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The China International Environmental Protection Exhibition (CIEPE) is one of China's largest and most influential trade shows in the field of environmental protection. It serves as a platform for promoting the exchange and cooperation of environmental protection technologies, products, and services.   It's our honor to be a exhibitor in this fair.We can show our products to overseas and get cooperate with outsider company to increase business.   CIEPE plays a significant role in promoting technological innovation, industry development, and international cooperation in the field of environmental protection. Through exhibitions, forums, seminars, and other activities, participants can stay updated on the latest environmental technology trends, policies, regulations, and industry developments.  

Advantages of Fibreglass Reinforced Plastics ELECTRICAL INSULATION Fiberline's GRP profiles provide electrical insulation and minimise the complexity of earthing. This makes our profiles a future-proof choice where the costs of both installation and future inspections can be reduced considerably. LOW WEIGHT Fiberline's GRP profiles are low in weight. This makes them easier to work with and means that great weight savings can be achieved on the finished structure. GREAT STRENGTH Fiberline Building Profiles give you the same great strength as steel, but at only a quarter of the density. It is also possible to make weight savings in comparison with aluminium, as the density is 30 % lower. CORROSION-FREE Our fibreglass profiles are resistant to aggressive chemicals, and liquids. This makes them ideal for wastewater treatment plants, swimming pools, cooling towers and construction, where there is a risk of corrosion.  

CORROSION is a natural process. Just like water flows to the lowest level, all natural processes tend toward the lowest possible energy states. Thus, for example, iron and steel have a natural tendency to combine with other chemical elements to return to their lowest energy states. In order to return to lower energy states, iron and steel frequently combine with oxygen and water, both of which are present in most natural environments, to form hydrated iron oxides (rust), similar in chemical composition to the original iron.   Corrosion can be defined in many ways. Some definitions are very narrow and deal with a specific form of corrosion, while others are quite broad and cover many forms of deterioration. The word corrode is derived from the Latin corrodere, which means “to gnaw to pieces.” The general definition of corrode is to eat into or wear away gradually, as if by gnawing. For purposes here, corrosion can be defined as a chemical or electrochemical reaction between a material, usually a metal, and its environ.   The environment consists of the entire surrounding in contact with the material. The primary factors to describe the environment are the following: (a) physical state—gas, liquid, or solid; (b) chemical composition— constituents and concentrations; and (c) temperature. Other factors can be important in specific cases. Examples of these factors are the relative velocity of a solution (because of flow or agitation) and mechanical loads on the material, including residual stress within the material. The emphasis in this chapter, as well as in other chapters in this book, is on aqueous corrosion, or corrosion in environments where water is present. The deterioration of materials because of a reaction with hot gases, however, is included in the definition of corrosion given here.   To summarize, corrosion is the deterioration of a metal and is caused by the reaction of the metal with the environment. Reference to marine corrosion of a pier piling means that the steel piling corrodes because of its reaction with the marine environment. The environment is airsaturated seawater. The environment can be further described by specifying the chemical analysis of the seawater and the temperature and velocity of the seawater at the piling surface

Fiberglass is a fascinatingly beautiful, durable, and sustainable material that has been touted as the lumber of the future. Its vibrant aesthetics, versatility and beguiling tactility have bestowed upon the material a sort of casual but hardy connoisseurship that endures. Fiberglass is lightweight, extremely robust, low-maintenance, UV-resistant, nonporous, and chemically inert, which means that it will not react with other substances that it comes into contact with. The strength properties of fiberglass actually surpass that of heavier steel. It also holds its shape and color over its lifetime and has excellent impact and scratch resistance. Little wonder then that it is a favorite material for furniture. Fiberglass has a very comfortable finish and also takes on even more depth as it wears in, showing more complexity as compared to other plastics that merely look hazed and dull over time and scratches. Cleaning fiberglass chairs is as easy as wiping them down. Picket&Rail’s versions of these designs are meticulously and lustrously crafted in fiberglass, stainless and powder coated steel and prime solid wood such as American walnut, American maple and white oak. (L-R in second picture: Maja Rocking Chair in black fiberglass shell, stainless steel and American walnut base inspired by the Molded Plastic Chair, Raja Chaise Lounge inspired by the Eames' La Chaise in white fiberglass shell and American walnut cruciform base, Arnelli Lounge Chair inspired by Eero Aarnio's Cognac Chair and S Chair inspired by the Panton Chair) Finnish designer Eero Aarnio's ingenious 1963 Ball Chair (first picture) is instantly recognizable; in fact its completely original form has never been replicated since. It is molded from fiberglass- any other material would be inferior. Similarly, Danish designer Verner Panton’s 1959 Panton Chair design could only be realized when fiberglass was incorporated into the mix after years of experimentation with and manipulation of the potential of plastic in design. The fluid Pop Art design was the very first form injection-molded plastic chair in a single form. Picket&Rail’s S-Chairs are seamless fiberglass pieces in a mélange of intense colors that are fade and weather-proof. They possess symmetry and work beautifully in all sorts of spaces. Because fiberglass is impermeable to moisture and will not rot, attract insects, peel, warp, or corrode or degrade over time, fiberglass furniture can also be used outdoors. Just think about it: fiberglass is used in boat construction and if the material can weather the harsh environment of the sea, it will be just dandy by your pool or porch. Fiberglass can also withstand extreme temperature changes and exhibit very little expansion and contraction in comparison with other materials, including plastic. George Nelson’s elegant 1955 Coconut Lounge Chair resembles a chunk of coconut; its smooth fiberglass outer shell is a lovely contrast to the inviting upholstered cushion that it cradles on. Fiberglass is once again showcased in American modernist designer Eero Saarinen’s classic 1956 Tulip Chair with its slim and harmonious pedestal base. Saarinen stepped up his game by developing new manufacturing methods involving fiberglass and resin for his 1948 Womb Chair and Ottoman, which set new precedents with their radical builds and production techniques. The Womb Chair has an exceedingly comfortable foam-covered fiberglass structure within an elegant stainless steel supporting frame. (Lioden Chair, Elegante Armchair and Jacob Dining Table inspired by Saarinen's Pedestal Collection in third picture) Along with structural stability, fiberglass also vibrates less so your fiberglass furniture is relatively noiseless. Fiberglass looks incredibly contemporary and fun and is an immensely attractive and practical choice for your furniture. Check out our range of contemporary fibreglass dining chairs at our Furniture!