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A Steel Channel is a C-shaped Structure made from Mild Steel that is hot rolled. The inside corners of the steel channel have specific radii that provides it the required strength and rigidity to support steel angles, and for various other structural and construction projects. They are fairly easy to prepare with the right equipment and dimensions. Steel Channels commonly follow the dimensional standards of ASTM 36. Post hot-rolling, the Steel Channels are generally subjected to additional inline fabrication. After the fabrication process, it is either painted or sent for galvanisation to make it resistant to corrosion. Steel Channels can be cut, drilled, or machined per requirements. They can also be welded with ease. Large Channels are usually manufactured using laser fusion technology.

Rectangular Steel Bars are rectangular shaped pieces of hot rolled steel. They are long and flat and are mostly used in places where shape and tolerance of the product is not mandatory. These Bars are also made from Cold Rolled Steel, Stainless Steel, Alloy Steel, Tool Steel etc. Hot Rolled Steel Rectangular Bars are also referred to as Hot Rolled Flat Bars. They are less expensive than cold rolled steel rectangular bars. Cold Rolled Steel Rectangular Bars or Cold Rolled Flat Bars have sharp corners and edges. It is also smoother than hot rolled bars. Stainless Steel Rectangular Bars resist corrosion, staining, and rust, excellently. Alloy Steel Rectangular Bars are prepared by the addition of alloying elements like Manganese and Nickel that render it high strength and toughness.

The most basic method of producing a Steel Pipe is where raw steel is casted and then is stretched out into a seamless tube. In this process, the pipe is formed on a continuous or semi-continuous production line. Another method is to seal the edges together by welding. The whole manufacturing process of Steel Pipes is divided into 5 stages namely, Ingot Production, Production of Booms and Slabs, Additional Processing, Pipe Making and Final processing. In the Ingot Production phase, molten steel is produced and poured into iron moulds where it cools to form Ingots. These Ingots are further processed into Booms and Slabs, after which theyre converted into skelp and billets that are finally made into Steel Pipes.

Nylon Fibers: These are long and soft filaments which are produced by high speed melt-spinning and mostly belong to Nylon6 or Nylon-66 types. Various forms of nylon filaments may be produced depending on application single filament or multi-filament. A unique feature of these fibers is their elasticity and varying degrees of lustre, which is used in making garments.

The making of Steel Square Tubes follows the same process that is used to make Steel Rectangular Tubes wherein a flat steel plate is moulded and the edges are refined. It is prepared for welding where the edges are welded to form the mother tube. The mother tube then goes through a series of shaping strands. When the mother tube is in the shaping strand, it is given a square shape, instead of rectangular. The four angles in a Steel Square Tube are highly uniform with high intensity. Steel Square Tubes have low manufacturing cost. Its high strength-to-weight ratio makes it desirable for welding, forming, punching and drilling. Steel Square Tubes are lightweight alternatives to solid steel products such as I-Beams and Wide Flanges.

Due to its exceptionally high strength and high yielding capacity, TMT bars form an important part of the construction business. The thermo mechanically treated steel bars have lesser impurities, and are prone to lesser design failures and hence are used for Reinforced Cement Concrete (RCC) Work. High quality TMT bars are used in the construction of industrial as well as residential structures including flyovers, bridges, dams, ports and more.

A One Pack Stabilizer is a pack of additives added during the processing of PVC. The additives are a combination of substances like Oxidisers, Lubricants etc. One Pack Stabilizers may be Lubricated or Non-Lubricated. Non-Lubricated One Pack Stabilizers are high performance stabilizers that are specially designed for optimum performance. One Pack Stabilizers play important roles during processing as well as during the service life of the product to which they are added.

Viscose or Rayon fiber is one of the oldest and most popular fibers commercially used worldwide. The best thing about the fiber is that its made from organic sources and includes no proportion of synthetic elements. The viscose yarns are created using cellulose base. Viscose yarns have high tensile strength and they retain the colors pretty long. The viscose yarns are hugely used in the textile industries, especially for the knitting and crocheting tasks.

