Professional Grade Hart 3333-8-E-316 Stainless Socket Weld Pipe Union 316SS 3000

Description

These are Top of the Line Highest of Professional Grade Quality Unions for sale here. The final smallest I.D. of these is 2.107" and the I.D. of the socket is 2.415" The O.D. of the Socket ends is 2.870" .The entire Length of the entire Union when all assembled is 3.330" .These are being sold as singles, but any you purchase after the first one get FREE Shipping on them ,so stock up and save Big Money .There are  plenty of very similar but cheaper made and probably Imports, but these are the Real USA made Deal. Message with any questions. Very Fast Shipping
Here is some extra info on this Brand of Product...To find more info go to www.hartindustries.com
3333 Series
Socket Weld Pipe, Class 3000 Unions
HART Industrial O-Ring Unions are engineered to provide Class 3000 Service and are the most popular union in the industry for general purpose applications. The flat face design provides turbulence-free fit across seats. This design is ideal where piping requirements dictate the necessity of having a flat face seal to make and break the pipe line. All HART Unions are made in the USA!
Standard O-Ring Union Features:
Turbulence Free:
All unions provide a turbulence-free fit across the seats
O-Ring Isolation:
The O-Ring seal is strategically located in the thread piece face reducing O-Ring media contact and added protection against abrasives and erosion.
Precision Machined components:
All unions are precision machined to provide high quality and fail-safe leak proof reliability.
Interchangeable End Connections:
Threaded, socket weld, and butt-weld ends are interchangeable. This feature reduces overall costs by eliminating unnecessary nipples, bushings, couplings and inserts.
Material Versatility:
Unions can be provided in all standard metals or combination of metals. This includes 304 Stainless, 316 Stainless, A 105 Carbon Steel, Brass, Monel 400, Hastalloy, and Titanium.
Excellent vibration resistance:
Seals will not loosen, even under extreme pressure and pressure surges.