Mechanical Content

Titanium Fasteners Are Used All Over The Globe


Titanium Fasteners are used all over the globe because of their corrosion resistance, lightness of weight and their strength. By searching on the World Wide Web, it is possible to very easily locate the most renowned titanium fasteners suppliers, anywhere in the globe. Titanium has a Density of 0.163 lb/in3 (4.50 g/cm3). Titanium Fasteners are ideal for use in applications that call for very good strength, as well as lightness of weight, as well as applications such as sporting goods, military, oil & gas (down-hole), etc. Titanium hex bolts are used in many applications all over the globe as they are well recognized as being corrosion resistant, lightweight and strong. The Ionic Radius of titanium is 0.680 Å. Titanium has a Tensile Strength of 31900 psi (220 MPa). Titanium has a white-silvery metallic look to it. The chemical symbol for titanium is Ti and it has an atomic number of 22. The Modulus of Elasticity of titanium is 16800 ksi (116 GPa). 


Titanium Fasteners have the highest strength-to-weight ratio. It is very easy to get the names, email id and other details of titanium nuts and bolts suppliers situated anywhere in the world, just by looking for them on the internet. The Boiling Point of Titanium is 5949 °F (3287 °C) and it has a Melting Point of 3000-3040 °F (1650-1670 °C). Titanium Fasteners are totally resistant to solutions of chlorine dioxide, hypochlorites, chlorates, chlorides and perchlorates. As such, they are used to a great extent in industries that are related to chlorine and these are inclusive of industries such as chlor-alkali / bleach, pulp and paper, etc. One can very easily get all the details of titanium fastener manufacturers such as their email ids, company names, telephone numbers, physical locations, etc., just by searching for them on the World Wide Web. The Shear Modulus of titanium is 6240 ksi (     43.0 GPa) and it has an Elongation at Break of 54%.  


The CAS number of titanium is 7440-32-6. Titanium bolts and nuts are used in many industries, including aerospace and various other high-performance applications, because of their good corrosion resistance, toughness, high strength, low density and stiffness. Titanium race bolts are used in all types of cars for the racing industry, such as dirt models, midgets, drag, Indy, sprint cars, modified cars, etc. Titanium Fasteners have the capacity to resist corrosion caused by seawater, at temperatures as high as 260 °C (500 °F). These fasteners made of titanium, can even survive in ocean depths as deep as a mile. Because of these properties of these fasteners made from titanium, they are used in various industries such as marine, desalination, oil & gas, nuclear waste storage, pigments, industrial, architecture, medical, additives, aerospace, consumer, jewelry, marine, coatings, etc.




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What Make Duplex 2205 Flanges So Very Popular?
What make Duplex 2205 flanges so very popular? For one, these types of flanges have superb sulfide stress corrosion resistance. Flanges made from Duplex 2205 are manufactured from austenitic-ferritic stainless steel. This austenitic-ferritic stainless steel has been designed in such a way that it has the capacity to be more corrosion resistant and it also has the capacity to deliver higher strength, as compared to the 300 series stainless steels. It helps users to avoid stress corrosion cracking that is typically seen with 316 and 317. Duplex 2205 flanges have low thermal expansion. Types of flanges PDF can easily be obtained at the websites of dealers, suppliers, wholesalers, exporters and manufacturers, located all over the globe and these would give details of the various types of flanges that are available, such as Weld Neck Flanges, Flat Face Flanges, Slip On Raise Face Flanges, RTJ Face Flanges, Blind Flanges, Large Dia Ring Flanges, Raised Face Flanges, Spectacle Blind Flanges, etc. Duplex 2205 has a Density of 7,860 kg/m3.


A flange is a technique of connecting pumps, valves, pipes and various kinds of other equipment, resulting in the formation of a pipe-work system. Duplex 2205 flanges offer excellent workability and very good weldability. Duplex 2205 flanges combine the qualities of stress corrosion cracking resistance and high strength derived from being a ferritic alloy, along with its austenitic fabrication capabilities. The Electrical Resistivity at room temperature of Duplex 2205 is 33.5 (in x 10-6). On the World Wide Web, one can get a whole list of the different types of flanges with pictures and these are available at the websites of manufacturers, wholesalers, dealers of these types of flanges. Duplex 2205 flanges show very high resistance to chloride stress corrosion cracking. Duplex 2205 is austenitic, ferritic and it is a two-phase, alloyed stainless steel, consisting of 22% chromium, 5 to 6% nickel and 3% molybdenum. Duplex 2205 has an Ultimate Tensile Strength of 110 ksi.


