Titanium Equipment's

hese Titanium Tufftriding pot used in Furnace to heat up the various type of Automobile Pistons & rings in Automobile Industries. The TUFFTRIDE process has been applied in a wide range of industries throughout the world for many decades. It is used to improve the wear resistance, the fatigue strength, and – in particular when combined with oxidative cooling – the corrosion resistance of components made from steel, cast iron, and sintered iron materials. In many cases, the TUFFTRIDE process is used as an alternative to other surface engineering processes such as case hardening, galvanic (e.g. hard chrome plating), and other coating processes (plastic coating, painting, laser coating, etc.), also plasma or gas nitro-carburizing with equally good or improved quality and greater economy. The components are placed in a heated salt bath where a reaction takes place between the salt melt and the surface of the components. During the reaction nitrogen and carbon are absorbed and diffused. It is operated in a pot made from special material, and the pot is fitted with an aeration device. The material is then scooped up with a ladle from the crucible (the pot that holds the molten material). The material is then allowed to cool. Furnace designs vary as to their function, heating duty, type of fuel, and method of introducing combustion air.

Titanium Tufftriding pots are made from Titanium, Tantalum, Nickel, Zirconium are our main focus. Recently we have supplied Tufftriding pot to one of our valuable customers and the product photo is attached below.

TITANIUM TUFFTRIDING POT

Features:

Ä  Simplified operation.

Ä  Special sizes available.

Ä  Interchangeable with crucible or pot.

Benefits:

ü  Fast, easy installation.

ü  Minimum floor space.

ü  Reduced operator fatigue results from the cooler shell and relatively quiet operation.

ü  Exceptional thermal efficiency.

ü  Less scrap and less melt loss due to minimizing temperature overshoot.

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We are very experienced in the customized production of Titanium Pump Body Casing. We provide super quality of Titanium Pump Body Casing, which are designed to meet our customer’s target.

Titanium is now being used in the construction of some pumps and can provide significant benefits. Titanium has excellent corrosion resistance, is compatible with high-chloride level environments, and has a high strength-to-weight ratio. Titanium is 45 percent lighter than steel and twice as strong as aluminum. The titanium also is able to resist abrasive and chemical cavitation erosion, even in high flow environments. Seawater and other high chloride level applications are not the only place where titanium makes sense. It also excels in industrial pumping applications needing to move acidic or chemically aggressive fluids. Titanium pumps have demonstrated a life span 10 times greater than other pumps in the same application, delivering the durability that end-users expect. 

The below-attached photo is for your reference, which was supplied recently to one of our valuable clients.

While titanium is ideal for seawater and other corrosive environments, it has not seen widespread use because of its higher cost. Even though titanium is the ninth most abundant element and the seventh most abundant metal, it is not found freely in nature but rather is found in other minerals from which it needs to be extracted. It is this extraction that results in its higher costs.

To overcome these cost concerns, pump makers have created designs that capitalize on titanium’s dual properties of material strength and corrosion resistance where they are needed. These include motor housings, motor shafts and fasteners. For other less-strength critical areas, engineered polymer materials can be used. These innovative designs have brought unit costs down and spurred the demand for these unique pumps.

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Maybe you’re an artist or jewelry designer who wants to create a new design by melting gold.  You need the right equipment’s to melt gold.

The Melting Point of gold, that is, the temperature at which gold changes state from solid to liquid, is 1064 C°. Once reached the adequate temperature, the crucible is removed from the furnace and the casting process starts by pouring the molten material in cast iron or lead molds. The molten gold needs to be poured quickly to avoid any uneven stratification before it solidifies.

The below attached photo is for your reference, which was supplied recently to one of our valuable client.

These beakers are used in gold refining industries at gold melting shops to transfer molten gold to other places from the furnace. Since these beakers are made up of titanium material, which has a high melting point of 1,668 °C can hold the molten gold without causing any impurities to it.

These products are known for their world class quality and smooth functioning which is possible due to the high grade material and advance technology used in their manufacturing.

