Fire Tests
At Prospec's state-of-the-art fire testing laboratory in Delhi, we are committed to advancing safety standards across the railways, commercial transportation, and construction industries. Our comprehensive range of fire testing services evaluates the fire safety performance of materials to ensure they meet stringent industry regulations and standards.
Our testing capabilities cover a variety of critical areas, including toxicity, flame spread, ignitability, smoke production, and heat release. By providing precise and reliable data, we assist manufacturers and builders in selecting materials that enhance safety and compliance, reducing fire risks and protecting lives.
Prospec's expert team leverages cutting-edge technology and industry expertise to deliver accurate and dependable results. We are dedicated to helping our clients achieve the highest levels of fire safety, ensuring their materials are safe, reliable, and fit for purpose.
Toxicity Test
Flame Spread Test
Ignitability Test
Smoke Production Test
Heat Release Test
Fire Propagation Test
Non-Combustibility Test
Toxicity Test
Toxicity testing is crucial for ensuring that materials used in railways, commercial transportation, and construction do not release harmful gases when exposed to fire. This test measures the concentration of toxic gases produced during combustion, such as carbon monoxide and hydrogen cyanide. Ensuring low toxicity levels is vital for protecting human health and safety, especially in enclosed environments where occupants may be exposed to these gases. By conducting toxicity tests in accordance with standards like,

Sr. No

Test Method Covered

1

ISO 5659-2

2

EN 17084

3

NES 711

4

IMO FTPC Part-2

5

NFX 70-100

6

NCD 1409

Flame Spread Test
Flame spread testing assesses how quickly flames can travel across the surface of a material. This test is essential for understanding the potential fire hazard a material poses and its contribution to the spread of fire. In industries like railways, commercial transportation, and construction, controlling flame spread is critical for preventing the rapid escalation of fires. Prospec's flame spread testing, following standards such as,

Sr. No

Test Method Covered

1

ISO 5658-2

2

ISO 9239

Ignitability Test
Ignitability testing determines how easily a material can catch fire when exposed to a flame or heat source. This test is vital for evaluating the fire risk associated with different materials used in railways, commercial transportation, and construction. Materials with high ignitability can significantly increase the likelihood of a fire starting and spreading. Prospec's ignitability testing services, conducted according to standards like,

Sr. No

Test Method Covered

1

ISO 4589-2

2

ASTM D283

3

IS 13501

4

UL 94

5

ISO/IEC 60695-11-10

6

ISO 11925-2

Smoke Production Test
Smoke production testing measures the amount and density of smoke generated by materials when they burn. This test is important because smoke can be more dangerous than flames, causing visibility issues and health hazards, particularly in enclosed spaces like trains, buses, and buildings. Understanding the smoke production characteristics of materials helps in selecting those that produce less smoke, improving safety during a fire event. Prospec's smoke production testing, following standards such as,

Sr. No

Test Method Covered

1

UIC 564-2 Appendix 15

2

ISO 5659-2, IMP FTPC part 2

Heat Release Test
Heat release testing evaluates the amount of heat energy emitted by a material when it burns. This is a critical parameter in understanding the fire behavior of materials, as higher heat release rates can accelerate fire growth and increase the severity of a fire. In the railways, commercial transportation, and construction industries, controlling heat release is essential for preventing large-scale fire incidents. Prospec's heat release testing, conducted according to standards like,

Sr. No

Test Method Covered

1

ISO 5660-1

2

ASTM E1354

Fire Propagation Test
The Fire Propagation Apparatus is designed to provide a comparative measure of how much an essentially flat material contributes to the growth of a fire. This is typically expressed as a fire propagation index, which assesses the performance of internal wall and ceiling linings.The Fire Propagation Apparatus measures the extent to which a material contributes to the spread of fire. It provides critical data for evaluating the fire safety of internal linings by determining how quickly and extensively a fire can propagate across a material's surface. The results are often expressed in terms of a fire propagation index, helping to ensure compliance with safety standards.

Sr. No

Test Method Covered

BS 476 Part 6

Fire Propagation Index Test

Non-Combustibility Test
The Non-Combustibility Apparatus is engineered to test building materials for their non-combustibility according to international standards. This apparatus is designed to reach and maintain temperature equilibrium rapidly, and it offers the capability to print temperature curves for detailed analysis.The Non-Combustibility Tester is built to meet ISO 1182, IS 3808, and BS 474 Part 4 standards. It evaluates materials' resistance to combustion by exposing them to high temperatures and assessing their performance. The apparatus ensures quick temperature stabilization and provides printed temperature curves, offering precise and reliable results for material testing.

Sr. No

Test Method Covered

BS 476 Part 4

Non-Combustibility Test

ISO 1182

Non-Combustibility Test

IS 3808

Non-Combustibility Test

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care@prospectestinglab.in
A1 sector 28,
Near sector 28 metro station,
Faridabad, Haryana, 121008.
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