Gokul PP Three Piece Flange End Ball Valve

About Gokul PP Three Piece Flange End Ball Valve

Technical Specification

Material Of Construction	PP (Polypropylene) / HDPE(Highdensitypolyethylene) / PVDF(Polyvinylidene fluoride)	Construction	3 piece design, 1 piece stem (spindle), full bore, Tef lon seated
Design	3 piece design	Test pressure	08 kg./cm2
Max working temp	70 c (consistently)	Size Range	" 15MM TO 12ïï-315MM
Connection End	Flanged as per ANSI B 16.5 (150#) &BS 10 (Table D/E/F) & DIN STD.	Standard	As per manufacturers

Material Specification

No.	DESCRIPTION	QTY.	MATERIAL
1)	Flanged end	2	PP / HDPE & PVDF
2)	Body	1	PP / HDPE & PVDF
3)	Ball	1	PP & PVDF
4)	Stem/Spindal	1	Polypropylene With M.S. /S.S
5)	Seat Ring	2	PTFE (TEF LON)
6)	Body"O"Ring	2	Neoprene
7)	Stem Seal Ring	1	PTFE (TEF LON)
8)	Stem "O" Ring	1	Neoprene
9)	Stud, Nut & Washer	REQ	M.S. Zinc Plated/S.S
10)	Nut Cap	REQ	Polypropylene.
11)	Handle	1	M.S. PP Coated.
12)	Handle Hex. Pin	1	M.S./ S.S.
13)	Handle Cap	1	Polypropylene.

Robust Three-Piece Design

The Gokul PP flange end ball valve features a three-piece structure that enhances its mechanical strength and allows for easier maintenance. This design is particularly beneficial in applications where frequent inspection or cleaning is required, ensuring minimal process downtime and long service life in both domestic and industrial water systems.


Versatility and Performance

Engineered for both industrial and water media, this ball valve suits a wide range of flow control tasks. With a broad size selection from 1/2" to 12" and pressure handling at medium levels, it adapts to various pipeline configurations. Its resistance to chemicals and elevated temperatures up to 80C makes it an efficient choice for demanding operations.


Reliable Polypropylene Construction

Manufactured from high-quality polypropylene, the valve is corrosion-resistant, durable, and lightweight. The PP finish ensures compatibility with a variety of liquids and mitigates the risk of rust or deterioration, resulting in reliable, long-lasting performance in harsh environments.