This is one of the key benefits of titanium. It demonstrates an exceptionally high melting point and, as such, is perfect for use in high-temperature applications. For example, it’s the metal of choice for foundries, turbine jet engines and even in some satellites.

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Titanium grade 7 is a corrosion resistant alpha titanium alloy with similar mechanical properties to the commercially pure grades. It has a small palladium addition to improve corrosion resistance, particularly in mineral acids and strong brines. It is used mildly reducing or fluctuating conditions.

Hydrochloric Acid Regeneration process is the total recovery of metal-free chloride solutions based on the pyro hydrolysis principle. Pyro hydrolysis is the chemical conversion of metal salts using steam and oxygen at high temperatures. Hydrochloric acid (HCl, also known as muriatic acid) is a colourless corrosive, strong mineral acid with many industrial uses, when it reacts with an organic base it forms a hydrochloride salt.

Advantages:

• Resistance to corrosion.
• Good Strength.
• Non-toxic.
• Low thermal expansion.
• High melting point.
• Excellent fabrication possibilities.

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Socket Screws are the fastener of choice in high precision, high strength, limited space assemblies requiring a finely tooled appearance.  Because of their alloy composition and heat treating that they undergo resulting in extremely high tensile and yield strength, a given size may be comparable in strength to the next larger diameter of a common, low-carbon steel screw. This has the unique advantage of potentially fewer screws needed in a particular design to achieve specific clamp loads.

 In line with the clients segregated requirements, we are offering a top-notch quality array of Pumps Fasteners. These are made using best quality material and are precisely engineered by our experienced specialists. These screws are manufactured using high-grade tools and latest machinery, ensuring qualitative product for esteemed customers. Offered products are broadly used in various industries and are easy to install. Additionally, we also assure safe and timely delivery of our products. Besides, this product is availed in various specifications, as per the varied needs of our valued clients. Our screws are made available in market at very competitive prices. These screws are very cost-effective and are highly durable. We manufacture these screws as per the international norms and standards. We offer dimensionally accurate range of Socket Screws in various sizes, lengths, diameters, and head shapes. These screws are available in various thread sizes with having precise tolerance, and ensure close thread fit assembly. In addition, our range can be customized as per the specifications required by our clients.

Features:

ü  Optimum performance

ü  Sturdy construction

ü  Durable

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We produce high-quality Titanium mesh. Titanium Wire Meshes are highly resistant to the corrosive environment. We can produce Titanium mesh with titanium TA1 or TA2 or by customer’s requirement. Grade 2 is the commercially pure titanium used in most chemical processing plants and is cold-formable. Grade 2 plate and sheet can have an ultimate tensile strength at and above 40,000 psi. Grade 5 is aerospace-grade and is not cold-formable, so it is used more often when no forming is needed. Selected for its unique combination of high strength, lightweight, corrosion resistance, bio-compatibility, and higher temperature performance.

Titanium Wire Mesh possesses a silver-white appearance. Titanium mesh has significant durability, lightweight, and corrosion resistance properties. Generally, commercially pure titanium is utilized in anodizing applications. Wire mesh is commonly used in industrial applications when separation or filtration is needed.

Titanium mesh offers extensive resistance to saltwater and is virtually immune to natural corrosion. It prevents the attack of metallic salts, chlorides, hydroxides, nitric and chromic acids, and dilutes alkalis. Titanium mesh can be white or black depending on if the wire drawing lubricants are discarded from its surface or not. 

Titanium Mesh Applications:

Titanium mesh is used in many applications, such as seawater- shipbuilding, military, mechanical industry, chemical, petroleum, pharmaceutical, medicine, satellite, aerospace, environmental industry, electroplating, battery, surgery, filtration, mechanical filter, oil filter, electromagnetic shielding, electric, power, water desalination, heat exchanger, energy, paper industry, titanium electrode, etc.

Features: -

#    Light weight

#    Twice as stronger as steel

#    Electrical and thermal conductivity

#    Resistant to saltwater/seawater

#    Resistant to corrosion caused by the weather/atmospheric condition

#    Resistant to other chemical compounds such as chlorides, nitric and metallic salts

Titanium mesh is made from Titanium, Tantalum, Nickel, and Zirconium are our main focus. Recently we have supplied Titanium mesh to one of our valuable customers and the product photo is attached below.

