LEAD BRICK
We produce our lead bricks as female, male and corner locked lead bricks by pouring high purity lead into square molds on a flat surface, hardening the surface with a special hardening method, pressing large quantities with the hydraulic press method. It is in a fully locked system and has a smooth and slippery surface. With the special hardening method, the resistance of the male and female connection points has been increased and a secure locking system has been provided.
Lead is used in high active areas for radiation resistance.
LEAD BRICK APPLICATION
Lead products have features of use in various fields. For example, lead materials with the characteristics of mosques or various music rooms in the health sector are also common.
Transport of radioactive materials Lead brick is used in radiotherapy and nuclear applications. However, lead brick can be produced and used in a variety of sizes for the creation of radioactive isotopes, ballast weights and counterweights. Lead has an easy property.
It can also be used for alloys with other metals. Lead also stands out with its non-rusting feature. It is also used for cosmetic purposes in various places due to its silvery color. It is possible to participate in different applications today. For this reason, companies make this product with various lead bricks.
The fabrication techniques interlocking design ensures that there is no radiation leakage between the bricks. When used to create a protected enclosure in a work area, lead bricks will be painted with antibacterial paint.
Lead bricks will be shipped raw (unpainted) when used to create a radiation resistant wall. production techniques come into play. The most common production method is generally the production of lead in sheet form.
These sheets can be produced in different thicknesses to fulfill the desired protective task. In addition, there is also the manufacture of bricks. This is a method used in the field of nuclear medicine and is generally preferred in applications in hot environments.
The use of lead bricks, which is preferred in production techniques in radiology and the pharmaceutical industry, provides better protection than plate production.
At the same time, services are offered according to the expectations of various companies for the use of these products. Use of lead Radiation is a very dangerous substance for human health.
Lead shielding products, which can be produced as thin sheets to protect from this radiation feature, also differ in larger and more extensive brick style production methods.