PVC UPVC CPVC pipes and water fittings
UPVC or unplasticized PVC is also known as rigid PVC and is the most common plastic pipe for transporting drinking water. As the name suggests, no plasticizer is added to the PVC joint and these pipes are lightweight and easy to handle. UPVC pipes are ideal for cold water pipes in residential and commercial projects. In some cases, a 15 kg UPVC pressure pipe is also used for cold water pipes. Sprinkler Irrigation system
CPVC or chlorinated polyvinyl chloride
CPVC or chlorinated polyvinyl chloride pipes are rigid and tough plastic pipes with chemical resistance over a wide temperature range. The thermal resistance of CPVC pipes is relatively high. And therefore they can handle temperatures up to 93 degrees. C to be suitable for hot water distribution.
CPVC pipes are an ideal choice for the distribution of hot and cold water in residential and commercial buildings and are used to transport drinking water and nutrient fluids. They also used in water purification systems. UPVC and CPVC pipes are widely used in water distribution systems. The main difference is the temperature capability, which makes CPVC ideal for hot and cold water.
WHAT IS THE DESIGN TEMPERATURE?
Many homeowners wonder why their HVAC cannot provide adequate cooling or why it cannot reach the set temperature even after continuous operation. Several factors determine how quickly a unit can cool or heat a house. Some factors include the size of the house, the temperature of the house when the HVAC is turned on, and whether the house has sufficient insulation to trap indoor air. Answers can be provided by an HVAC specialist upon review. If an HVAC system is designed, it is designed to operate in accordance with the normal conditions of the place where the system will install. This is known as the “design temperature”. Therefore, one of the main reasons why HVAC may not reach the required temperature may be adverse weather in the local area where it is designed for production. This can make HVAC more difficult on days that are warmer or colder than usual.
HOW TO COMPLY WITH THE DESIGN TEMPERATURE
The HVAC system is therefore designed to operate at maximum power when operating within the “design temperature”. The design temperature is based on the maximum temperatures of the exposed equipment and includes the range of high and low temperatures maintained in the geographical area for 99% of the year, which is considered to be an average of 30 years. An example of how If the area in which you live has a maximum design temperature of 75 degrees. And an outdoor temperature of approximately 90 days, the air conditioner may have difficulty maintaining the required cooling. The design temperature of 1% means that the site will exceed this temperature only 1% of the time of year, calculated on average 30 years. In such cases, there is no error in the unit; and the homeowner must find alternative ways to control his indoor climate.
The homeowner should consider the design room temperature before measuring the HVAC system to ensure maximum comfort. This will help the unit provide the required heating and cooling no matter how hot or cold it is outside. Many vendors have received relief complaints from their customers. Temperatures can exceed several hours in a few years, but it is advisable to consider the design temperature, as it is based on an average of 30 years and is more reliable.
OTHER FACTORS AFFECTING TEMPERATURE CONTROL
Assume that the design temperature is not the cause of the heating and cooling performance. Other factors may include low coolant levels, a clogged or dirty air filter, the unit is not the correct size, or there is a leak in the piping. If system problems prolong the heating or cooling of the house, contact an HVAC specialist. They will investigate and analyze the exact reason behind this and advise on how to solve the problem.
The difference between PVC and CPVC
The main difference of PVC CPVC is its resistance to temperatures. While CPVC withstands temperatures up to 93 ° C, making it suitable for hot and cold water, PVC can only withstand up to 60 ° C, and is therefore only suitable for cold water applications.
PVC LOI (Limited Oxygen Index) is 45. It is therefore self-extinguishing. Only glowing coals.
CPVC has a better LOI than PVC (that is, 60), so it is also self-extinguishing. This gives CPVC excellent fire protection properties and is ideal for use in fire extinguishers.
PVC piping systems are very easy to install using PVC solvent cement. They require no special tools and almost no skills. Most plumbers are already aware.
CPVC plumbing system is as easy to install as PVC. It requires only CPVC solvent cement and also does not need any special tools & hardly any skills.
PVC joints are very good, strong & homogeneous. Joined with the help of PVC Solvent cement and the process called the Cold welding process. CPVC joints are also fine, firm, and homogeneous. It is welded using CPVC solvent cement and a process called cold welding has a history of more than 50 years. Compared to PVC, CPVC design base on the pattern that pipes are relatively more flexible, making assembly easier and less useless than PVC.
About half of all PVC produced worldwide is used in the production of pipes. PVC is as good as made in pipes because it is light, strong and does not react with water. In addition, the pipe joints are made of non-slip PVC, which means that there is no leakage and PVC does not separate as metal.
PVC can be used to insulate electrical cables. This is because it is non-conductive, durable and energy efficient. PVC
Non-plastic polyvinyl chloride is often used to make plastic door and window frames. In this form, it is extremely strong, robust and durable. In addition to doors and windows, facades, tiles and waterproof panels are also made of PVC.
Due to its low weight, strength and ability to manufacture and easy to handle, PVC is often used to produce commercial boards.
Clothes and furniture
PVC clothing became popular in the 1970s, when it became a popular member of the punk movement. PVC can now be made from artificial leather, which is waterproof and difficult to wear. In addition, it can be used to make garden furniture more durable and weather-resistant.
