Applications

Industrial Applications

Oil and Petroleum

For the oil and petroleum sector, where durability and resistance to corrosive substances are crucial. The company’s polypropylene (PP) and high-density polyethylene (HDPE) valves and fittings are used for fluid control in pipelines and storage tanks. These valves are highly resistant to the harsh chemicals and extreme conditions found in oil and gas extraction, refining and transportation. Ball valves, diaphragm valves and non-return valves are commonly employed to regulate and direct the flow of crude oil, refined products and natural gas. Additionally, Y-type strainers are used to prevent debris and particles from damaging equipment, ensuring smooth and efficient operations in refineries, pump stations and offshore platforms.

construction sector

In the building materials sector, our products play a vital role in controlling the flow of liquids and gases during the production of materials like cement, concrete and plaster. Ball valves, diaphragm valves and pipe fittings are integral to the construction of water treatment plants, slurry handling systems and material mixing processes. These valves are designed for reliable performance in aggressive environments, offering excellent resistance to chemicals and high temperatures. The company’s flow indicators and Y-type strainers ensure that all systems run efficiently, preventing clogs and improving the longevity of machinery. Parth’s durable and high-performance products ensure smooth operations in the construction and material handling sectors.

Water Supply

We supply high-quality products for the water supply industry, including valves, fittings, flow indicators and Y-type strainers. These products are essential for the distribution of potable water and the treatment of wastewater in municipal, industrial and agricultural sectors. Ball valves and diaphragm valves are used to control the flow of water in pipelines, filtration systems, and treatment plants, ensuring efficient water management. Non-return valves help prevent backflow, ensuring the safety and quality of water. Company’s pipe fittings offer reliable solutions for the installation and maintenance of water supply networks, helping maintain pressure, reduce leaks and optimize flow in urban water systems.

Nuclear Power plant

In the nuclear sector, our products are designed to handle the unique challenges of nuclear reactor cooling and gas supply systems. The company’s high-quality HDPE and polypropylene valves and fittings are employed in regulating the flow of gases and fluids within nuclear power plants. These products provide superior resistance to high pressures and temperatures, making them ideal for the harsh environments inside nuclear reactors. Ball valves and diaphragm valves ensure precise control of flow, while non-return valves prevent the backflow of critical fluids. Y-type strainers are used to maintain clean lines by filtering debris and contaminants, safeguarding the operational integrity of nuclear systems.

Gas Supply

We provide essential solutions for the gas supply industry, where the control of gas flow is critical for safety and operational efficiency. The company’s valves and fittings are used in pipelines, storage tanks and distribution systems to regulate the flow of natural gas, liquefied petroleum gas (LPG) and other gases. HDPE ball valves, diaphragm valves, and non-return valves offer high resistance to corrosion, ensuring long-term durability and leak prevention. The company’s flow indicators and pressure relief valves help monitor gas flow and pressure, providing real-time data for safe and effective gas management in both residential and industrial applications.

Construction and Engineering

Our products are integral to construction and engineering projects, where fluid and gas flow control is vital. The company’s valves, fittings and pipe systems are used in plumbing, HVAC and fire suppression systems in buildings, bridges and large infrastructure projects. Ball valves and diaphragm valves regulate the flow of water, chemicals, and gases in construction sites, while Y-type strainers ensure clean water supply and prevent debris, entering pipes. The company’s fittings provide efficient connections and sealing in various applications, ensuring leak-free systems and contributing to the reliability and safety of construction projects.

Pharmaceuticals

In the pharmaceutical sector, we provide products that maintain the integrity of fluid and gas systems used in drug manufacturing, research and packaging. Polypropylene valves and fittings are commonly used in sterile environments, where contamination must be avoided. Diaphragm valves ensure precise, leak-proof flow control of high-purity liquids and gases in pharmaceutical production lines. The company’s non-return valves prevent backflow, while flow indicators help monitor critical processes in drug manufacturing and packaging systems. Parth’s commitment to quality ensures that its products meet stringent industry regulations, ensuring safety, consistency and compliance in pharmaceutical manufacturing processes.

