1000psi SS316 Ball Valve Stainless Steel 1/2" Male/Female Thread Nylon Handle Ball Valve

• Customization: Available
• Media: Gas
• Material: Stainless Steel
• Model NO.: BR
• Connection Form: NPT
• Driving Mode: Manual
• Nominal Pressure: ANSI CLASS 150-900
• Structure: Fixed Ball Valve
• Type: 2 Way Straight
• Function: Control
• Temperature: Normal Temperature
• Application: for Gas
• Design: 2way Straight/ 3way
• Max Working Pressure: 6000psig(414bar)
• Operating Temperature: -28°c -232°c
• Specification: 1/4" - 1"
• Trademark: Nai Lok
• Origin: China
• Production Capacity: 1000000pieces/Years

Product Description

Product Description
Features

·Maximum working pressure:1000psig(68.9bar)
·Working Temperature:-20Fto 450F(-28C to 232°C)
·Compact and economical design
·Bi-directional flow
·Low operating torque
·Any reasonable connections available
·Options for handle color
·Leak-tight performance testing for every valve atthe maximum working pressure with nitrogen

Product Name	BR Series ball valve
Maximun Inlet Pressure	1000psig(70bar)
Seat	PTFE
Size	1/4"-1"
Operating Temperature	-20ºF to 450ºF/-28ºC to 232ºC
Body Material	Stainless Steel 316

NAI-LOK is the leader in flow control technology fields of manufacturers.

NAI-LOK`s target is challenge and beyond the technical limits, continuing pursuit becoming the industry leader. Since the
establishment, we have settled the developing direction of research and develop precise valve, regulator, fluid connectors and high-tech flow control system products.

NAI-LOK`s products are widely accepted and approved by the users on its safety and stability. The application filed covering semi-conductor industry, aero-space industry, solar power battery, petroleum and petrochemical industry, power energy,bio-pharmaceuticals industry and vacuum system, etc. NAI-LOK will keep moving and making unceasing progress in the high-tech flow control field and serve the customers sincerely.

NAI-LOK`s reliable products are made continuous progress by the aim of "super, extreme, micro, preciseness" in the flow control system.