The best kind
Plumbing is one of the most important parts of any building. Specialized plumbing professionals usually use quality plumbing fittings, so that after a while of use, the building plumbing will not have problems such as leakage or pipe bursts. Sometimes plumbers offer cheap plumbing services to satisfy their customers. Note that plumbers who unreasonably offer low-cost services should not be trusted. Sometimes these people use inexpensive, low-quality pipes and fittings to minimize the cost of their final work. Although it may seem tempting at first, but if you consider the cost The plumbing will be much more likely to be repaired in the future, you will neglect it. Occasionally, incidents caused by improper plumbing will cause damage to the entire building.
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Polyethylene raw materials used in polyethylene pipes and fittings are highly versatile and have different standards that if these standards are met with maximum sensitivity, the output product can have several advantages over polyethylene pipes and fittings. Emphasizes polyethylene pipes and fittings that can provide a positive first impression of the use of polyethylene pipes and fittings in executive projects. Macromolecular chemistry (polymers) were first studied by Professor H.Staudinger in the midst of two world wars. First and second step into the arena And, like other modern ideas, came under sharp criticism, all of which have now been forgotten except by those who supported it and made this science a glorious development today. This has enabled organic chemistry experts to Obtain a wide variety of polymers through synthesis. Ethylene (ethene) with the formula H۲C = CH۲ has the highest volume in the production of many petrochemical compounds. Ethylene is the lightest olefin, a colorless, flammable, almost sweet-smelling gas. Polyethylene is a polymer made from ethylene. There are many types of PE, the differences being mainly due to the branches that change the nature of the material. In the solid state, the presence of branches and defects reduces the level of crystallization. Polyethylene resins with a wide range of physical properties produce a large number of products.
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Building plumbing fittings
Plumbing fittings have different types, each depending on their specific characteristics, used in different situations. With the help of these plumbing fittings, water can direct the gas to the desired direction. The use of plumbing fittings makes it easy to repair repairs when part of the pipe is damaged. What kind of plumbing fittings and components do you need? We will introduce the most important and applicable building plumbing fittings: Brain fittings: Core fittings are commonly used to connect two pieces of plumbing components as well as changing the diameter of pipes. The brain is called a short piece of cast iron in the mold, the outermost two of which are so-called ribs. The kernels are classified into two types of simple coils and coils. Another type of kernel called the brain tube is also used in plumbing fittings. These tubes are usually less than 2 cm long and have thread threads on both ends. This makes it easy to replace these types of pipes. Pipe Cap: Caps are used to block pipes and their bifurcations. The covers are generally divided into two types of quadrilateral and hexagonal. The first type is usually used for low diameter pipes and the second type for larger pipes. Caps can be used for pipes with a threaded end at their end. One of the uses of the covers is in the valves of the visors. Massager nut: One of the most common types of plumbing fittings is massager nut. Masseur’s vertebrae consist of three separate pieces, including the male, pistil and communication interface. Depending on the type of thread they are mounting on, these two parts are connected to the two tubes we intend to connect to, then coupled and interfaced as a connecting bridge, forming a connection between the other components. This allows subdivisions along the main pipe. The tees are the most functional part of the building’s pipe fittings and are manufactured in various types. Each of these three paths has a particular application.
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Polypropylene or PP pipe systems are widely used in industry. Light weight, welding and abrasion resistance make this pipe durable. Polypropylene pipes are also good thermal and electrical insulation. High temperatures of up to 5 ° C in the long run do not affect the polypropylene pipe structures. In addition, raising the temperature to 2 ° C in a short period of time can not affect the structure of polypropylene. Excellent chemical resistance to aqueous, acidic, alkaline, salts and a large number of organic solvents has made these pipes widely used. Polypropylene pipes are heated by fusion welding. These pipes are among the lightest and most resistant to chemicals. The polypropylene tube is divided into two types, the first of which is more common. Its toughness and toughness of its kind make it used in applications such as chemical drainage, heat stabilizers and reduced flammability.
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Polypropylene pipes or so-called PP-R white pipes are made of R-type polypropylene copolymer type 3 and look like ordinary plastics. These pipes can be heated to 20 ° C at equivalent pressure. Hold at twenty-eight and forty-five at a pressure of ten. Applications of polypropylene pipes can include building plumbing, heating and cooling of buildings, food and chemical industries, solar heating systems, compressed air lines, shipbuilding and petroleum industries, industrial wastewater and acidic and alkaline conditions. It should be noted that the white pipe is also known by other names as green pipe, polypropylene, monolayer and PP pipe. Note that the size of all polypropylene polymer tubes is calculated in millimeters. The length of each branch of this pipe is four meters, which is easily cut at the desired point. From the positive features of the polypropylene pipe and fittings, it can be installed quickly, strength against cold sewage or wastewater, very high resistance. Corrosion and decay, good resistance to frost and any physical impact, light and easy transport, smooth surface with minimal amount of sedimentation indicated.
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The Polika tube is actually the same U-PVC tube that was the first manufacturer of this type of polka tube to be known in Iran. This type of tube is retained. The polyka tube has all the properties of U-PVC material and is badly damaged and long lasting. This pipe does not rust and does not rot. For this reason, PVC pipe is widely used in aquatic systems, underground wiring and sewer lines. U-PVC (PVC) is one of the most consumed polymer materials after polyethylene. It has long been regarded as a growth material by U-PVC and with all the talk it has been about, and Despite the various limitations on its use, a future with economic growth is envisioned for this material. Almost 90% U-PVC (PVC) pipe manufactured worldwide by one of three extrusion and injection molding processes The final product is converted. The most extruded PVC pipe is used in the manufacture of polycha pipes (pressure water pipes, water and sewer pipes). The polycha pipes having the highest technical and mechanical properties meet the economic and environmental requirements in the world. They provide today. The newest model of the U-PVC family of pipes (U-PVC) used worldwide for water and wastewater is a PVC-coated, non-leakable, easy-to-install cover.