Duplex 2205 happens to be the most in demand stainless steel grade. The Thermal Conductivity at room temperature of Duplex 2205 is 8.7 (BTU/hr•ft•°F). Types of flanges PPT are created by manufacturers and sellers of flanges, to detail the types of flanges they sell on their websites, the dimensions of these flanges, the specifications of these flanges, the name of the manufacturer/dealer, contact details of the manufacturer/dealer, etc.
Duplex 2205 has a Yield Strength of 80 ksi. Duplex 2205 flanges have very good fatigue resistance and they also possess high strength, along with high energy absorption and that is why they are used in a wide number of industries all over the world such as in food and drink, energy, aerospace, valve & pumps, medicine, architecture, traffic and transport, petrochemical, construction, chemicals, fertilizers, motor, nuclear power, electronics, etc.



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Stainless Steel Screws Have Countless Uses



Stainless steel screws have countless uses such as in various outdoor jobs, as well as in building decking. There are screws of stainless that are available in many different dimensions, including the likes of 3 inch stainless steel screws, as well as 4 inch stainless steel screws and one can easily find the email ids, phone numbers, names and physical locations of manufacturers, wholesalers, retailers, dealers and exporters of them, just by doing a few relevant searches on the internet. One of the many advantages of stainless steel screws is that they can be used with aluminum and as such, they are an ideal choice as high grade fasteners. But as both of these are dissimilar materials, the risk of corrosion is there. The ideal way in which this corrosion can be avoided is by eliminating the electrical conductor that would be the cause of this corrosion – and this would be none other than water. As such, the connecting points should be made weather-proof, by using paint or tape and this would prevent corrosion from taking place.


Stainless steel screws are ideal for use in highly polluted areas such as in coastal areas, in inner cities, in areas that are constantly moist, near major traffic routes, etc. There are numerous stainless steel screws manufacturers in India and all across the globe and details of them can easily be found on the World Wide Web. If just for the purpose of giving them an extra protective coating, there is no need for stainless steel screws to be painted, as they are already resistant to most types of environment. But, in case there is the need to give added durability to the surroundings or to hide these screws, then painting them is a good idea. But, it is vital to note that when painting these screws, the right coating needs to be selected, as selecting the wrong material to coat these screws, could result in localized corrosion, which could result in the integrity of the screw being damaged.


Another big plus of stainless steel screws is that they can be used with copper. So as to give added strength, some screws made of stainless steel, are electroplated with copper.  Stainless steel screws self tapping are also known as stainless steel self drilling screws and the reason for this is that, because of the design of these screws, they have the capability of drilling their own pilot hole. One can easily get various kinds of stainless steel screw size chart, at one of the many websites that deal with such types of screws. Stainless steel wood screws are considered to be the ultimate type of screw to be used, for protection from corrosion. 



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The Global Usage Of Ductile Iron Sewer Pipe



The global usage of ductile iron sewer pipe cannot be understated and there are many reasons for the usage of these kinds of pipes. Pipes made from ductile iron, are an advanced development of the pipes which are known as cast iron pipes. These pipes are made from ductile iron and they are used in the distribution and transmission of potable water, as well as sewer water. The Chemical Formula of ductile iron is Fe-C-Si. Ductile iron pipe catalogue can be got online for free at one of the many websites that deal with such kinds of pipes and in this catalogue there will be all kinds of information pertaining to such pipes, like the many benefits to using these pipes, the various features of these pipes, information about the company manufacturing or selling these pipes, the properties of these pipes, the brief manufacturing process of these pipes, various kinds of charts and photos, the applications of these pipes, etc. Ductile iron sewer pipe have a proven track record and durability.

