very large, the balance in the bucket cannot be effectively used, the cost of materials is relatively high, and the cost of chemical treatment is expensive

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