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It is interesting to know that the specific gravity of all connections and all PP poly pipes is much lighter than the UPVC pipes. Unlike UPVC pipes and fittings, not all polypropylene pipes and fittings are crisp and brittle. Polypropylene pipes do not contain any harmful substances such as lead and tin and are not harmful to the environment. Polypropylene pipes and fittings protect against all acids and inorganic bases, especially at high temperatures up to 5 ° C. Be it. These pipes are also highly resistant to industrial and municipal wastewater. Polypropylene pipes and fittings are highly resistant to long-term stress and tensile stresses, while other pipes and fittings They are much less. Polypropylene pipes and fittings can be swapped or redirected and attached to the pipe and other parts without any problems. Polypropylene pipes are highly resistant to polyethylene and PVC pipes against the pressures on the surface. Polypropylene pipes and fittings also have great ring strength than other pipes in particular. They have PVC pipes.
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PVC pipe (UPVC pipe) is one of the first and most widely used polymer pipes and PVC pipes with different applications were produced and marketed. PVC pipes are hardly damaged and long life Due to their high resistance to environmental conditions, it quickly gained popularity and was used in many projects for sewage, water supply and fluid transmission. Polycarbonate tubes, with the highest technical and mechanical properties, meet the economic and environmental needs of today’s world. The PVC and UPVC pipes are currently the most widely used type of pipe in buildings and construction projects, the most widely used upvc pipes in sewage transport. U-pvc pipes are manufactured which have very high installation speed and performance Various types of silent pipes (silent pipes) are also produced and marketed. Upvc Pipe Uses: – Household Wastewater Transfer – Urban and Industrial Applications – Pressure Water Supply Networks – Power and Power Cables Coverage – Pvc Pipe Types: Upvc pipes are manufactured in porous, twisted, threaded, adhesive and welded models, each depending on their application. Mostly, upvc pipes are used for conveying non-pressurized or low pressurized fluids, and these joints use common connections, but for high-pressure fluids welding joints must be used. U-pvc pipes Today, they are not only used in buildings and are highly trusted in drainage applications and most of the pipes and drainage equipment are upvc pipes.
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Properties and Benefits of U-PVC (Polyka) Pipe
UPVC Tube Resistance to Corrosion: U-PVC (polyka) tubes are insensitive to electrical current and are resistant to electrochemical reactions caused by acids, bases and salts that lead to corrosion in metals. This feature exists on the inner and outer surface of the PVC pipe. As a result, the use of the U-PVC pipe is very cost-effective in applications where the aggressive soil is present. High chemical resistance in the UPVC pipe: PVC is resistant to many non-aromatic alcohols, oils and petroleum products. It is also resistant to most corrosives such as inorganic acids, bases and salts. For routine water supply operations, U-PVC pipes are fully resistant to chemicals in soil and water. Flexibility: Resistance to breakage of U-PVC pipes is one of their important functional benefits. Under load, U-PVC pipes can deform without breaking. U-PVC modulus of elasticity is one of its major advantages for technical applications, especially when soil movement or vibration is likely (earthquake, etc.). The high value of this quantity minimizes the two-dimensional phenomenon in these pipes. Also, as the thickness of the sewage pipes is determined based on the modulus of elasticity of the resin used in the pipe construction, the high U-PVC modulus decreases the pipe thickness and Increasing cross-sectional area flows.
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Long term tensile strength: U-PVC (polyka) tubes are formulated to have high long-term tensile strength. Minimum required tensile strength (MRS) (used in the design of pressure pipes), For U-PVC pipes, it is about twice as much as other plastic pipes, such as polyethylene. For this reason, the thickness of the U-PVC pipes is less than that of other plastic pipes and ultimately less weight, which This is an important advantage. Due to high strength, light weight: High strength of U-PVC reduces the thickness and lightness of these pipes. U-PVC pipes have a significant lightweight advantage that is an important safety aspect. Easy transport, minimizes work injuries and facilitates cheaper installation and shipping.
An important advantage to any sealing pipe is its fitting. High penetration depth U-PVC pipes and Push-fit systems have been able to overcome many of the traditional products through this advantage. They are highly resistant to abrasion and scratching. PVC pipes have been shown to have a much higher durability than metal, cement and earthen pipes to deliver slurry. Impact strength in UPVC pipes: Under normal conditions, U-PVC pipes have relatively high resistance to impact damage. Compared to clay pipes, cement and most other materials are common in pipe making. Although the impact strength of U-PVC pipes is reduced at very low temperatures, the impact strength is still higher than required. U-PVC pipes show very low resistance to fluid flow due to their highly polished inner surfaces (coefficient of friction and low friction). They accumulate (biofilm formation) and gradually block the flow of water, which in turn reduces the flow pressure and also adversely affects the health of the drinking water. Reduce pressure drop, prevent sludge from settling in sewage networks, and reduce the probability in drinking water distribution networks. Pollution. Therefore the maintenance costs of these pipes are low and the initial design of the pipeline is also optimized.