Textile and Cloth

In the textile and cloth industry, our products are employed to control the flow of fluids used in various stages of textile manufacturing, including dyeing, washing and finishing processes. Polypropylene valves and fittings are widely used in textile plants for the safe and efficient handling of chemicals, water and steam. Diaphragm valves ensure accurate control of fluid flow in the dyeing process, while non-return valves prevent the backflow of dyes and chemicals, ensuring clean and consistent product output. The company’s Y-type strainers ensure the filtration of impurities, maintaining the quality of water used in textile processing. Parth’s durable products help streamline operations and reduce maintenance costs in textile manufacturing.

Chemical and Fertilizers

In the chemical and fertilizers sector, we provide highly durable, corrosion-resistant valves and fittings for controlling the flow of chemicals, acids and fertilizers in processing plants. The company’s HDPE and polypropylene valves and fittings are essential for handling aggressive materials in the production of chemicals, fertilizers and agrochemicals. Diaphragm valves and ball valves provide safe and efficient flow control in environments where chemical reactions and high pressures are common. Non-return valves prevent backflow and safeguard systems from damage. The company’s Y-type strainers are used to filter particulates from chemical and fertilizer pipelines, ensuring smooth operation and maintaining the integrity of the production process.

Food Industry

Our products are extensively used in the food industry, where maintaining hygiene and preventing contamination is paramount. The company’s HDPE valves and fittings are used to control the flow of liquids, gases and steam in food and beverage production lines. Diaphragm valves ensure the accurate regulation of fluids in dairy, beverage and other food processing systems. Non-return valves are employed to maintain proper flow direction and prevent contamination in piping systems. Additionally, flow indicators are used to monitor the flow of liquids, ensuring consistency in production. Parth’s products comply with stringent food safety regulations, making them ideal for applications that require cleanliness, reliability and operational efficiency.

Request a Quote

Ready to Work Together? Build a project with us!

Learn More From

Frequently Asked Questions

What is electrofusion and how does it work?

Electrofusion is a method for joining polyethylene (PE) pipes using specialized fittings that have built-in electric heating elements. When an electric current is applied to the fitting, the embedded wire coils heat up and melt the inner surface of the fitting and the outer surface of the pipe. As the plastic cools, it solidifies into a robust, homogenous joint.

What are the advantages of using electrofusion fittings over traditional methods?

Electrofusion fittings offer several key advantages:
• Leak-proof joints due to precise control of the fusion process.
• Easy installation in tight or remote locations, as no open flames or large equipment are required.
• Reliable performance in high-pressure and buried applications.
• Traceability, since many fittings come with barcodes for automated parameter input and record-keeping.

Why should I choose thermoplastic valves instead of traditional metal valves?

Thermoplastic valves offer superior corrosion resistance, especially in applications involving aggressive chemicals, acids, or saltwater. Unlike metal valves, they do not rust or degrade in harsh environments, making them ideal for chemical processing, water treatment, and marine industries.

Are thermoplastic valves as durable and reliable as metal valves?

Yes, in many applications. Thermoplastic valves are lightweight yet strong, and they maintain excellent chemical and impact resistance. While they may not match metal in extreme temperature or high-pressure situations, they often outperform metal valves in terms of cost efficiency and longevity where corrosion or chemical compatibility is a concern.

What are the different fusion technologies and how do they work?

1. Electrofusion (EF)
How It Works: It uses special fittings with embedded electrical heating coils. An electric current heats the coils, melting the fitting and pipe surface to form a joint.
Key Features: Ideal for confined spaces and trench work, common in gas, water, and industrial piping, requires electrofusion control units (ECUs).

2. Butt Fusion (BF)
How It Works: Pipe ends are faced (planned) and heated against a hot plate, then pressed together. On cooling, they form a homogeneous joint.
Key Features: Fewer fittings required, best for large diameter pipes, requires skilled operators and machinery.

3. Socket Fusion (SF)
How It Works: Both the pipe and fitting are heated using a socket heating tool. Then pushed together manually to form a bond.
Key Features: Common for small diameter pipes (up to ~110mm), mostly used in residential plumbing, compressed air, and chemical transport. Simple and low-cost equipment. Quick for small, repeated installations.

Sustainablity

Committed To Keep
People Healthy & Safe

At Parth Poly Fusion, sustainability means creating durable, eco-friendly solutions that minimize waste
and conserve resources. We are committed to protecting the environment while
delivering high-quality valves, pipes, and fittings for a better, greener future.