LX-57B X-Ray shielding lead glass offers excellent radiation protection and superb visual clarity. The polished surfaces are scratch resistant and LX-57B does not discolor due to radiation. LX-57B X-Ray shielding glass comes in three thicknesses.
"Recognizing the need is the primary condition for design."
|Thickness||7 mm (1/4")||9 mm (3/8")||15 mm (9/16")|
|Lead Equiv. (mm)||1.6||2.0||3.0|
|Minimum Density gm/cm||4.36||4.36||4.36|
|Weight -- lb/ft2||6.55||8.19||13.11|
|X-Ray Peak Voltage KV||150||150||200|
|Max. available size||48" x 96"||48" x 96"||48" x 96"|
LX7 may be installed in a double assembly for greater protection. Please call for further details.
Note: For applications requiring safety-impact resistant glazing, LX-57B is available with a surface applied film and in a laminated configuration.
LX-57B glass surfaces are mirror polished. Using Moh's hardness scale, LX-57B tests at Level 6 (comparable to feldspar, a constituent of granite). Acrylic tests at Level 3 (equivalent to calcite, a constituent of limestone and chalk).
Please check with TGP for availability and lead time.
MAINTENANCE & CLEANING INSTRUCTIONS FOR X-RAY SHIELDING LEAD GLASS PRODUCTS
As a high lead content glass, LX glass is more susceptible to staining as compared with normal window glass. Pay attention to the following precautions for installation and cleaning.
The time, in minutes or hours, that materials or assemblies can be expected to prevent flames and smoke from spreading.
As heat develops within the source area, pressure within the enclosed room begins to build relative to the pressure outside. Once the fire reaches equilibrium in the positive pressure zone, smoke, hot gases and flames are forced through any openings in the door or window assembly. Testing to the UL 10C standard more closely simulates real fire conditions.
Blocks radiant and conductive heat transfer from one side of the glass to the other. A required characteristic of glass used as a wall.
Classified and labeled by Underwriters Laboratories, Inc.® (UL), an independent product safety certification organization.
Immediately following a furnace test, heated glass is subjected to water from a fire hose. The cooling, impact and erosion created by the hose stream tests the integrity of the glass. In the U.S., the hose stream test is required for all fire ratings over 45 minutes (all fire ratings require it in Canada).
Available as a temperature rise door with Pilkington Pyrostop® fire-resistive-rated glass for 60-90 minute applications
Temperature rise doors provide a barrier to radiant and conductive heat transfer.
Available in stainless steel frame finish options for increased design flexibility.
Building codes clearly define hazardous locations where impact safety glass is required. Glass with this designation has been tested to meet impact safety requirements required for areas such as doors, sidelights, and areas close to the floor.
FireLite IGU is a fire-rated insulated glass ceramic unit that also complies with energy codes. It is designed for use in exterior applications where energy codes require an insulated product, or for interior applications with special needs such as sound reduction.
Withstands continuous temperatures to 1292° F for use in high efficiency heating appliances.
The ability of glass ceramic to withstand sudden heating, cooling, or both without cracking, shattering or exploding out of the frame.
The ability of the glass to stop various types of ammunition. Ratings are assigned in levels from 1 to 8, with a Level 8 rating being the highest (able to stop a 7.62mm rifle lead core full metal copper jacket, military ball).
The capacity of an element in a building structure to support a weight in addition to its own.
Listed and labeled by Intertek, an independent assurance, testing, inspection and certification organization.
Glazing designed to increase the amount of time required to gain entry. This additional time is intended to allow for the enactment of lock-down protocols and to allow for the arrival of emergency response teams. May be used in areas with high risk of prolonged attack or in critical areas such as vestibules. Forced entry resistant glazing should also resist penetration from hand-held or hand-thrown objects such as hammers, crowbars, bats, knives, bricks and rocks. (Source: NGA Glass Technical Paper FB71-21)