Johns Hopkins Project: World-Class Passive Fire Protection by KRON
Project Overview
The Johns Hopkins Project is recognized as one of the most advanced healthcare developments in the region, designed to deliver a world-class medical, educational, and research environment. Inspired by the internationally renowned standards of Johns Hopkins Medicine, this facility utilizes the latest medical technologies and operational systems to enhance patient care and improve overall healthcare outcomes.
Healthcare projects of this magnitude demand the absolute highest levels of life safety and structural integrity. In a facility housing operating rooms, intensive care units (ICUs), and critical laboratories, implementing robust passive fire protection systems is not just a regulatory requirement it is a vital component of patient safety.
Certified Firestop System Supply by KRON
To meet the rigorous safety demands of this state-of-the-art medical facility, KRON supplied the project’s firestop systems using internationally certified INCA Firestop Solutions.
These premium firestop materials are specifically engineered to prevent the lethal spread of fire, smoke, and toxic gases through mechanical and electrical service penetrations within fire-rated walls and floors. Tested and certified to elite international standards, INCA products utilize advanced fire protection technologies to guarantee reliable passive fire protection throughout the entire hospital.
Premium Firestop Products Supplied by KRON
To meet the structural and safety demands, we utilized a comprehensive suite of INCA fire protection products:
Elastomeric Fire Caulk Fire Sealant – INSS1186
INSS1186 is a premium water-based elastomeric firestop sealant engineered to seal dynamic joints and service penetrations. It is designed to maintain outstanding flexibility even after curing, making it an essential component in modern firestop systems.
Global Certifications: UL 2079, ULC S115, ASTM E1966, ASTM E2307
Packaging Options: 310 ml cartridge, sausage pack, 1-gallon pail, 5-gallon pail
Shelf Life: 2 years
Key Features:
- Water-based acrylic formulation for safe application.
- Excellent flexibility to accommodate dynamic joint movement.
- Low VOC, ensuring better indoor air quality.
- Halogen-, asbestos-, and solvent-free.
- Highly resistant to smoke, air, and water penetration.
- Easy application using a caulking gun, brush, roller, or spray equipment.
Ideal Applications:
- Dynamic wall and floor joints.
- Curtain wall joint sealing.
- Cable and pipe penetrations.
- Expansion joints.
Fire Barrier Caulk Fire Sealant – INSS1440
INSS1440 is an advanced one-component, water-based intumescent fire sealant specifically developed for sealing penetrations in fire-rated walls and floors. Upon exposure to extreme heat, this intumescent caulk expands rapidly to close openings, effectively blocking the spread of flames, smoke, and toxic hot gases.
Global Certifications: UL 1479 (up to a 3-hour fire rating), FM Approved, ASTM E814, ULC S115
Packaging Options: Cartridge, sausage pack, 1-gallon pail, 5-gallon pail
Key Features:
- One-component acrylic sealant powered by intumescent technology.
- Eco-friendly water-based formulation.
- Strong, reliable adhesion to standard construction materials.
- Easy, hassle-free application.
- Free from halogens, asbestos, and silica.
- Exceptional long-term durability, exceeding a 50-year service life.
Ideal Applications:
- Cable, metallic, and plastic pipe penetrations.
- Mechanical and electrical service openings.
- Fire-rated door and window frame joints.
KRON is proud to have contributed to the successful implementation of the strict passive fire protection requirements for the Johns Hopkins Project. By supplying globally certified INCA firestop systems specifically the INSS1186 Elastomeric Fire Caulk and the INSS1440 Fire Barrier Caulk KRON delivered reliable fire containment, smoke control, and vital compartmentation.
These premium fire sealants play a direct role in protecting human lives, safeguarding highly valuable medical assets, and ensuring that critical healthcare operations can continue safely while meeting the highest international fire safety standards.
