🔥 JPS “CP” Series – Fire-Rated Composite Panel Partitions
Master Overview Page:
High-Performance Fire-Rated Composite Panel Systems
The JPSCP Series is a range of fire-rated composite panel partition systems designed to create robust fire compartments within large-scale industrial and commercial buildings. Capable of achieving fire resistance periods from 60 to 240 minutes and spanning heights of up to 30 metres, JPSCP systems provide a modern, high-performance alternative to traditional jumbo stud, blockwork, or masonry firewalls.
Each JPSCP system utilises non-combustible stone wool core composite panels, delivering inherent passive fire protection, excellent acoustic attenuation, structural integrity, and clean internal finishes suitable for controlled environments.
Key Performance Benefits
Fire resistance from 60 to 240 minutes
Maximum partition heights up to 30m
Non-combustible stone wool core (Euroclass A1)
Excellent acoustic performance for industrial separation
Rapid installation with minimal wet trades
Suitable for clean, hygienic, and controlled environments
Ideal for fire compartmentation and insurer-driven separation
Typical Building Types
Warehouses and logistics centres
Manufacturing and production facilities
Data centres and critical infrastructure
Cold stores and food processing plants
Distribution hubs and high-bay storage buildings
🔥 JPS “CP” Series – Fire-Rated Composite Panel Partitions
Master Overview Page:
High-Performance Fire-Rated Composite Panel Systems
The JPSCP Series is a range of fire-rated composite panel partition systems designed to create robust fire compartments within large-scale industrial and commercial buildings. Capable of achieving fire resistance periods from 60 to 240 minutes and spanning heights of up to 30 metres, JPSCP systems provide a modern, high-performance alternative to traditional jumbo stud, blockwork, or masonry firewalls.
Each JPSCP system utilises non-combustible stone wool core composite panels, delivering inherent passive fire protection, excellent acoustic attenuation, structural integrity, and clean internal finishes suitable for controlled environments.
