QCI Firestop Systems - Our Firestop system consists of a combination of materials installed to form an effective tested system of fire, smoke, and gas barrier at fire rated construction areas. "System" is the key word in the Firestop industry. Local and national building codes require installations that conform to tested systems and systems must comply with applicable requirements of the American Society for Testing and Materials (ASTM). E 84, E 119, E 136, E 814, E 1399, E 1966, E 2174, E 2393, E 2307, and other standards as may be required. In some cases, a single material works equally well in applications such as institutional and commercial facilities.  We will use the preferred firestopping system solution needed for your particular job. 

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We employ skilled technicians who are trained to properly perform firestopping installations with safety being the primary concern. Our technicians understand the numerous tested systems available and are experts in building construction and the rated compartmentalization required to insure a safe building.

 

Firestop technicians are knowledgeable in passive building protection systems. Passive protection is an equally important safety concern that can keep smoke and gas from moving from one part or floor of a building to another. Passive systems can offer inhabitants of the building the critical time necessary to evacuate the structure.

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You can trust QCI Firestop Systems to deliver the appropriate firestopping solution to your construction job with professionalism and a regard for timeliness. We take your project on as our own and strive to make you another satisfied customer.

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​Opening Types

• Electrical through-penetrations

• Mechanical through-penetrations

• Structural through-penetrations

• Unpenetrated openings (openings for future use for example)

• Re-entries of existing firestops

• Control or sway joints within fire-resistance rated wall or floor assemblies

• Junctions between fire-resistance rated wall or floor assemblies

• "Head-of-wall" (HOW) joints, where non-loadbearing wall assemblies meet floor assemblies