We manufacture Lead Sheet from 0.5mm to 50mm thickness, lenght upto 30' ft and width upto 6' ft depening on the thickness. There are three composition options: pure or chemical lead, antimonial lead and calcium lead. We also offers custom alloys to meet your specifications. Lead sheet, its uniform density, high atomic number, level of stability, ease of fabrication, high degree of flexibility in application, and its availability at reasonable cost are principal factors. 

Rolled lead sheet is formed by passing a slab of refined lead back and forth on a rolling mill between closing rollers to a predetermined thickness. The sheet is then slit to width and cut to length for final packing and distribution. Such is the consistency of the process that lead sheet will not vary in thickness by more than +/- 5% at any given point.

[Exporter manufacturer of Lead Sheet, Pure Lead Metal Sheets, Lead Alloy metal sheet, Pure Lead Sheet, Chemical Lead Sheet, Antimonial Lead Sheet, Calcium Lead Sheet is manufactured in our Lead Sheet Plant]

[Exporter manufacturer of Lead Sheet, Pure Lead Metal Sheets, Lead Alloy metal sheet, Pure Lead Sheet, Chemical Lead Sheet, Antimonial Lead Sheet, Calcium Lead Sheet is manufactured in our Lead Sheet Plant]

Lead sheet is a construction material of major importance in chemical and related industries because lead resists attack by a wide range of chemicals. Lead sheet is also used in building construction for roofing and flashing, shower pans, flooring, x-ray and gamma-ray protection, and vibration damping and soundproofing. Lead Sheet used in chemical industries and building construction is made from either pure lead or Lead-Antimonial Alloy up to 6% normally. Calcium-lead and calcium-lead-tin alloys are also suitable for many of these applications.

Manufacturing Chemical & Antimonial Lead Pipes as per client specification. We can Manufacture upto min 10mm ID and max 200mm ID.These lead pipes are suitable for Water, Soil Waste, Ventilating, Gas Purpose, Telephones, Telegraph, Under ground works, Acids & Chemicals. They are highly corrosion resistant. 
Seamless pipe made from lead and lead alloys is readily fabricated by extrusion. Due to it's

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corrosion resistant and flexibility they are still used for carriage of corrosive chemicals at chemical plants. Pipe for these applications is made from either chemical lead or 6% antimonial lead. Also lead pipe of appropriate composition is still extruded for cutting into short length 'sleeves' for use in the jointing of lead sheathed cables

With years of experience we have developed what we feel are very efficient shapes and sizes
Great for custom chrome plating
Solid - square or round, we will manufacture it for you
All hooks are copper since it is the best conductor
Send us your drawings and we will produce to your specifications
Any size any shape

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All hooks are Plasticol coated for protection from the solutions and handling
We also manufacture Lead Grids for certain applications
Send us your anodes for repairs or modifications

Anodes made of lead alloys are used in the electrowinning and plating of metals such as manganese, copper, nickel, and zinc. Rolled lead-calcium-tin and lead-silver alloys are the preferred anode materials in these applications, because of their high resistance to corrosion in the sulfuric acid used in electrolytic solutions. Lead anodes also have high resistance to corrosion by seawater, making them economical to use in systems for the cathodic protection of ships and offshore rigs.

Lead Wires are manufactured to cover a wide range of dimensions and materials to suit the many applications.

We produce Lead Wire in various forms as per the requirement of customers. The function of lead wire are multiple naming a few in bullets, electric lamps, in bridge rectifiers and so on… 

We have been supplying our Lead Wires across the Globe which has garnered worldwide recognition. We appreciate our customer’s demands and put our fullest energy to satisfy them beyond their expectations.

Lead Wool, a form of caulking lead, is long, fine strands of chemical grade lead which is twisted into 5/8” rope for use in various applications and is available in 50 kgs bags.

The lead wool is used to seal flanged connections, cast iron, cement and earthenware pipes, and apertures of walls and ceilings. It is ideal for filling openings where sheet, plate, or brick are not suitable and is positively the best way to fill crevices.It is more convenient to use lead

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wool than molten lead for caulking purposes because it requires no heating or pouring. Very good ductility of lead ensures fast and easy filling and sealing of small slots too. It is also convenient for anti-radiation protection. The lead resistance to aggressive environment is a warranty of long-term durability of seal.

