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ISO 5660 Cone Calorimeter Flammability Testing Equipment -Heat Release Rate System | KDM Global
The ISO 5660 Cone Calorimeter from KDM Global is a precision-engineered flammability testing system used to evaluate the heat release rate (HRR), mass loss, smoke production, and ignition behavior of materials under controlled radiant heat exposure. It is one of the most widely accepted instruments in fire testing, ideal for evaluating the reaction-to-fire performance of construction products, polymers, electrical cables, railway interiors, and more.

Built to meet ISO 5660-1 standards, this equipment utilizes the oxygen consumption principle to accurately measure the amount of heat released during combustion. It is essential for industries that require detailed combustion profiles, including building materials, railway transport, aerospace, automotive, and plastics manufacturing.

Key Features
Advanced cone heater with programmable heat flux up to 100 kW/m�²

Precision load cell for mass loss rate measurements

Exhaust gas analysis via oxygen and CO/CO ensors

Smoke density chamber with laser photometric detection

Time to ignition, peak HRR, and total heat release (THR) calculations

Fully automated software for real-time monitoring and reporting

Standards & Compliance
Complies with ISO 5660-1: Reaction to fire tests Heat release, smoke production, and mass loss rate

Supports EN 45545-2, ASTM E1354, and other international fire testing protocols

Essential for meeting HL1 to HL3 fire safety levels for railway materials

Applications
Rail coach interiors: Seats, panels, flooring

Construction materials: Insulation, wallboards, composites

Polymers & plastics: Flammability classification

Automotive/electrical: Component safety verification

Why KDM Global?
As a trusted manufacturer of high-precision fire testing equipment, KDM Global offers complete solutions with calibration, maintenance, and technical support. Our cone calorimeter systems are in use across certified laboratories, manufacturing units, and R&D centers globally.