Fireproofing Featured Product Archives

Ultra High Performance Lightweight Concrete

Cold Fusion Concrete® is an innovative, proprietary aggregate geopolymer concrete material with superior resistance to acids, harsh chemicals, and environmental conditions.

FP250 Spray-on Fireproofing for Industrial Applications

FP250 Cementitious Spray-on Fireproofing

FP250 Cementitious Spray-On Fireproofing is a patented, geopolymer-based, trowel-applied or spray-on fireproofing material (SFRM) designed for industrial construction and repair. As an advanced fireproofing concrete and cementitious solution, FP250 provides unmatched strength and durability in extreme environments.

Green Concrete—Discover the Benefits of Sustainable Geopolymer Concrete

Geopolymer concrete offers an environmentally friendly solution for architects, builders, and project managers, enabling sustainable construction and superior quality.

Acid Resistance Testing

Each Cold Fusion Concrete product undergoes stringent acid resistance testing to ensure it withstands exposure to various acids, including sulfuric, hydrochloric, phosphoric, acetic, and nitric acids.

5,000-Hour Salt Spray Test

This 5,000-hour salt spray test, conducted according to ASTM B-117 standards, assessed four steel panels coated with Cold Fusion Concrete (FP250) fireproofing material from Geopolymer Solutions.

Soil Stabilization—A Comprehensive Guide

This guide examines various soil and ground stabilization methods and materials, their uses, and important factors. These methods are essential for enhancing the strength and stability of building foundations.

Fireproofing Methods for Structural Steel

Steel loses approximately 50% of its load-bearing capacity when it reaches 1,000oF (537oC). Accordingly, all structural steel buildings and industrial plants with human occupants must be protected from fire events to allow rescuers time to evacuate structures.

Soil Stabilization—A Comprehensive Guide

Transforming Red Mud Into Sustainable Concrete

Learn how toxic red mud becomes a resource to create sustainable concrete, also known as red mud concrete, red concrete, or geopolymer concrete. These terms refer to the same innovative material created by repurposing red mud waste into a durable, eco-friendly concrete.