Gokul PP Ball valve Flange End 10"

About Gokul PP Ball valve Flange End 10"

Technical Specification

Material Of Construction	PP (Polypropylene) / HDPE(Highdensitypolyethylene) / PVDF(Polyvinylidene fluoride)	Construction	3 piece design, 1 piece stem (spindle), full bore, Teflon 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 (TEFLON)
6)	Body"O"Ring	2	Neoprene
7)	Stem Seal Ring	1	PTFE (TEFLON)
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 Design for Demanding Environments

Constructed from high-grade polypropylene, the Gokul PP Ball Valve Flange End 10" is engineered to deliver long-term durability even in challenging industrial and water flow scenarios. Its sturdy white design, paired with a 150 class flange, resists corrosion and chemical exposure, ensuring consistent performance in both domestic and international applications.


Effortless Installation and Reliable Connection

The valve incorporates a standard flanged end, making it compatible with common piping systems and guaranteeing a secure, leak-free installation. This simplifies maintenance and replacement tasks, reducing downtime and operational costs in varied industrial and water supply settings.


Optimized for Medium Pressure and High Temperature

Engineered to operate smoothly at medium pressures and withstand fluid temperatures up to 80C, the Gokul PP Ball Valve is suitable for diverse water and industrial fluid applications. Its wide port size range supports efficient flow control, making it ideal for projects requiring substantial throughput and resilience.