Borewell and Column pipes
The Borewell and Column pipes connect to a submersible groundwater pump. Usually, the wells are 100 to 1500 feet deep. In order to effectively manage the sudden rotational torque generated when the submersible pump is on or off, the piping must be strong and robust. While traditional, galvanized iron or G.I. Piping is used in wells, the advent of technology introduces uPVC pipes into the construction of wells and pipe wells. UPVC pipes, which are corrosion-resistant, durable, and economical, have successfully replaced GI. introduction. Which is one of the leading manufacturers of PVC pipes in India, presents its range of the highest quality plastic pipes and PVC jacketed pipes. The range includes shallow sleeve (CS), middle sleeve (CM), deep sleeve (CD), mesh ribbed pipes, Standard column pipes, medium column pipes, and heavy column pipes.
The advantages of using the Borewell range of uPVC pipes are:
Free of lead and other heavy metals.
These pipes are stronger, stronger and more durable.
These pipes do not resist corrosion and therefore have a long service life. Because these pipes are lightweight, they are cheaper and easier to carry and install.
The internal friction of the PVC pipe is smoother and ensures short friction and better water flow.
These pipes are leak resistant.
The bacteria-resistant properties of these tubes ensure hygienic water.
Thicker trapezoidal wires for pipe sizes larger than 4 ″ provide better connections and help carry greater vertical loads. Bell joints help reduce the number of joints against sockets used in conventional MS / GI pipes.
It is cheaper to invest capital and operating and maintenance costs.
Column tubes are made with a capacity of up to much greater than the weight of the entire column filled with water and the weight of the pump.
Difference between traditional pipes
Have you ever thought about the difference between traditional pipes and PVC pipes? Or do you want to learn more about the benefits of using plastic pipes? If so, you are in the right place. Here you will discuss the basic differences between PVC pipes and traditional pipes and which PVC is the best choice of material for pipe applications.
Growing demand for reliable piping systems
As cities expand and their population grows, so does the need for a reliable supply of quality water. That’s why water pipelines are expanding at an exponential rate around the world. Initial capital investments in construction and new water supply networks, whether residential, irrigation or industrial, are expensive and deserve careful planning, implementation and supervision of the project. Piping costs and fittings are an important part of any piping project budget. Unreliable pipelines also increase the need for re-maintenance, which increases the total cost of ownership of the project.
In addition, old and leaky pipelines can also lead to a dangerous water supply. In addition, they are maintenance-intensive and have always remained a disadvantage for modern, renovated buildings. The solution is to replace the old plumbing infrastructure with better, more reliable and more cost-effective alternatives, such as PVC plumbing pipes and PVC sanitary fittings. The choice of modern PVC plumbing products and solutions has endless advantages.
What are PVC plastic pipes?
PVC or polyvinyl chloride a synthetic plastic obtain from petroleum. It is a food safe plastic that can use in a variety of applications, including municipal, residential, commercial water. And sewer systems. Agricultural and industrial pipes also have a lot of use of PVC pipes. PVC pipe parts and accessories. As a material, PVC is strong but light; depending on the polymerization, PVC can be extremely rigid (eg uPVC) or flexible (eg cPVC). Thanks to such a wide range of material properties, PVC is versatile compared to traditional metal alternatives.
Advantages of using PVC plastic pipes
Here are three main advantages of PVC as a pipe material. Environmentally friendly – PVC plastic pipes are non-toxic, recyclable. And require less energy to produce compared to metals. High strength requires minimal replacement of pipes and fittings. Therefore, PVC piping systems more durable.
No rust, no corrosion:
Unlike metal pipes. PVC pipes do not corrode or absorb rust. Even when exposed to aggressive chemicals and minerals in the water. This means that owners do not always have to clean. And maintain PVC piping systems for a continuous supply of water. In addition. PVC is a suitable material for piping systems that. In addition to normal human observation. Those needed to lay pipes underground. Value for money – pipe, and PVC fittings easy to carry, handle and install. As a result, the cost of owning any PVC pipe system of the highest quality is cheaper than traditional pipe alternatives.
Disadvantages of using PVC plastic pipes
Despite the many advantages of PVC plastic pipes for pipes, knowledgeable plumbers always point out a few factors that we must be aware of when choosing PVC pipes. Choose the right variant of PVC pipe – PVC thermoplastic with many variants such as uPVC, cPVC, and PVC -P, with specific properties. Each has specific piping applications. For example, rigid uPVC is suitable for the outer jacket, main water supply, and other piping systems that require structural strength, while cPVC is ideal for transporting hot and cold water.
Production quality and surface treatment of the product
The production of PVC pipes and fittings requires the maintenance of high quality standards in terms of materials, technology, and finishing of manufactured products. General PVC pipes and fittings cannot guarantee compliance with strict quality standards. Well-known and branded PVC manufacturers such as offer the best return on your investment. Pre-sales and after-sales services. Customer service is essential at every stage of your project, from planning to completion. You need to choose a PVC pipe manufacturer with reliable customer service records.