Explosive Detection & Blast Containment

An explosive detection system is a security technology designed to detect explosives, improvised explosive devices (IEDs), and chemical precursors in luggage, cargo, vehicles, or on persons. These systems use X-ray imaging, ion mobility spectrometry (IMS), mass spectrometry, and other sensor technologies to identify explosive threats quickly and accurately. Security explosive detectors are widely used in airports, transportation hubs, government facilities, and critical infrastructure.

Trace handheld bomb detectors collect minute particles or vapors from surfaces using swabs or air sampling. The collected material is analyzed using ion mobility spectrometry or mass spectrometry to detect explosive compounds. These trace explosive detectors are portable or fixed-site and are used at checkpoints, vehicle inspections, and mailrooms to prevent explosives from entering secure areas.

Handheld explosive detectors are portable, lightweight devices designed for field use by security personnel, bomb disposal teams, and law enforcement officers. They are commonly used for spot checks, rapid inspections, and mobile security operations. Fixed explosive detection systems are permanent installations at checkpoints, baggage conveyors, or high-risk areas. Both types complement each other in layered security strategies, combining mobility with high-throughput automated detection.

Yes. The TR Trace Handheld Explosive Detector can detect certain liquids and gels, but typically indirectly through the detection of explosive vapours or trace particles associated with those substances rather than analysing the liquid itself. Most handheld trace detectors use technologies such as Ion Mobility Spectrometry (IMS) or Field Asymmetric Ion Mobility Spectrometry (FAIMS), which identify microscopic traces of explosive compounds collected from surfaces, containers, or vapours in the surrounding air.

Yes, the TR-TRACE handheld explosive detector from Todd Research is designed to detect a wide range of threats, including homemade explosives (HMEs), in addition to military and conventional explosives. It identifies HMEs, such as inorganic nitrates (ANFO, Urea nitrate) and peroxide-based explosives (HMTD), in both particulate and vapor modes.

Handheld bomb detectors are lightweight, handheld, and ideal for on-the-spot screening. Desktop detectors are fixed, larger, and have higher sensitivity and throughput, suitable for mailrooms, airports, or industrial sites. Both are used together to cover various operational needs.

The TR Trace Handheld Explosive Detector is designed for low-maintenance, economical operation, specifically by using no radioactive source and requiring no routine calibration. Key maintenance requirements focus on cleanliness, proper sampling techniques, and periodic operation.

Operators require certified training in X-ray and dual-energy image interpretation, the operation of trace explosive detectors and correct sampling techniques, safety procedures and emergency response, routine maintenance, calibration and troubleshooting, as well as AI-assisted and automated threat detection, with regular refresher courses ensuring ongoing effectiveness and compliance with international standards.

They comply with international and regional standards for sensitivity, reliability, and safety, including ISO, ICAO, IEC, and EN standards. Compliance ensures consistent detection performance and safe operation in high-security environments.

Blast containment involves engineered systems designed to safely capture or redirect the energy and fragments of an explosion. Blast containment units, blast-proof enclosures, and protective chambers are used in controlled detonations, EOD training, military testing, and industrial operations. These systems protect personnel, equipment, and nearby infrastructure from blast pressure and high-velocity fragments.

A blast containment box, also known as a bomb containment vessel or explosive containment unit, is a reinforced enclosure designed to safely contain the pressure, heat, and fragmentation from an explosive device. It allows suspect items or improvised explosive devices (IEDs) to be isolated and, if necessary, subjected to controlled detonation while protecting personnel, vehicles, buildings, and surrounding infrastructure.

Blast containment boxes are used by police, military EOD teams, airports, border control, government facilities, and high-security sites to safely transport, store, and neutralise suspect explosive devices. These blast mitigation containers are also used in forensic investigations and security operations where explosive threats must be managed without large-scale evacuation.

A blast containment box uses high-strength steel, composite materials, and energy-absorbing internal design to capture blast pressure and prevent fragmentation from escaping. The structure redirects and dissipates the explosive force within the enclosure, significantly reducing the risk to nearby personnel and critical assets during a controlled detonation.

A blast suppression safe is a specialised containment device designed to reduce the impact of an explosive device or suspicious package by controlling and mitigating the effects of a blast. Its primary purpose is to protect personnel, infrastructure, and nearby equipment if an explosive detonates.

Blast suppression safe are enclosures that fully contain explosive events, including fragments and pressure waves, often used for controlled detonations. Blast-proof doors are barriers that protect rooms or corridors from blasts but may not fully contain the explosion inside a testing area. Both are used in combination to protect personnel and critical infrastructure.

Controlled detonations in blast suppression safe involve safely setting off explosives within reinforced chambers. The design absorbs energy, captures fragments, and prevents the blast from escaping. These units allow testing, training, and disposal operations in a controlled, risk-free environment.

A blast containment box provides protection for life and infrastructure, enables the safe transport of explosive threats, reduces the need for large evacuation zones, creates controlled and predictable detonation conditions, and supports rapid response for EOD teams, making it a critical component in modern counter-IED and explosive risk management strategies.

Yes. EOD teams, police units, and military personnel use blast containment units to safely simulate real explosive scenarios. These controlled environments allow hands-on training without risking personnel or infrastructure.

Law enforcement uses blast containment units for safe disposal of suspect explosive devices, forensic analysis, and controlled detonations. Units allow officers to neutralize threats without endangering personnel or the public.

A blast suppression container is a heavy-duty safety storage solution designed to protect people, equipment, and property from the effects of explosive materials. These containers feature reinforced construction, venting systems, and fire suppression mechanisms to safely contain blasts, shrapnel, and heat from high-risk materials.

The blast container boxes are used for industrial, military, law enforcement, and transport applications where large quantities of explosives, pyrotechnics, or other hazardous materials need to be stored safely. Typical use cases include ammunition storage, transport of explosive devices, and secure containment in warehouses or operational facilities.

Blast containment boxes, such as the Mail Safe 100/110, are designed for smaller, localized threats like suspicious parcels or small devices, providing protection for individual items. In contrast, blast suppression containers or blast container box are larger, industrial-grade units built to safely store multiple boxes or pallets of explosives, with stronger structural protection and enhanced venting for higher explosive loads.

These containers reduce the risk of injury or property damage by containing explosions, directing blast pressure safely through venting systems, and minimizing shrapnel projection. They also help ensure compliance with safety regulations when storing or transporting hazardous materials.

Yes. Certain models can be safely used for controlled training scenarios to educate staff on handling explosive materials, emergency response, or testing storage procedures, provided manufacturer guidelines are followed.

When selecting a blast container box, consider factors such as:
• The quantity and type of explosives or hazardous materials
• Operational environment (warehouse, transport, field operations)
• Mobility requirements
• Compliance with local safety regulations and standards