Matrix security fence is a perimeter enclosure grid designed to expand to the level of site security required. Its framework structure allows the user to define the level of security needed by choosing a suitable mesh option that details the degree of delay and site visibility. The Matrix design is a result of multiple power utility companies seeking a design that could comply with CIP-014 physical security standards.
Matrix Alpha security fence is a curtain wall system designed to expand to the level of site security required. Its framework structure allows the user to define the level of security needed by choosing a suitable mesh option that details the degree of delay and site visibility. Available in hot dip galvanized (HDG) or PermaCoat, the Matrix Alpha fence system is a baseline for perimeter security. Alpha's curtain wall architecture allows for variable post spacing yielding reduced installation times.
Stalwart Optima Fiber Rope System redefines and sets the standard in vehicle crash protection for the 21st century. The inherently flexible and innovative design allows for multiple changes of direction with run lengths from 16 feet to infinity. A shallow footer design and simplified installation roundout the innovations making Stalwart Optima the most cost effective, economical, crash tested barrier system on the market today.
Stalwart Plus combines the design components of an anti-ram barrier with the industrial appearance of architectural mesh. Stalwart Plus unites the strengths of its framework with diverse mesh options for a varied level of security to delay with anti-cut and anti-climb properties. Combine this system with WireWorks, X-Span expanded metal, or Uplink chain link.
The WireWorks Anti-Climb fence is a unique perimeter security product that maintains a guarded display of visual screening balancing the need to delay and deter an attack. The distinguishing feature of WireWorks Anti-Climb is the anti-scale and anti-cut welded wire mesh. This makes it very difficult to get a foothold on this fence, and the cutting implements required to sever its welded heavy steel wire cannot fit into the minimal spaces of the mesh.
