A building structure or any other structure is decided by considering multiple factors. Various materials are available in the market that is incorporated in the structure.
Pvc and Upvc are the pipes commonly installed in a building structure. We all hunt for materials according to our preferences.
Key Takeaways
- PVC (Polyvinyl Chloride) is a plastic material used in various applications, while UPVC (Unplasticized Polyvinyl Chloride) is a more rigid and durable variant of PVC.
- UPVC possesses better resistance to chemical and weathering elements than PVC.
- UPVC is preferred for window and door frames, whereas PVC is commonly used for pipes, cable insulation, and vinyl siding.
PVC vs UPVC
The difference between Pvc and Upvc is that Pvc pipe is a plasticized pipe that contains BPA and Phthalates. On the other hand, UPVC is an unplasticized pipe. Pvc is a flexible plastic because of the presence of the two plasticizers, whereas Upvc is a rigid plastic. They also differ in application in various industries.
Pvc stands for Polyvinyl Chloride that is a blend of plastic and vinyl material. It is an artificial polymer that is widely employed in various industries.
It is used as a substitute for aluminum and copper pipes. Pvc pipes have multiple usages, such as in the construction of doors, windows, furniture, etc.
Upvc implies Unplasticized vinyl chloride. It is used for window framing. It is a pipe recommended for its durability. UPVC pipes are not harmful to health because of the unavailability of plasticizers.
It is non-biodegradable and does not disintegrate in nature. It is used widely because of its incredible resistance to chemicals.
Comparison Table
| Parameters of Comparison | PVC | UPVC |
|---|---|---|
| Full-Form | Polyvinyl Chloride | Unplasticized vinyl chloride |
| Durability | Less durable | More durable |
| Flexibility | More flexible | Less flexible |
| Safety and Risks | Can be harmful | Safer to use |
| Decomposition | It is not recyclable. | It is recyclable. |
What is PVC?
Pvc pipes are plastic pipes that are composed of thermoplastic. It was invented in the year 1925. Pvc is widely used in many industries for different purposes. Around 40 million PVC pipes are manufactured every year for multiple uses.
Pvc pipes are marketed under two categories. One is rigid pipes, and the other is flexible pipes. The Rigid form of the PVC pipes is used in the manufacturing of the pipes. Rigid pipes are also used in applications such as in the construction of doors and windows.
Pvc pipes have numerous applications. It is utilized to push a machine called an extruder into a hollow pipe. It is considered one of the solid pipes prevalent in the market. Due to their durability, it has a mass usage in irrigation pipes. The PVC pipes are an affordable means to piping systems.
Pvc pipes can resist extreme gesticulation and bend. Due to its resistance to movements, it is suitable in earthquake-prone areas. Pvc pipes can bear severe shaking of the earth without getting busted.
Pvc pipes shatter on the transportation of high-pressure gases. Pvc pipes have many physical and chemical properties. It is the preferred choice for installation in sewages due to its resistance to acids, salts, and other chemical reactions.
The mechanical properties of the PVC pipes amplify with the increase in molecular weight and decrease with increasing molecular temperature. It has an inferior electric insulating capacity due to its high polar nature.
What is UPVC?
Upvc is a category of plastic pipes that are composed of polyvinyl chloride but do not contain any plasticizers. Due to the unavailability of plasticizers, Upvc pipes are very rigid by structure.
UPVC pipes’ rigidity is comparable with an iron pipe. It is very complex to work with uPVC Pipes because of their rigidity. It is less bendable and is cut down with a power tool for further application.
UPVC pipes are an alternative to wood at construction sites. It is an ultimate choice for the production of plastic pipes because of its incredible resistance to chemical erosions. UPVC pipes are adopted for designing window frames because of their ability to handle a wide range of temperatures.
UPVC pipes are an advantageous product in industrial applications. UPVC pipes have a high resistance to chemical corrosion. It is used in technical applications because of its rigidity.
UPVC pipes can withstand the high pressure of water and steam. It has high tensile strength. It is a plasticizer-free pipe and can be installed in water supply systems without the plasticizers leaching into the water. It is not detrimental to the environment because it does catalyze any harmful organic compound.
UPVC pipes walls do not corrode even after a long period. It has a low coefficient of friction which prevents internal corrosion.
UPVC pipes have many applications. It is inducted as an internal as well as an external pipe in the houses. It is installed in the attics of the house for heat insulation.
It can also be used as an underground pipe as a jointing product. UPVC pipes suffer the drawback of being a little expensive and having limitations to length.
Main Differences Between PVC and UPVC
- Pvc Pipes contain plasticizers that are colorless and odorless, whereas uPVC pipes do not contain plasticizers.
- Pvc pipes are contrived to be softer and are less durable, whereas uPVC Pipes are more durable.
- Pvc pipes are soft and flexible, whereas uPVC pipes are rigid and well built.
- Pvc pipes can lead to health hazards because of the plasticizers, whereas uPVC Pipes are environment friendly.
- Pvc pipes are less resistant to chemicals, whereas uPVC pipes are an incredible resistor to chemical erosions.
References
- https://www.tandfonline.com/doi/abs/10.1080/23311916.2020.1868695
- https://link.springer.com/article/10.1007/s10965-021-02858-7
Last Updated : 22 July, 2023
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Piyush Yadav has spent the past 25 years working as a physicist in the local community. He is a physicist passionate about making science more accessible to our readers. He holds a BSc in Natural Sciences and Post Graduate Diploma in Environmental Science. You can read more about him on his bio page.