Ductile iron sewer pipe are used all over the globe as they can withstand high pressure and surge. Ductile iron sewer pipe specifications are countless and there are many websites of manufacturers, exporters, distributors, wholesalers and retailers, which have these specifications listed on them. Chemically, ductile iron is an iron-carbon-silicon alloy and it is similar to grey iron. The tensile strength of ductile iron sewer pipe is the highest among pipes. Ductile iron is available in the following grades Grade 80-55-06, Grade 120-90-02, Grade 60-40-18, Grade 65-45-12 and Grade 100-70-03.  On the World Wide Web, one can very easily get all the ductile iron pipe specifications, as such details are very easily available and that too for free, at many websites. Some of the key properties of pipes made from ductile iron are that these pipes offer excellent resistance to corrosion, their impact strength is better than that of grey iron, they have superb yield strength and tensile strength, they have very good wear resistance, they have excellent hardness, etc.

There are separate ASTM standards for special purpose ductile irons and austenitic ductile irons.  For special purpose ductile irons, the ASTM grades are A395, A476, A667 and A716. For austenitic ductile irons, the ASTM grades are A571 and A439. There are numerous ductile iron pipe manufacturers located all over the globe and details of  them, such as their email id, phone numbers, physical location, etc., can be got easily by looking for this on the internet. Ductile iron sewer pipe are easy to lay and as compared to other pipes, they offer faster installation. Because pipes of ductile iron are easy to install, contractors are familiar with these types of pipes and the fact that they can be obtained in standard fittings, they are the #1 choice when it comes to wastewater applications. 




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Why The Big Demand For 90/10 Copper Nickel Plate


Why the big demand for 90/10 copper nickel plate, the reasons are many. 90/10 copper nickel plate is used in many industries all over the globe, because it offers excellent resistance to corrosion. 90/10 copper nickel is also known as C70600, UNS C70600, Cupronickel or Copper Nickel Alloy 90/10. Some of the C70600 properties are that it has a Tensile Strength of 43900-60000 psi (303-414 MPa) and a Poisson's Ratio of 0.34. C70600 has excellent hot forming capacity and it also has superb cold working capacity. 90/10 copper nickel can be welded by using various processes such as coated metal arc welding, seam welding, butt welding, gas shielded arc welding, brazing, spot welding, soldering and oxyacetylene welding. At high temperature levels, 90/10 copper nickel plate has very good thermal stability.


The copper nickel 90/10 chemical composition is Cu 88.7, Fe 1.3 and Ni 10.0. C70600 has a Density of 0.323 lb/in3 (8.94 g/cm3). There are 2 kinds of alloys of copper nickel. One is 90/10 (C70600) and the other is 70/30. C70600 is used more than 70/30, as it is inexpensive. Another reason why 90/10 copper nickel plate is used in many applications is because at elevated temperatures, it has very good creep resistance. The Elongation at Break of 90/10 copper nickel plate is 42.00%. The Machinability of copper nickel plate is 20%. C70600 has a Shear Modulus of 7540 ksi (52.0 GPa). Annealing of C70600 can be done at temperatures ranging between 1100 and 1500 °F (593 and 816 °C). Forging of 90/10 copper nickel can be done at temperatures between 1550 and 1750 °F (843 and 954 °C).

In marine environments, 90/10 copper nickel plate is in big demand, as it shows extremely high corrosion resistance. C70600 has great resistance to corrosion from sea water, as it contains good quantities of iron and manganese. UNS C70600 equivalent are ASTM B466, DIN 2.0872, ASTM B151, ASTM B359, ASME SB111, ASTM B171, ASME SB359, ASTM B395, MIL C-15726, ASTM B543, ASTM B111, ASME SB466, ASME SB171, ASME SB467, ASTM B469, ASTM B122, SAE J463, MIL T-22214, ASME SB543, MIL T-16420, ASME SB395, MIL T-15005, SAE J461, ASTM B432 and ASTM B608. The Elastic Modulus of C70600 is 20300 ksi (140 GPa). 90/10 copper nickel plate is used in many applications such as fish cages for aquaculture, plates for ships and power plants, hydraulic lines, desalination units, condensers, offshore fire water systems, sea water pipe work, heat exchangers, etc.