Plastics are available globally, and have become an indispensable new material for technological transformation in the fields of automobiles, aerospace, electronics and electrical, packaging, building materials, agriculture and etc., promoting technological progress and developing high-tech products.
Plastic products are naturally highly insulating, so it is difficult for them to leak static electricity generated by the surface, and static electricity can accumulate, causing various problems. The accumulation of static electricity will lead not only to the destruction of electronic components, the failure of electronic components, but also to various failures such as the ignition of organic matter and the adhesion of powder. Preventing static electricity from accumulating in the working environment, helps to avoid damage caused by static electricity. Conductive and anti-static products are required to discharge electrostatic charges on plastic surfaces to prevent static electricity accumulation.
Shenzhen Yufa Polymer Products Co., Ltd. is a company specializing in the production of anti-static materials and products. The main product catalog is as follows:
Permanent anti-static materials:
> black, colored permanent anti-static EVA foam
> black permanent anti-static IXPE foam
> black permanent anti-static PP corrugated board
> black permanent antistatic PP honeycomb board (or reinforced corrugated board)
Permanent anti-static packaging, turnover, storage products:
> Black/colored permanent anti-static injection boxes, trays, and component boxes
> Black permanent anti-static corrugated crates and pallets
>Black permanent anti-static honeycomb (or reinforced corrugated board) box and pallet
> Black permanent anti-static blister tray
> Black permanent anti-static foam tray
> Black/colored permanent antistatic foam insert
> Black/colored permanent anti-static foam box
Email: info@yufapolymer.com
Appendix – Introduction to the application of plastics in various industries
Automotive industry:
At the beginning of the 21st century, one of the important reform measures of the automobile industry in many countries was to increase the speed of cars and reduce energy consumption, and the main countermeasure was to use more plastic parts to reduce the weight of the car body. So, the use of plastic parts in automobiles was growing rapidly
Aerospace Industry:
At the beginning of the 21st century, the aerospace industry's technological progress was also focused on reducing the total weight of the airframe to speed up flight and reduce energy consumption. For example, the Lockheed Aviation Composite Center in the United States used a new thermoplastic resin to reduce the structural mass of the precursor by 40% and the fastener by 73% for the aircraft manufactured with the reinforcement of the parent body; In space stations, artificial satellites and spacecraft, high-performance new conformance materials and advanced composite materials are used to manufacture honeycomb shells, outer panels and other structural parts.
Electrical and electronic industry
The structure of electronic and electrical products is developing in the direction of short, small, light and thin, and higher requirements are put forward in terms of quantity and quality for high electromagnetic plastic alloys, superconductive plastics, electromagnetic wave shielding materials, optical performance materials, high-performance composite materials, etc. In addition, high-performance wires, cables, communication plastics, optical fibers, plastics for new sensors, various recording and storage materials used in information processing, recording films for CAD, microfilm, etc., are increasingly in demand in the information society, which has greatly promoted the development of plastic materials.
Packaging industry
In addition to higher requirements for packaging materials in terms of performance (high resistance to permeability, high heat resistance, insurance, sterility, etc.), people also require saving raw materials and reducing energy consumption. Plastic packaging materials have many advantages over traditional packaging materials. If the production of products of the same specification, the energy consumption of paper is 3-5 times that of plastic, and the carbon dioxide and nitrogen oxides released during the production process are higher than plastics. At the beginning of the 21st century, plastic packaging materials became the main application field of plastics.
Building materials industry
Plastics are widely used in the building materials industry, from the comparison of energy consumption in material production, such as polyvinyl chloride is 1, steel is 4.5, aluminum is 8.8. Compared with the energy-saving effect of the application, plastic pipes can reduce water transmission energy consumption by 5% compared with metal pipes, and plastic windows can save heating energy consumption by about 30% compared with aluminum windows. Plastic building materials as energy-saving materials, and the demand in many countries will continue to grow.
Agriculture
At the end of the 20th century, functional agricultural mulch film, new plastic greenhouse materials, high-performance preservation materials, plastic micro-spray drip irrigation systems, large-scale functional composite anti-seepage materials, etc. were developed and now water-saving materials have increasing demand, such as the application of micro-sprinkler irrigation systems in horticulture. Water-saving efficiency can reach more than 70%, thereby accelerating the application of plastics in agriculture.