Epoxy Oil is also known as Epoxidized Soybean Oil. It may be a mixture of Triglycerides. It is a viscous liquid with a yellowish tinge. Epoxy Oil is produced through an epoxidation process. Polyunsaturated Vegetable Oils are used as precursors for the epoxidation process because they have high carbon-carbon double bonds. A peroxide or peracid is then used to add an atom of Oxygen. This additional Oxygen atom converts the Carbon-Carbon bond into an Epoxide group. Epoxidation of Soybean Oil is followed by Transesterification of the Soybean Oil followed by the Epoxidation of Esters.

PPGL Sheets are prepared by combining the strength of steel with anti-corrosive capabilities of a metal coating like Zinc or Aluminium. It is exceptionally resistant to weather and environmental degradations and can be punched, pressed, roll-formed, or joined in any way possible per requirement. They are made in a variety of specifications to suit different applications. They are lightweight and strong for easy placement and to provide high durability. They do not crack under pressure and are made to superior quality. Our suppliers provide PPGL Sheets made using the finest machinery and highly skilled engineers. Our product is superior in quality and has a fine finishing. The steel is properly galvanised to meet industry standards and the aluminium coating is made to display high strength and tolerance.

Impact Modifiers are substances that increase the durability of moulded or extruded plastics, especially those that need to be constantly subjected to impact forces like cold weather. They are added to compounded materials to provide performance features. They provide strength and break resistance to the product for which they are added. They also provide rigidity to the product to prevent it from wrapping or sagging during everyday use. Impact Modifiers also provide various properties to the product like optical and tensile strength, weatherability, processability, flammability, and heat distortion. Impact Modifiers are of different types depending on the product they are added into like Precipitated Calcium Carbonate for PVC etc. Impact Modifiers are elastomeric or rubbery in nature which is why they can absorb the energy of an impact or dissipate it.

Open-end spinning is also known as the rotor spinning or the break spinning method. If you want to know the principle of open-end spinning, you would be surprised to know, that the open end spinning is almost similar to that of the process which also includes the clothes dryer spinning (which also contains various sheets). It so happens that if you try to pull out a sheet, then you will see that both the sheets are spun at the same time. The card which contains the sliver passes into the rotor and the yarn that comes out gets wrapped onto a bobbin. There are no roving stages and neither does it need to be re-packed.

Polypropylene is a thermoplastic polymer resin of the composition of C3H6. It is a commonly used household and industrial plastic which is available in fiber-form or hardened plastic form. The versatility of forms and applications has made it one of the most widely used plastics today. The fact that it is recyclable and is being recycled in battery cases, paint cans, home storage, etc. makes it very popular.

Methylene Dichloride, also known as Dichloromethane is an organic compound that is available naturally in Oceans, Volcanoes, Wetlands, and in Microalgae. The chemical reaction that produces Methylene Dichloride occurs between Chloromethane and Chlorine Gas or Methane with Chlorine gas at temperatures ranging between 400-500C. These chemical reactions result in a mixture of products consisting of Chloromethane, Dichloromethane, Chloroform, and Carbon Tetrachloride. The resultant mixture is distilled to separate the different compounds and Methylene Dichloride is obtained. Methylene Dichloride is colourless in appearance and has a sweet fragrance. It can dissolve perfectly in different organic compounds which is why it has a wide range of industrial applications as a chemical solvent.

Ethylene-Vinyl Acetate is a Commodity Polymer that is a copolymer of Ethylene and Vinyl Acetate. EVA copolymer is classified into three categories according to Vinyl Acetate content present. The first type is EVA containing low VA percentage. This category of Ethylene-Vinyl Acetate is used as a Thermoplastics Material. The second type of EVA consists of 4% to 30% of VA and it is used as a Thermoplastic Ethylene-Vinyl Acetate. The third category of Ethylene-Vinyl Acetate consists of more than 40% VA and it is used as Ethylene-Vinyl Acetate Rubber. The process of manufacturing Ethylene-Vinyl Acetate involves a method wherein Ethylene and Vinyl Acetate are continuously polymerised. This continuous polymerisation is performed in a Polymerising Vessel.