What Are the Characteristics of SMC Composite Distribution Box?

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In life, we often see distribution boxes, so have you ever wondered what materials the distribution boxes we see every day are made of? The distribution box has the characteristics of small size, easy installation, special technical performance, fixed location, unique configuration function, no site restrictions, common application, stable and reliable operation, high space utilization, small footprint and environmental protection effect. Therefore, its application is very wide, so the choice of its material is very important.

1. The market is now more popular to choose SMC material distribution box

(1) SMC mold is fully insulated and safe to use: SMC composite material distribution box has high-performance insulation resistance and breakdown voltage, which can prevent leakage accidents, maintain good dielectric properties at high frequencies, and does not reflect or block microwaves It is suitable for use in crowded or narrow places to avoid the occurrence of electric shock in the box.

(2) SMC mold has corrosion resistance: SMC material has good corrosion resistance, which can effectively resist the corrosion of water, gasoline, alcohol, electrolytic salt, acetic acid, hydrochloric acid, sodium-potassium compounds, asphalt, various acid-base soils and acid rain.

(3) SMC mold has anti-aging performance: SMC material has good anti-aging performance, and the surface of the product has a protective layer with strong UV resistance. The double protection makes it have higher anti-aging performance and is suitable for all kinds of bad weather conditions, can be used in -50℃~+80℃ environment for a long time.

(4) SMC mold has impact resistance: the three-dimensional network molecular structure and reinforcing fibers work together to make the SMC material have good impact resistance, easy machining, easy drilling and cutting, and accurate positioning, which makes it have a high impact resistance. Tensile strength and impact toughness.

(5) SMC mold is flame-retardant and environmentally friendly: the flame-retardant performance of this SMC material can reach FVO level, the smoke density level is 15, it does not contain halogen, and there is no harmful substance to the human body. Quasi-safety level, all materials meet the best requirements at home and abroad, is an environmentally friendly material, to meet the needs of future development.

(6) SMC mold heat insulation and anti-condensation: it is a poor thermal conductor, with low thermal deformation rate at high temperature, which can reduce the influence of environmental temperature difference on the inside of the box, and compared with metal materials, it can effectively reduce condensation and frost inside the cabinet.

(7) The SMC mold is easy to install and handle: the box body adopts a combination of plate structure and modular installation, which is suitable for handling, easy to install, and can be assembled or disassembled on site.

(8) The SMC mold is beautiful and anti-theft: the surface of the box is designed with diamond-shaped protrusions, which has the function of preventing the sticking of small advertisements. And the shape is unique and beautiful, beautifying the urban environment. Its material is a thermosetting composite material with low recycling value, which can effectively prevent the box from being stolen.

(9) The comprehensive cost of SMC mold is low: Although the purchase price of SMC product composite material distribution box and distribution cabinet box is higher than that of metal box. However, the characteristics of maintenance-free, maintenance-free, and long service life of the cabinet are incomparable to metal cabinets, so its overall cost is far lower than that of ordinary metal cabinets.

2. SMC material distribution box mold covers most of the applications in electrical industry and communication engineering

(1) Electrical enclosure: including electrical switch box, wire box cover, etc.

(2) Electrical components and motor parts: insulators, insulating operating tools, etc.

(3) Electronic engineering applications: such as meter boxes, distribution boxes, etc.

(4) Communication equipment applications: electrical connectors, wire and cable distribution boxes, etc.