Lead wool is made by scratching fine strands from the surface of a lead disc. It is used for the caulking of joints in large pipes e.g. gas mains and in some specialist batteries

Lead is a very soft, heavy metal with a bright bluish white luster when freshly cut, but tarnishes to dull gray when exposed to air. It is toxic, highly malleable, ductile, and a poor conductor of electricity. Lead is very resistant to corrosion; that's why lead pipes bearing the insignia of Roman emperors, used as drains from the baths, are still in service. It is used in containers for corrosive liquids (such as sulfuric acid) and may be toughened by the addition of a small percentage of

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antimony or other metals.

The Lead Rod may be used for industrial applications as well as Science experiments. It is a valuable addition to any collection of metals and chemicals.

This pure Lead (Pb) Rod has the following dimensions.

• Weight: 300 grams 
• Diameter: 10 millimeters 
• Length: 38 cm (15 inches)

Lead F-Shot proves to be an ideal means of providing shielding or ballast in areas where sheet, plate, or brick are not practical. Sizes range from very fine (almost a dust) .05" in diameter up to .36" diameter.

Shot is commonly used for shielding in where cracks and voids exist. They are convenient for sealing unexpected radiation leaks around pipes, cracks, crevices.

Lead-antimony alloys :: 

By far the biggest use of lead-antimony alloys is in batteries. Trends have varied over the years. At one time, antimony levels of around 10% were common but the current generation of lead-acid batteries has a much lower level.

Lead-antimony alloys with antimony contents of between 1 and 12% are used widely in the chemical industry for pumps and valves on chemical plants and in radiation shielding both for lining the walls of X-ray rooms and for bricks to house radioactive sources in the nuclear industry.

The addition of antimony to lead increases lead's hardness and therefore its resistance to physical damage without greatly reducing its corrosion resistance.

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Solders ::

There are four main methods of joining material together: mechanical joining (bolts, rivets etc), adhesive joining, welding and soldering. Welding is joining under the influence of heat and/or pressure using the base metal itself to form the joint, whereas soldering employs a third metal applied in the molten state to wet the two solid surfaces and join them on solidification.

Solders are classified according to their working temperatures. At the highest end of their working temperature range are brazing alloys. Below these are the medium temperature hard solders and lastly the soft solders and fusible alloys which have the lowest melting points.

Soft solders are largely lead-tin alloys with or without antimony while fusible alloys are various combinations of lead, tin, bismuth, cadmium and other low melting point metals. Varying the tin content varies both the melting temperature and the melting characteristics.

A eutectic soft solder with 38% lead and 62% tin melts completely at 183oC to a free flowing liquid which will easily penetrate minute openings. It is therefore used for making close joints between hard metals and in situations where minimum heat is required because of the presence of heat sensitive components. A 70% lead, 30% tin solder melts over the range 183oC to about 255oC. Between these temperatures the alloy is "pasty" and may be manipulated to a desired contour in car body filling or for wiped joints on lead pipes and cables. Lead-rich solders containing very little tin are used for such applications as soldering parts of car radiators where the temperatures reached in service require that the solder has a higher melting point so that the joint strength is maintained.

A substantial proportion of solder is used in electrical or electronic assemblies. The advances made in these industries have made it essential to devise fast and highly automated methods of soldering. Printed circuit assemblies are now soldered by passing them across a standing wave of continuously circulating molten solder.

Lead for radiation shielding ::

Lead and its alloys in metallic form and lead compounds are used in various forms of radiation shielding. Their high densities meet the primary requirement of a shielding material and in certain shielding applications lead's high atomic number is also important. The ease with which lead can be worked is of added value. The shielding of containers for radioactive materials is usually metallic lead. Radioactive materials in laboratories and hospitals are usually handled by remote control from a position of safety behind a wall of lead bricks and X ray machines are normally installed in rooms lined with sheet lead. Lead compounds are a constituent of the glass used in shielding partitions to permit safe viewing and lead powder is incorporated into plastic and rubber sheeting as a material for protective clothing.