TITANIUM MESH

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When the filter is operating, the water to be filtered enters the strainer basket thru the inlet, flows through the filter panel, and enters the desired pipe through the process flow outlet. Particle/solid impurities present in the water are stuck inside the basket filter screen. With this continuous flow, more and more particles are caught, and the speed of filtering gets slower over time and the filter hole would get narrower and smaller, this results in a pressure differential between the inlet and the outlet. A pressure gauge installed before and after a strainer will indicate a pressure loss due to clogging. This can help in establishing a maintenance schedule for cleaning the strainer screen. Extra screens can useful in keeping the system operating during the cleaning process. As the gap between inlet and outlet pressure exceeds the fixed value, the differential pressure sensor transmits the electrical signal to the controller, and the control mechanism begins the drive motor to rotate the shaft via the transmitting element. At the same time, the blowing port is opened and discharge of debris takes place from the blowing port.

Titanium strainers are made from Titanium, Tantalum, Nickel, Zirconium, Hastelloy are our main focus. Recently we have supplied Titanium strainers to one of our valuable customer and the product photo is attached below.

TITANIUM STRAINERS

Warning: Before the removal or loosening of any bushing, cap, plug, or cover on a strainer, extreme caution should be exercised to ensure there is zero pounds pressure in the system.

Only after the system has been depressurized, should the strainer be drained for service. Service on a pressurized Strainer can cause serious injury and/or property damage.

Basket strainers with a closed bottom basket can be cleaned by removing the cap or cover and pulling out the basket screen for service. If the strainer screen is bottomless the blow-off plug can be removed allowing it to be drained and cleaned like a Y-strainer.

Care should be taken in cleaning screens. After removing a screen, it should be soaked in a cleaning solution or cleaned by using a brush. Do not allow trapped material in the screen to harden, as it will be difficult to remove. A regular cleaning schedule is recommended to avoid screens from becoming clogged.

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These Headers are fitted in Titanium Chlorine Cooler Shell& Tube type Heat Exchangers for Caustic and Chlorine Industries. Shell and tube heat exchangers are considered one among the most effective type of heat exchangers. These heat exchangers have a cylindrical shell with a bundle of tubes. The tubes are made from thermally conductive materials, which allow heat exchange between the hot fluids flowing outside the tubes and the coolant flowing through the tubes. These heat exchangers offer an optimal cooling solution to different applications including:

Ä  Hydraulic

Ä  Leisure

Ä  Marine

Ä  Rail

Ä  Industrial

Shell and tube heat exchangers are widely used in applications, which require cooling or heating a large volume of process fluids or gases. There are a number of different types of shell and tube heat exchanger designs to meet several process needs in every industry.

Important Parts of Shell and Tube Heat Exchangers

The following are the four most crucial parts of a shell and tube heat exchanger:

Ü  Tube Bundle: A tube bundle consists of tube sheet sand tubes. The tube bundle is held together by baffles, and tie rods.

Ü  Shell: The tube bundle is included in a shell.

Ü  Front Header: A front header, which is also referred to as a stationary header, is the part from where the fluid enters the tube side of the exchanger.

Ü  Rear Header: A rear header is a part from where the tube side fluid leaves the exchanger or where it is returned to the front header.

Solid titanium headers – top channel & bottom channelare made from Titanium, Tantalum, Nickel, and Zirconium are our main focus. Ti Anode Fabricators Pvt Ltd has an internationally recognized reputation for the design and manufacture of Solid titanium headers – top channel & bottom channel. We are one of the trustworthy manufacturers, exporters, dealers, and suppliers of titanium headers. Recently we have supplied titanium headers to one of our valuable customers and the product photo is attached below.

