Fireproofing and passive fire protection
Experts in passive fire protection for steel, concrete, and masonry structures.
FES Global Group, based in Brescia, offers certified fireproofing and passive fire protection services for industrial, civil, and infrastructure buildings across Italy, Europe, and worldwide. We specialise in intumescent fireproofing and fire-resistant plasters, two of the most effective methods of passive fire safety for REI compliance.
Our mission is to protect structural elements from fire, reduce the risk of collapse, and help buildings meet international safety regulations.
We are available for site inspections and free quotations
Contact our commercial team for site inspections, technical consultations and tailored quotations, developed in line with the specific requirements of each project.
Why passive fire protection (PFP) matters?
Passive fire protection (PFP) includes structural treatments that resist fire without requiring activation, helping slow the spread of flames and heat. These systems play a crucial role in maintaining building integrity during a fire.
All FES treatments are designed in partnership with engineers qualified under Italian Law 818, and are fully certified for REI classifications (e.g. REI 60, 90, 120, 180).
REI is a fire resistance classification used in Europe to measure how long a structural element can resist fire. It includes:
- R (Resistance): Load bearing capacity
- E (Integrity): Resistance to flames, smoke, and gas
- I (Insulation): Thermal barrier to prevent temperature rise
At FES, all fireproofing systems are tailored to meet specific REI fire protection goals based on your building’s design and use.
Our certified fireproofing systems
Every building has different fire safety requirements based on its design, materials, and risk level.
That’s why FES develops customised fireproofing systems using certified passive fire protection methods, engineered to preserve structural integrity in the event of fire.
From protecting exposed steel in industrial facilities to enhancing fire resistance in concrete or masonry walls, our solutions are adaptable, efficient, and fully aligned with European safety standards. We focus on long-lasting, non-invasive treatments that improve overall passive fire safety performance without altering the building’s functionality or aesthetics.
We provide three main types of certified fire protection systems, tailored to structural and environmental needs:

Hydrocarbon fireproofing
Hydrocarbon fire protection is an essential requirement for ensuring the safety of petrochemical plants, refineries, offshore platforms and industrial structures exposed to high fire-risk conditions.

Cementitious fireproofing
A fire-resistant protective render is a specialised coating formulated with inorganic binders and heat-resistant additives, designed to increase the fire resistance of structural elements.

Intumescent coating
The coating contains specialised additives that, when exposed to heat and high temperatures, release an inert gas that causes the material to swell and form a thermally insulating layer.
Professional fireproofing and passive fire protection services
We deliver fireproofing services and other surface treatment and preparation services with the highest quality and final control standards in Italy, Europe and worldwide.
FES Global Group offers tailored industrial services, combining technical expertise with premium aesthetic finishes. We work with small and large batches, prototypes, and industrial brands, ensuring precision, efficiency, and timely delivery. Our facility is equipped to handle a wide variety of materials and support projects from start to finish, guaranteeing consistent results across all surfaces.
Contact us for further information
FES Global Group provides professional surface treatment and protection services for industrial and infrastructure projects across Europe.
Our technical team is available to assess your requirements and provide free site surveys and no-obligation quotations, delivering tailored technical solutions for each operational context.









