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Aallen Jones

Aallen Jones is a trainer, author, and consultant in Digital Marketing and Social Selling for global organizations. I have over 5 years’ client Digital Marketing experience in helping reputed corporations.

Canada Metal North America

Babbitting - Canada Metal North America. Radiation Shielding and Applications of Cadmium and Lead in Medicine. Aluminum Anodes: Solution Against Marine Corrosion. Radiation Shielding And Applications Of Cadmium And Lead In Medicine. Medical professionals appreciate the significance of specialized metal products and the functions these metals provide in hospitals and medical research, particularly with regard to radiation shielding.

Radiation Shielding And Applications Of Cadmium And Lead In Medicine

Metals cater to a range of requirements in medicine for diagnostic and treatment purposes – but the full range of applications for certain high-value metals applies to a number of specializations. Central to this is radiation shielding. Radiation shielding is of utmost importance across healthcare disciplines such as dentistry, veterinary science, and medical industries as well as research. The primary metals related to radiation shielding are lead and cadmium – The most frequently used is lead in various form including, brick, both flat and interlocking, lead blocks, tubes, sheet as well as cadmium sheet. Cadmium metal is a metal that’s found naturally in the Earth’s crust.

Lead, on the other hand, is the principal material used in X-ray and gamma radiation shielding. Unique Lead-based Products and Solutions. Lead and Lead-based Products and Services. The Many Benefits of Lead Roof Flashing. Lead Bricks for Radiation Shielding. Pure Tin Sheet for Gamma Shielding. Materials for Weather, Radiation, and Corrosion Protection. At Canada Metal, we provide materials for various protective uses.

Materials for Weather, Radiation, and Corrosion Protection

Our main areas of focus include: Weather Protection Lead sheet has a long established reputation as a quality roofing and waterproofing material Thanks to its malleability, it is commonly used for flashings, weather-stripping and window hoods on roofs. It can be easily dressed to fit multi-curved contours and can be formed on site into the shapes needed to provide architectural flexibility. Lead membranes and pans provide an impermeable moisture barrier which will last as long as the most permanent building.

Availability: Processed lead based products - Canada Metal. The Right Lead Filling Company Produces Precise Results. Lead filling is a process in which lead is introduced into a container designed to contain radioactivity and/or store radioactive materials.

The Right Lead Filling Company Produces Precise Results

Depending upon the container’s geometry, the lead application process can be carried out in various ways, including lining with sheet lead, lead bricks and casting molten lead. Canada Metal is a leader in this field and its expertise is sought from the design phase through completion to ensure the feasibility and methodology of the lead filling operation. A prime example of the company’s expertise was demonstrated when it was asked to fill several (18) vessels of different configurations with lead. Upon completion, the vessels were to be RT tested for porosity. Two of the vessels required approximately 43,000 lbs. of lead shielding each, using a continuous pour. In another example, the company was tasked to provide lead shielding, with the additional assurance of adhesion of the lead to the base metals of at least 50% of the “wetted surface” area.

Quality Lead Welding and Wire Solder Supplier. The Right Lead Filling Company Produces Precise Results. Lead filling is a process in which lead is introduced into a container designed to contain radioactivity and/or store radioactive materials.

The Right Lead Filling Company Produces Precise Results

Depending upon the container’s geometry, the lead application process can be carried out in various ways, including lining with sheet lead, lead bricks and casting molten lead. Canada Metal is a leader in this field and its expertise is sought from the design phase through completion to ensure the feasibility and methodology of the lead filling operation. A prime example of the company’s expertise was demonstrated when it was asked to fill several (18) vessels of different configurations with lead.

Upon completion, the vessels were to be RT tested for porosity. Two of the vessels required approximately 43,000 lbs. of lead shielding each, using a continuous pour. In another example, the company was tasked to provide lead shielding, with the additional assurance of adhesion of the lead to the base metals of at least 50% of the “wetted surface” area. The Lead Burning Process. The lead burning process is used whenever there is a need to coat, line, or fabricate an item with lead.

The Lead Burning Process

Sometimes referred to as “lead welding,” the lead burning process is commonly used in coordination with procedures for making repairs or when performing scheduled maintenance. Electroplating Anodes: Applications and Benefits. Electroplating is used in a variety of industries for coating metal objects with a thin layer of a different metal.

