Product Overview
|
Material |
Random Polypropylene and Steel |
|
Size |
full 20mm through 63mm available |
|
Pressure Rating |
2.5MPa or other nominal pressures availale upon request |
|
Working medium |
cold and hot water |
|
Color |
white, green, gray, or customized color |
|
Joint |
Joining pipe and socket joint fittings by socket fusion joint |
|
Packing |
Export package or as customer's request |

PPR male thread elbows feature an angled, elbow-shaped body with male threading on the exterior to connect with female sockets and provide the perfect solution for smoothly accomplishing the many necessary angle transitions in piping layouts.
PPR male elbows are constructed from durable and corrosion resistant brass, stainless steel, or bronze materials. Like PPR male sockets, they have tapered threads in sizes to match associated female socket openings and popular pipe diameters.
PPR male elbows come in a range of standard angle configurations:
90 Degree Elbows
The most common style, these have a 90 degree angle between ends, allowing a 90 degree change of direction in the pipe run. A short radius bend on the interior minimizes pressure loss.
45 Degree Elbows
With a 45 degree angle between ends, these elbows are used for slight directional adjustments or gradual bends in the piping layout.
60 Degree Elbows
Featuring a 60 degree angle, these elbows provide a nice midpoint option between 45 and 90 degree bends for routing flexibility.
22.5 Degree Elbows
For very shallow bends, a 22.5 degree elbow creates only a slight deviation from a straight pipe run when needed.
Reducing Elbows
Reducing elbows have male threads of differing sizes on each end, allowing smooth transitions between different pipe diameters around bends.
There are several important roles PPR male elbows serve:
Allow Route Flexibility
The range of angle options permits piping to be routed around obstacles and through tight spaces by utilizing sequential 22.5, 45, 60, and 90 degree bends.
Enable Direction Changes
A simple 90 or 45 degree elbow provides an efficient way to change routing direction without need for cutting pipe or adding joints.
Maintain Consistent Flow
The consistent interior diameter through the elbow bend maintains smooth, laminar flow without turbulence or pressure drops.
Resist Pressure and Corrosion
Durable materials like brass and stainless steel allow male elbows to operate for years without corrosion or flow contamination.
Simplify Installation
Male elbows quickly thread into female sockets by hand without requiring pipe cutting/gluing or special tools.
Allow Disassembly
Since elbow joints are threaded rather than bonded, they can be unscrewed later for maintenance, modifications, or repairs.
Transition Pipe Sizes
Reducing elbows eliminate the need for separate adapters when smoothly stepping between piping dimensions.
PPR male thread elbow remains one of the most essential and useful fittings for enabling flexible pipe routing and leak-free directional changes in plumbing and industrial piping systems. With options from 22.5 up to 90 degrees, PPR elbows can handle any required bend in a pipe network to bypass obstacles and optimize efficient flow. As piping system designs continue to evolve, installers and engineers can count on the consistent quality and reliability PPR male elbows provide anywhere customized angle transitions are needed.

As an innovative manufacturer of high-performance plumbing products, Zhuji Primy Pipe Co., Ltd. offers a full line of PPR pipes and fittings crafted to deliver strength, ease of use and an attractive appearance.
Working from a complete plumbing system, we map out each stage of the process from initial inquiry to final sale and dispatch. we focus on understanding each client's unique needs and offer customized solutions to ensure satisfaction from all our clients.
Hot Tags: PPR male thread elbow, China PPR male thread elbow manufacturers, suppliers, factory, PPR Plastic Socket Fitting, PPR Plastic Cross Fitting, PPR Female Thread Socket, PPR Clamp, PPR Plastic Cap, PPR Male Thread Elbow with Seat






