MOBILE ACRYLIC BARRIERS
These mobile protective personnel barriers provide full 1.0mm lead shielding to 80″. Lower opaque portion is plastic laminate covered in beige or grey. Read More
200 & 400 KV
All rooms are fabricated at the a-fabco, Inc. facility in Gibsonton, Florida. The rooms are then disassembled, shipped to the customer location, re-assembled and tested on site. Read More
HDR Room
High dose radiography rooms are often constructed on site in an area not originally designed for this high dose procedure. In this case the area can be retrofit to provide the required shielding by adding lead and structural supports for the walls and ceiling if required. Read More
LINAC Upgrade
a-fabco performs turnkey upgrades of existing linear accelerator rooms when the energy level of the existing room is increased. Read More
LINAC Ceiling
Linear accelerator installations and upgrades require in many cases significant thicknesses of concrete and lead in order to protect persons not in the actual treatment area from stray emissions from the activated equipment. Read More
NDT Room
Neque porro quisquam est, qui dolorem ipsum quira dolor sit amet, consectetur, adipisci velit, sed quia non numquam eius modi. Read More
LEAD FINISH HARDWARE
a-fabco, inc. can supply most common lead lined door hardware items from stock, or we will lead your hardware if desired. Read More
HIGH DENSITY CONCRETE
High density concrete and concrete blocks are a relatively new entry into the radiation shielding product line. The poured concrete and interlocking blocks can offer a cost effective material when compared to lead for linear accelerator vaults and other applications requiring heavy lead thickness. Read More
Why 48 Glass is a Waste of Money
The illustration above shows the relative eye levels of various heights of individuals standing and sitting with the top of the window frame set to match the 86" overall height of a 7'-0" door frame. A 48" piece of glass will bring the bottom of the window well below eye level and add cost without function. Read More