Concentric Reducing Sockets

Specifications

concentric reducing sockets 

concentric reducing sockets

Standard: ASME B16.5, ASME B16.9, ASME B16.11, ASME B16.28
Fabrication Method: Extruded, Founding/Casting
Categories: Seamless & Welded
Basic Grade: Gr1, Gr2, Gr5, Gr9
Type: Tee, Tee Joint, Base Tee, Straight Tee, Equal Tee, Reducing Tee, Side Outlet Tee, Elbow, Base Elbow, Side Outlet Elbow, Double Branch Elbow, Long Radis Return, Short Radius Return, 45 Degree Lateral, True "Y", Cross, Straight Cross, Reducing Cross, Reducer, Concentric Reducer, Ecentric Reducer, Reducing Swage, Threadolet, Weldolet, Sockolet, Elbolet, Latrolet, Sweepolet, Nipolet, Boss, Coupling, Full Coupling, Half Coupling, Reducing Coupling, Union, Bushing, Cap, Plug, Nipple, Nipple Joint, Reducing Nipple, Swage Nipple, Bend, Fabricated Pipe Bend, Cross-Over Bend, Offset Bend, Quarter Bend, Circle Bend, Single Offset Quarter Bend, "S" Bend, "U" Bend, Single Offset "U" Bend, Double Offset Expansion "U" Bend, Mitre Bend, 3-Piece Mitre Bend & Corrugated Bend, etc.
Customized specification is negotiable if needed.

Advantages:

Quality & Qualified materials.  We commit ourselves insistently to guarantee all materials we supply are manufactured, processed & inspected strictly comply with relative international & Chinese standards.  We are also eligible to open EN10204-3.1 certificates on which expressly demonstrate chemical composition, mechanical & processing property, etc.

On time & in time delivery.  Our general mobilization system can assure ourselves to trace & check the execution of orders no matter how many cases in process synchronously.  And, the seamless integration of our palmary PE & QA specialists are able to shorten the lead time under quality assurance even less than request.

Diversified payment term.  T/T remittance with or less deposit, confirmed L/C at sight or usance L/C, D/P or D/A verified by 3rd party, Collection, Installment & deferred payment, etc. are available.  Essential negotiation including trade terms in advance is indispensable so much as case by case.  

OEM/ODM capabilities and full technical support.  Our experienced R&D technicians are skillful in manufacturing & processing of Titanium materials from VAR to final products.  They also have full ability to take the challenge of Titanium OEM/ODM project.

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The Ultimate Choice of Today & Tomorrow -

The outstanding features of Titanium

Titanium is a non-ferrous metal, grey, atomic number 22, relative atomic mass 47.867.

Excellent Capability of Corrosion Resistance: Titanium is quite stable in oxidizable, neutral and weak reducible mediums.  In room temperature, Titanium will not be corroded by dilute hydrochloric or sulfuric acid, nitric acid or dilute alkali solution except hydrofluoric acid, hot concentrated hydrochloric or sulfuric acid caused by compact, strong adhesive and great inert oxidation film outside itself which self-generated inside air or oxygenous medium.  This film can be self-repaired or regenerated under 315 degrees Celsius.  Therefor, Titanium is deemed as a metal that has the trend of forceful passivation.  For improving its anti-corrosion capability, researchers have developed many technologies of surface treatment such as oxidation, plating, plasma painting, hydronium nitridation, hydronium injection and laser process, etc.

Low Density & High Specific Strength: The density of Titanium is 4.54g/cm3, 45% less than steel, 65% higher than aluminum, also less than copper and nickel and higher than magnesium.  It has the top specific strength of metal.  Its mechanical intensity is close to steel, two times of aluminum and 5 times of magnesium.

Tensile Strength close to Yield Strength: Titanium has high yield ratio than others.  It means the plastic deformation of Titanium is poor.  The high ratio of yield limit and modulus of elasticity of Titanium causes biggish ability of resilience during moulding process.

Avirulence and Nonmagnetic: No toxicity as well as better compatibility of human tissue and blood leads Titanium becomes as the broad used material for medical practice by now.  Titanium is also a nonmagnetic metal which cannot be magnetized even in very strong magnetic field.

Wonder Aspirated Performance in High Temperature: Titanium is a very active metal which can be composited easily with carbon, hydrogen, nitrogen and oxygen, etc. under high temperature.

Heat Resistance: The persistent working temperature could be reached up to 360 degrees Celsius for pure Titanium also 400 degrees Celsius, 500 degrees Celsius even >=600 degrees Celsius for Titanium alloy.  Furthermore, Titanium Alpha alloy can sustain 900 degrees Celsius working temperature momently.  Titanium can be burned inside hydrogen.  Its theoretical melting point is up to 1660 degrees Celsius.

Low Temperature Resistance: The strength of low temperature resistance Titanium alloy, e.g. Gr5, Gr6 & Ti-2.5Zr-1.5Mo, will be advanced gradually by temperature reduction without obvious change of its plasticity.  The ductibility and toughness of Titanium can be remained well even under temperature of  -196~-253 degrees Celsius.  Meanwhile, black shortness can avoid, too.  Titanium is a perfect material for -233 degrees Celsius low temperature vessel producing also, pure Titanium is suitable for making low temperature mechanical parts for environment under -259 degrees Celsius .

Great Heat-exchange Ability: Due to its excellent capability of anti-corrosion even though the thermal conductivity of Titanium is less than carbon-steel and copper, the wall-thick of Titanium products can be made more thinner instead.  The heat-exchange way between Titanium surface and steam is dropwise condensation and its surface without scale formation will both reduce heat resistance and increase the uncommonly ability of heat-exchange.

Outstanding Anti-damping ability: Titanium has the longest vibration damping ability than other metal like steel and copper while vibrated by mechanism or electricity.  According to this, Titanium is deemed as the ideal material to make tuning folk, vibration foil for advanced speaker and vibration components for medical ultrasonic disintegrator.