Automatic Fire Suppression
Systems
A Smarter Pre-Engineered Fire Suppression System: Automatic, Clean, and Reliable.
Trusted Worldwide in Critical Fire Protection
Our fire suppression systems are protecting critical infrastructure across industries, from electrical panels to energy storage and telecom. With proven reliability and global reach, we deliver confidence where it matters most.
- Over 9,000 Systems Installed Globally
- Active in 30+ Countries
- 75+ Distributor Partners
- Recognized by Leading Industry Authorities
Products
Direct Low Pressure Clean Agent Release System (DLP)
Orbis Fire’s DLP fire suppression systems activate in seconds, using a heat-sensitive tube to release clean agent directly at the ignition point. Stainless steel, DOT & CE approved for global safety.
Indirect Low Pressure Clean Agent Release System (ILP)
Orbis Fire’s ILP fire suppression systems separate detection from discharge, using sensors or control panels to trigger clean agent release through nozzles. Stainless steel, DOT & CE approved for reliable protection worldwide.
Pre-Engineered ABC Dry Powder Systems
The Orbis ABC dry powder systems deliver rapid, automatic suppression inside cabinets and machinery, stopping Class A, B, and C fires at the source.
Fire Suppression Clean Agent Solutions
Orbis provides bulk clean agent for your needs. We supply our globally approved 3M™ Novec™ 1230 (Fk5-1-12) clean agent to anywhere in the world. Contact us for inquiries.
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Applications
Electric Panels
Wind Turbines
Data Centers
Offshore Platforms
CNC Machinery
Mining Vehicles
Battery Energy Storage Systems (BESS)
Buses & Coaches
Telecom & Communications Infrastructure
Security & Surveillance
OEM & Built-in Equipment
Industrial Production
Features and Benefits
- Rapid, Automatic Fire Suppression
These systems are engineered to identify a fire and respond instantly—discharging dry powder to suppress flames before they can spread, helping to minimize damage and downtime.
- Versatile Multi-Class Fire Protection
Class A fires (ordinary combustibles), Class B fires (flammable liquids), and Class C fires (electrical equipment)—one system covers all three risks in a single enclosure.
- Pre-Engineered and Easy to Install
No complex design or engineering required. Systems come pre-assembled and ready to fit into cabinets, machinery, or panels, saving time and reducing installation costs.
- Self-Contained—No Power Required
All components are built into the unit, requiring no external power source or connection to building systems. This ensures reliable operation even during power outages.
- Cost-Effective Protection
Pre-engineered units streamline both installation and service, making them an economical solution for high-risk environments compared to custom or total flooding systems.
- Reliable and Proven Technology
Our clean agent suppression is a globally recognized, field-tested method for fast, effective fire control, delivering peace of mind for mission-critical assets.
- Minimal Maintenance
With few moving parts and no reliance on electrical wiring, ABC dry powder systems require little upkeep, lowering long-term ownership costs.
- Compact Design
Small footprint makes these systems ideal for protecting confined spaces or tight enclosures where traditional suppression options may not fit.
FREQUENTLY ASKED QUESTIONS
A fire suppression system, sometimes referred to as a 'firetrace' system, is an automatic fire protection solution designed for enclosed spaces like electrical panels, CNC machines, and vehicle engine compartments. It uses heat-sensitive detection tubing or electronic sensors to detect and suppress fires at the source.
Our systems use pressurized heat-sensitive tubing (HST) or electronic detection to detect fire. Once a fire is detected, the system automatically discharges a clean agent, such as FK-5-1-12, to suppress the fire before it spreads.
Yes, FIRESCI’s micro suppression systems operate similarly to Firetrace, using automatic fire detection tubing and clean agent suppression. Our solutions provide the same level of protection with additional flexibility in system design and agent selection.
Clean agents like FK-5-1-12 are non-conductive, residue-free, and safe for sensitive equipment. Unlike CO₂ or water-based suppression, they do not cause damage to electronics or machinery, making them ideal for electrical enclosures and industrial applications.
Yes, FIRESCI micro suppression systems can be retrofitted into existing electrical cabinets, control panels, vehicles, and industrial enclosures with minimal modifications. Our flexible tubing and compact cylinder options allow for seamless integration.
FIRESCI systems are used in a wide range of industries, including data centers, energy storage, manufacturing, telecommunications, transportation, and industrial automation. They protect sensitive equipment from fire risks in electrical cabinets, control panels, CNC machines, wind turbine nacelles, and more.
We are always looking for qualified distributors to expand our network. If you're interested in offering FIRESCI fire suppression solutions, contact us to discuss partnership opportunities and exclusive benefits for distributors.
Recent News and Blogs
What Is a Micro Fire Suppression System? The Complete 2025 Guide
Learn what a micro fire suppression system is, how it works, and why it protects electrical cabinets, enclosures, and critical equipment from fire damage.
The Chain Reaction: Understanding and Mitigating Thermal Runaway in Batteries
Thermal runaway in lithium-ion batteries (LIBs) represents a critical safety challenge, stemming from a complex cascade of internal chemical reactions that lead to uncontrollable self-heating.
Flashover in Small Enclosures: Unmasking the Rapid Threat and Advanced Protection Strategies
Flashover, the sudden and near-simultaneous ignition of all combustible surfaces within an enclosed space, represents a critical and often underestimated fire hazard. In small enclosures such as electrical cabinets, server racks, and control panels, this phenomenon escalates with alarming speed, frequently within seconds to under a minute, far outpacing the response capabilities of traditional room-level fire suppression systems.
