HDPE Lined Ball Valve

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MOQ : 01 Unit

HDPE Lined Ball Valve Specification

Pressure
PN10 / PN16 / 150#

Connection
Flanged End

Caliber
Full Bore

Structure
Floating Ball, Two Piece or Three Piece

Channels
Two Way

Material
HDPE (High Density Polyethylene) Lined Cast Iron Body

Power
Manual

Media
Water, Acid, Alkali, Corrosive Chemicals

Port Size
15 mm to 300 mm

Flange
ANSI B16.5 / DIN / IS Standard

Finish
Smooth Powder Coated

Application
Chemical Industry, Water Treatment, Pharmaceuticals, Fertilizer Plants

HDPE Lined Ball Valve Trade Information

Minimum Order Quantity
01 Unit

Supply Ability
Unit

Delivery Time
2-3 Days

Sample Policy
Within a certain price range free samples are available

Packaging Details
Packing as per Customer requirement

Main Export Market(s)
Middle East, Asia, Africa, Western Europe, North America, Australia, South America, Central America, Eastern Europe

Main Domestic Market
Maharashtra

Certifications
ISO:9001:2008

About HDPE Lined Ball Valve

HDPE Lined Ball Valve

Dimensional Data

Size	DN 25	DN 40	DN 50	DN 80	DN 100
F mm	48	69	88	118	151
L max mm	127	165	178	203	229

Lining Material : PTFE / PP (Poly Propyline) / HDPE

Test

Hydro Test At 10 Kg/cm²
Spark Test At 10 Kv
Air Leak Test 3 Kg/cm²

Superior Corrosion Resistance

The HDPE lining within these ball valves provides excellent protection against corrosion from aggressive chemicals, water, acids, and alkalis. This makes them particularly suitable for environments where chemical resistance is essential, ensuring long-term operational durability and reduced maintenance costs for critical industrial applications.

Versatile Application Range

Engineered for use across diverse sectors, the HDPE Lined Ball Valve can be found in the chemical industry, water treatment plants, pharmaceutical manufacturing, and fertilizer production. Its robust design and adaptability to various corrosive media ensure reliable performance in both routine and demanding service conditions.

Compliant and Customizable Design

Manufactured with full bore, flanged connections that comply with ANSI B16.5, DIN, and IS standards, these ball valves can be tailored in port sizes from 15 mm to 300 mm and withstand pressures up to 150#. The two-way channel and floating ball design promote straightforward installation and dependable sealing efficiency.

FAQs of HDPE Lined Ball Valve:

Q: How does the HDPE lined ball valve maintain resistance to corrosive chemicals?

A: The HDPE (High Density Polyethylene) lining offers a chemically inert barrier that shields the cast iron body from corrosive media such as acids, alkalis, and aggressive chemicals, greatly enhancing the valves lifespan in harsh environments.

Q: What are the primary usage areas for this ball valve?

A: This valve is suitable for use in the chemical industry, water treatment facilities, pharmaceutical processes, and in fertilizer plants, where resistance to corrosion and reliable flow control of various media are critical requirements.

Q: When should I choose a full bore, floating ball structure?

A: A full bore, floating ball structure is ideal when minimal flow restriction and a lower pressure drop are needed, especially in processes where maintaining the integrity of the transported fluid or efficient flushing is important.

Q: Where can the HDPE Lined Ball Valve be installed?

A: It can be installed in any pipeline system requiring corrosion resistance for water, acids, alkalis, or chemicals, with flanged end connections suitable for systems built to ANSI, DIN, or IS specifications.

Q: What is the process for installing this valve in an industrial setup?

A: Installation involves aligning the flanged ends with the corresponding pipeline, ensuring gasket placement for sealing, and tightening bolts to secure the valve. Manual operation allows for easy commissioning without special power requirements.

Q: What are the practical benefits of using an HDPE lined ball valve over standard metal valves?

A: Compared to unlined metal valves, HDPE lined ball valves offer superior corrosion resistance, reduced contamination risk, longer service life, and lower maintenance, making them cost-effective for demanding chemical applications.

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