TITANIUM HEADERS – TOP CHANNEL & BOTTOM CHANNEL

Shell and tube heat exchanger is used in various industrial process applications because they can perform tasks such as:

v  Removal of process heat and feed water preheating

v  Cooling of hydraulic and lube oil

v  Cooling of turbine, compressor, and engine

v  Condensing process vapour or steam

v  Evaporating process liquid or steam

Following are some key application areas, where shell and tube heat exchangers are used:

ü  Power Generation

ü  HVAC

ü  Marine Applications

ü  Pulp and Paper

ü  Refrigeration

ü  Pharmaceuticals

ü  Air Processing and Compressor Cooling

ü  Metals and Mining

To know more details Please feel free to visit our website: - www.tianode.com 

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Fasteners are used to mechanically join two or more objects together, either permanently or non-permanently. There are many different types of fastener, each with their own purpose.Fasteners can broadly be categorised as either Permanent or Non-Permanent. Permanent Fasteners, such as rivets and nails, are single-use fasteners that are designed to permanently join two materials or parts. Removing the fastener destroys it.Non-Permanent fasteners, on the other hand are designed to allow for easy removal and re-use. Fasteners such as bolts and screws are commonly used in a number of industries and products as they allow for parts to be disassembled and re-assembled if required. Non-Permanent fasteners can be threaded (bolts, screws, etc.) or non-threaded (pins, retaining rings, etc.).Wide ranges of Fastener are offered by Tiaano is manufactured with durable and corrosion-resistant materials to perform in the harsh environments found in the chemical processing industry.

Threaded fasteners are among the most commonly used for assembling components due to the ease in which they can be installed and uninstalled as needed. There are three main types of threaded fastener; Bolts, Screws and Studs.

Bolts have a head on one end (this is usually a hex head) and are threaded on the other. They are generally used in conjunction with a nut (and sometimes a washer) to hold them in place. Screws are similar to bolts in that they have a head on one end and a thread on the other. They key difference is that screws are usually used to screw into an internally threaded hole. There are many different types of screws, such as Cap Screws, Machine Screws, and Woodscrews. Studs are threaded on both ends, and therefore have no head. They are used to join two components with internally threaded holes together.

Fastener threads are standardised to two major standards: ISO (Metric) and ANSI (Unified). Threads can also be right-handed or left-handed, depending on the application. However, the majority of common fasteners are right-hand threaded.

Nuts are used in conjunction with a bolt to clamp two or more parts together. The most common type of nut is a Hexagonal Nut, but there are several different types of nuts for use in different applications.

Hex Nuts- A plain, hexagonal nut with an internal thread. These are by far the most common type of nut, and are used in numerous industries and applications.

Washers are commonly used between the head of a bolt, screw or nut and the material they are clamping. Their primary function is to increase the bearing area of the head whilst also protecting the material underneath from damage. There are several different types of Washer, each with their own uses.

Flat Washers - These are the most common type of washer and are used to evenly distribute the load of the bolt, screw or nut as the fastener is tightened.

Fastener are made from Titanium, Tantalum, Nickel, Zirconium, Hastelloy are our main focus.

Recently we have supplied Fastener to one of our valuable customer and the product photo is attached below.

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Steel plant requires several ID fans for numerous purposes like- removing and cleaning waste gases, drying & heating ore pellets, cooling the product to remove heat, etc. The ID fans takes the hazardous air out of the systems. The hot gases from the machines such as boilers or furnaces are withdrawn by the ID fans and transferred into the outer atmosphere after the purification process. By letting these hazardous gas into our environment without purification process can cause numerous problems. This process is carried out through the use of chimney specially built for exhausting the air. ID fans are known for withstanding the high temperature flue gas as they are lined with Titanium. The excellent corrosion resistance property of titanium increases the life time of id fans used in the process. Titanium Grade2 Impeller for ID Fan – The Impeller will be fabricated from titanium Grade2 Plates & Rod. Impeller will be used in Acid Regeneration Plant in Steel Industries. Hencethe impeller life is prolonged and therefore it makes a big difference in maintenance. The maintenance cost is reduced and this directly affects the balance sheet. There’ll be more profit to the industries.

Recently we have supplied theImpellerto one of our valuable customer and the product photo is attached below

MANUFACTURING OF IMPELLER FOR STEEL INDUSTRY

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