Electroplating Anodes: Applications and Benefits

This electrochemical process requires anodes. There are as many types of anode compositions as there are applications. Electroplating anodes offer numerous benefits. Electroplating is used to coat certain metals with a thin layer of a pure metal, like silver or gold, copper, zinc or any of several alloys. During the process, an electric current passes through a solution known as an electrolyte. The two are then connected to an electrical current source, by connecting the positive end to the plating anode and the negative to the item being to be plated. Read more at Original Source: Contact Details: Canada Metal North America8271 Lafrenaie, Montreal, Quebec , Canada H1P 2B1 Phone No: 1 800 363-7110 Email: contact@canadametal.com Like this:

High Quality Zinc Anodes. Pier Anodes and Wire Solder Supplier. Lead Plumbing Joints and Electroplating Anodes. Various Applications of Lead Sheet. Lead sheet is used by many different industries and for multiple applications.

Various Applications of Lead Sheet

This type of lead is most commonly used as roofing and flashing, tank lining, soundproofing, radiation shielding, and corrosion protection. There are additional uses associated with waterproofing, nuclear energy shielding, and vibration absorption. Electroplating Anodes: Applications and Benefits. Electroplating is used in a variety of industries for coating metal objects with a thin layer of a different metal.

Electroplating Anodes: Applications and Benefits

This electrochemical process requires anodes. There are as many types of anode compositions as there are applications. Electroplating anodes offer numerous benefits. The Lead Burning Process. Overview of Babbitting. Babbitting is a metal alloy coating that goes on a base metal to protect it from wear.

Overview of Babbitting

Typically, the Babbitting process is used on investment castings, which are made of cast iron. The challenge is that investment casting is costly to produce. Lead Bricks for Radiation Shielding. Lead is the material of choice for both gamma radiation and x-ray shielding.

Lead Bricks for Radiation Shielding

In particular, lead bricks, provide an effective solution by providing maximum protection in settings where sheet lead is impractical, due the thickness of lead required. They are used in laboratories and hospitals, as well as for specific applications where lead thicknesses greater than ¾” are required over a large area for partitions and walls. Research laboratories frequently require lead bricks and/or thick lead sheet to create lead “castles” allowing technicians to work with radioactive materials safely and effectively.

Bricks made of lead are as versatile as they are effective. Lead bricks are available in a wide array of formats i.e. flat, interlocking (chevron or rounded) and corner bricks. A significant benefit of bricks with an interlocking design is the ease with which the barrier can be assembled, modified, and re-located in cases where temporary shielding is required. The Many Benefits of Lead Roof Flashing. Lead flashing is the preferred solution for many roofers and homeowners for a number of reasons. Lead possesses a number of attributes that make it ideal for use in flashing. It is inherently resistant to corrosion, making it highly durable in exterior settings exposed to the elements.

Another significant benefit of lead is its malleability. This soft metal can be easily formed into different shapes based on the particular requirements of the roof design. Quality Lead Bricks and Tin Sheets Manufacturer. How to Use Zinc Anodes to Your Advantage in the Marine Industry. How to Use Zinc Anodes to Your Advantage in the Marine Industry Corrosion is a prevalent problem in the marine industry, costing billions of dollars each year. Marine anodes are extremely important as their anti-corrosion properties provide a solution that prolongs the service life of vessels and structures and minimizes the need for maintenance and repair.

Marine vessels are constantly in contact with seawater, which causes metal to corrode. If not properly treated, metal will eventually deteriorate. The same scenario applies to parts and components, including ballast tanks, jetties, and propeller shafts. Although zinc is commonly used for corrosion protect in such industries as power generation (transmission towers) and the automotive industry, its value to the marine industry has long been recognized.

The Way That Marine Anodes Work Marine anodes are commonly referred to as “sacrificial anodes.” A Simple Solution That Protects Your Investment. What Makes Lead Good for Radiation Shielding? Lead metal is the preferred material for radiation shielding. The reason is that lead is highly effective in providing protection from sources of radiation. Because of this, it is the standard used in the design of radiation protection systems. Lead metal is dense; it can be used against various high-energy applications of radiation, including gamma rays, x-rays, and other types of nuclear radiation. In theory, other materials can be used for shielding during radiation, but only if the thickness is sufficient to reduce the radiation to safe limits.