Press Clamping Fitting Iran

press clamping fitting

A wall plate male threaded press elbow is a 90 degree combined fitting designed for directional change and fixed water outlet installation in piping systems. The body is manufactured from low lead forged brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Press connections are typically designed for 16 to 32 millimeter pipes, while the male threaded outlet ranges from 1 2 to 1 inch. Operating temperature varies from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. The wall plate enables precise fixation using standard anchor screws.

The component structure includes a 90 degree angled body, a press socket with stainless steel sleeve, and a precision machined male thread with tolerance below ±0.05 millimeter. Body wall thickness ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing of the press joint is achieved through EPDM O rings and controlled pipe deformation. Pressure drop at the 90 degree turn remains below 0.2 bar at nominal flow rate. Nickel plating thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, pull out resistance testing, and precise inspection of threads and mounting pl

press clamping fitting

A male threaded press adapter is a transition fitting used to connect press pipes to female threaded components in cold and hot water systems. The body is manufactured from low lead forged brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Press connection sizes are typically designed for 16 to 32 millimeter pipes, while the male threaded outlet ranges from 1 2 to 2 inches. Operating temperature varies from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. External threads comply with BSPT or NPT standards.

The component structure includes a press socket with stainless steel sleeve, EPDM O ring, and a precision machined threaded section with tolerance below ±0.05 millimeter. Body wall thickness ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing of the press joint is achieved through controlled pipe deformation and O ring compression. Pressure drop in the straight path remains below 0.15 bar at nominal flow rate. Nickel plating thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, pull out resistance testing, and precise thread inspection.

press clamping fitting

A 90 degree male threaded wall plate press tee is a combined fitting designed for branching and fixed installation in cold and hot water systems. The body is manufactured from low lead forged brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Press connections are typically designed for 16 to 32 millimeter pipes, while the male threaded branch ranges from 1 2 to 1 inch. Operating temperature varies from 0 to 95 degrees Celsius. The mounting plate ensures accurate fixation on walls or metal structures.

The component structure includes a 90 degree angled body, press sockets with stainless steel sleeves, and a precision machined male thread with tolerance below ±0.05 millimeter. Body wall thickness ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing of the press joint is achieved through EPDM O rings and controlled pipe deformation. Pressure drop in the main path remains below 0.2 bar at nominal flow rate. Nickel plating thickness from 8 to 20 microns improves corrosion resistance. Quality control includes hydrostatic testing, pull out resistance testing, and precise inspection of threads and angle geometry.

press clamping fitting

A compression elbow fitting is a 90 degree angled connector used to change flow direction in cold and hot water piping systems. The body is typically manufactured from forged CW617N brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Connection sizes are generally designed for 16 to 32 millimeter pipes. Operating temperature ranges from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. Sealing is achieved using a brass compression ring and high temperature resistant EPDM O ring.

The structure includes an angled body, threaded compression nuts, and a cutting ring for mechanical pipe locking. Body wall thickness typically ranges from 3 to 6 millimeters to withstand internal pressure stress. Thread machining tolerance is below ±0.05 millimeter, and internal surface roughness is designed under 3.2 microns. Pressure drop at the 90 degree turn remains below 0.15 bar at nominal flow rate. Nickel surface plating with thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, leakage testing, and precise dimensional inspection.

press clamping fitting

A compression tee fitting is a mechanical branch connector used to divide flow in cold and hot water piping systems. The body is typically manufactured from forged CW617N brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Connection sizes are generally designed for 16 to 32 millimeter pipes. Operating temperature ranges from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. Sealing is achieved using a brass compression ring and high temperature resistant EPDM O ring.

The structure consists of a central body, threaded compression nuts, and a cutting ring for mechanical pipe locking. Body wall thickness typically ranges from 3 to 6 millimeters to withstand internal pressure stress. Thread machining tolerance is below ±0.05 millimeter, and internal surface roughness is designed under 3.2 microns. Pressure drop in the branch path remains below 0.15 bar at nominal flow rate. Nickel surface plating with thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, leakage testing, and precise dimensional inspection.

press clamping fitting

A 90 degree male threaded compression tee is an angled branch fitting used for water distribution piping systems. The body is manufactured from forged CW617N brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Compression connections are typically designed for 16 to 32 millimeter pipes, while the male threaded branch ranges from 1 2 to 1 inch. Operating temperature varies from 0 to 95 degrees Celsius. The mounting plate allows secure installation using anchor screws.

The component structure includes a 90 degree angled body, compression nuts, cutting rings, and a precision machined male thread with tolerance below ±0.05 millimeter. Body wall thickness ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing is achieved through EPDM O rings and mechanical compression of brass rings. Pressure drop in the main path remains below 0.2 bar at nominal flow rate. Nickel plating thickness from 8 to 20 microns improves corrosion resistance. Quality control includes hydrostatic testing, leakage testing, and accurate inspection of threads and angle geometry.

press clamping fitting

A press reducing coupling is a straight transition fitting designed to change pipe size in cold and hot water systems. The body is manufactured from low lead forged brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Common size combinations include 16 to 20, 20 to 25, and 25 to 32 millimeters. Operating temperature ranges from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. The internal design ensures pressure drop below 0.2 bar at nominal flow rate.

The component structure includes two press sockets with stainless steel sleeves and high temperature resistant EPDM O rings. Body wall thickness ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing is achieved through controlled pipe deformation and uniform O ring compression. Dimensional tolerance in the press area is maintained below ±0.05 millimeter. Nickel plating thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, pull out resistance testing of press joints, and precise dimensional inspection.

press clamping fitting

A 90 degree wall mounted press tee is a fixed branch fitting designed for water distribution in modern piping systems. The body is typically manufactured from low lead forged brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Press connection sizes are generally designed for 16 to 32 millimeter pipes. Operating temperature ranges from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. The wall plate enables stable installation using standard anchor screws.

The structure includes a 90 degree angled body, press sockets with stainless steel sleeves, and EPDM O rings. Body wall thickness typically ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing is achieved through controlled pipe deformation and O ring compression. Pressure drop in the main flow path remains below 0.2 bar at nominal flow rate. Nickel plating thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, pull out resistance testing of press joints, and precise dimensional inspection.

press clamping fitting

A press coupling is a straight connector used to join two pipes of equal diameter in cold and hot water systems. The body is manufactured from low lead forged brass with tensile strength between 350 and 500 megapascals. Nominal working pressure ranges from 10 to 16 bar, with test pressure up to 24 bar. Common sizes include 16, 20, 25, and 32 millimeters. Operating temperature ranges from 0 to 95 degrees Celsius with peak tolerance up to 110 degrees Celsius. The internal hydraulic design ensures pressure drop below 0.15 bar at nominal flow rate.

The structure includes two press sockets with stainless steel sleeves and heat resistant EPDM O rings. Body wall thickness ranges from 3 to 6 millimeters to withstand internal pressure stress. Sealing is achieved through controlled pipe deformation and uniform O ring compression. Dimensional tolerance in the press area is maintained below ±0.05 millimeter. Nickel plating thickness from 8 to 20 microns enhances corrosion resistance. Quality control includes hydrostatic testing, pull out resistance testing of press joints, and precise dimensional inspection.