About Internal Finished Pipes for Metering
We are offering our clients a wide range of excellent quality Internal Finished Pipes for Metering. Our pipes are an important element of metering slip. The offered pipes are used to used to supply the fluids. These are manufactured with high precision using superior quality materials and advanced technology. Also, these provide protection against precipitation and debris entering through the top of a chimney or smoke stack. Further, these Internal Finished Pipes for Metering can be availed by our prestigious clients in varied shapes and sizes as per their requirement at pocket friendly prices.
Features of Internal Finished Pipes for Metering:
- Rust proof
- Excellent finish
- Robust construction
Our company offers pipes in MOC as below:
- API5L GrB/A106 GrB
- A333 Gr6
- API5L X42 -70
- SS 316/L
- SS 304/L
Manufacturing Range : 1/2 to 60
Exceptional Durability and Corrosion ProtectionOur pipes feature a galvanized zinc coating that significantly enhances resistance to corrosion, even in harsh industrial environments. The use of premium mild steel ensures long-lasting performance, while the maximum hardness of 180 HB and high impact strength make them reliable for high-pressure and temperature applications.
Precision Engineering for Metering SystemsManufactured to stringent ASTM A106/ASME SA106 standards, these pipes deliver exceptional dimensional accuracy with a tolerance of 0.05 mm. Their internal surface roughness of 1.6 m (Ra) helps maintain consistent flow and accurate measurements in metering applications, essential for industries where precision is paramount.
Versatile Application Range and Easy InstallationSuitable for water, gas, and oil metering lines, the pipes accommodate pressures up to 160 bar and temperatures between -20C to +350C. Available with plain or beveled ends for butt-weld connections, installation is straightforward, enabling seamless integration into a variety of industrial setups.
FAQs of Internal Finished Pipes for Metering:
Q: How are the internal finished pipes for metering manufactured?
A: These pipes are produced using seamless or Electric Resistance Welded (ERW) techniques, adhering to ASTM A106/ASME SA106 standards. The manufacturing process ensures tight dimensional tolerance, high internal smoothness, and robust mechanical properties suited for demanding metering applications.
Q: What advantages does the galvanized surface offer?
A: The zinc-coated, galvanized surface provides superior resistance to corrosion, effectively extending the pipes lifespan and reducing maintenance needs in harsh or corrosive environments often encountered in water, gas, or oil metering lines.
Q: Where can these pipes be used effectively?
A: These pipes are ideal for use in industrial flow measurement, water, gas, and oil metering systems, where accuracy, durability, and corrosion resistance are critical. They serve industries such as utilities, energy, and process control, both domestically and internationally.
Q: What pressure and temperature ranges can these pipes withstand?
A: Designed for resilience, the pipes can handle nominal pressures up to 160 bar and operate within temperatures ranging from -20C to +350C, making them suitable for a broad spectrum of industrial applications.
Q: How are the pipes packaged and supplied?
A: For safe transit and handling, the pipes are bunched in bundles and either plastic wrapped or steel strapped. They are available in lengths up to 12 meters, with outer diameters between 16 mm and 350 mm, ensuring versatility for various installations.
Q: What are the key benefits of the internal surface finish for metering pipes?
A: The ultra-smooth internal surface (1.6 m Ra) reduces flow resistance, helps prevent buildup and contamination, and enhances measurement accuracy in metering systems, contributing to operational efficiency.
Q: When is it advisable to choose pipes with these specifications?
A: These pipes are recommended when precise measurement, high corrosion resistance, and reliable mechanical performance are essentialespecially in projects involving metering or flow measurement for water, oil, or gases under demanding operating conditions.