Vertical Fire Resistance Test Furnace 3000x3000x1500mm for ISO 834-1 & ISO 3008 Building Component Testing
The Vertical Efficient Fire Resistance Test Furnace is a precision-engineered testing system designed to evaluate the fire performance of building components and materials according to international standards including ISO 834-1 and ISO 3008.
This versatile furnace serves multiple industries by testing fire resistance performance:
- Building components: walls, doors, windows, partitions, ceilings, floors, and ventilation systems
- Marine and offshore: fireproof bulkheads, doors, and insulation for ships and oil rigs
- Industrial systems: firestop systems, cable trays, ductwork, and fire-resistant coatings
- Automotive and aerospace: composites and insulation materials for vehicles and aircraft
- ISO 834: Temperature-time curve for building component fire resistance tests
- ISO 3008/3009: Specific testing for doors, roller shutters, and similar components
- EN 1363 Series: General fire resistance test requirements
- EN 1364-1: Non-load-bearing walls testing
- EN 1365-1: Load-bearing walls testing
- EN 1366 Series: Ventilation ducts and fire dampers evaluation
- IMO hydrocarbon curve: Marine engineering fire resistance testing
- ASTM E119: Building component load capacity and insulation evaluation
- UL 263: Building structure fire resistance
- UL 10: Door component fire resistance
- UL 1709: Steel structure fire resistance
- ASTM E814: Firestop systems for penetrations
Single furnace supports multiple international testing standards including ISO, EN, ASTM, and UL requirements.
High-precision data acquisition with multi-channel modules, PLC, and computer-controlled PID automation for excellent stability and repeatability.
Windows XP operation with LabView development software providing real-time data display, dynamic curve plotting, and automated reporting.
20+ year design life with five-layer insulation structure maintaining room temperature exterior at 1300°C internal temperatures.
Multiple protection systems including thermal protection, pressure release, leakage detection, and gas pipeline safety.
Water-cooled and air-cooled heat extraction using circulating water for improved energy conservation.
| Parameter | Specification |
|---|---|
| Furnace Dimensions | 3000mm (width) × 3000mm (height) × 1500mm (depth) |
| Maximum Temperature | 1300°C internal operating temperature |
| Design Life | 20+ years with easy replacement of inner layer insulation |
| Insulation Structure | Five-layer construction with 1600°C refractory capability |
| Control System | High-precision acquisition card + multi-channel module + PLC + computer |
| Refractory Materials | Zirconium-containing high-temperature wool, refractory bricks, industrial refractory glue |
| Frame Material | Q235-A steel structure with ≥3mm thickness |
Our company holds patents and software copyrights for this furnace technology. All steel structures and pipelines receive three-layer high-temperature resistant anti-corrosion coating for long-term durability.
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