The Vertical Fire Resistance Test Furnace,suitable for evaluating the fire resistance of products such as fire doors installed at the openings of vertical partition members, fire shutter assemblies, fire bricks, fire glass, fire partition walls and fire windows.
The oxygen consumption rate calculated from the oxygen concentration in the combustion product gas stream, as well as the heat release rate during combustion, are critical parameters for evaluating the combustion performance of materials. Accurately measuring the heat release rate during the combustion process is crucial for predicting fire hazards and for flame-retardant treatments. This process complies with the following test standards: ISO5660-1/-2, ASTM E1354, ASTM E1740, ASTM E1550, ASTM D5485, ASTM D6113, NFPA 271, NFPA 264, CAN/ULC-S135, and BS 476.
Flooring Radiant Heat Flux Test Apparatus Comply with the test standard of EN ISO9239-1:2002,ASTM E648-2014,This test method is applicable to all kinds of floorings.
The design of this instrument meets the requirements of ISO 5725-1(2):1994, EN 136011, EN 13238.Single Burning Item Fire Testing Equipment is suitable for evaluating the fire performance of flat building products.
ISO 19700 Smoke density testers are used to determine the fire resistance and smoke-generating characteristics of materials such as plastics, rubber, textiles, and other materials.
The Fire Resistance Tester Comply with DIN 4102 and GB/T 8625-2005 "Test method of difficult-flammability for building materials"This standard applies to the determination of the flame retardancy of building materials.
Oxygen Index Test Apparatus Comply with JIS7201, BS2782, ANSI/ASTM, D2863, ISO4589-2:1996 test standards.suitable for homogeneous solid materials, laminates, foam materials, soft sheets and film materials with apparent density greater than 100kg/m³
Comply with HB horizontal burning test of UL 94-2012; ASTM D635; V-0 V-1 V-2 vertical burning test of UL 94-2012; ASTM D3801; IEC 60695-11-10 standard requirements.It is mainly used to measure the combustion performance of plastic or plastic parts and non-metallic materials under the condition of 50W flame, burning horizontally or vertically and to determine the plastic combustion level.
It is suitable for the toxicity analysis of any combustion product, and can be used in conjunction with smoke-producing toxicity tester, NBS smoke density tester, hammer calorimeter, toxicity test chamber (tubular distillation method) and other instruments
The Building Material Ignitability Fire Tester Comply with the standard requirements of ISO5657-1997 "Reaction to fire tests—Ignitability of building products using a radiant heat source"
It is mainly used to measure the combustion performance of plastic or plastic parts and non-metallic materials under the condition of 50W flame, burning horizontally or vertically and to determine the plastic combustion level.
Cone Calorimeter Comply with ISO 9705,ISO 5660 standards,It is suitable for buildings and large complexes (including rolling stock, vehicles, warehouses and the way they are constructed) as well as for extensive fire performance test verification of raw materials, buildings and solid models.
This NBS Smoke Density Chamber Compliant with BS EN ISO5659-2:2006,ASTM E 662:2006,ISO5659-2:2012 standards,It is suitable for the determination of specific optical density of smoke produced by solid materials or assemblies in flameless mode or flame mode.
This Material Smoke Toxicity Hazard Classification Tester Comply with DIN 14521-1987、ISO19700-2006 standards,It is suitable for the test equipment for the grading of smoke toxicity hazard for materials that produce smoke stably.
This Flammability Tester Comply with ASTM D3014-04a, ISO 3582, UL94 HBF, HF-1, HF-2 test standards.It is suitable for evaluating the vertical combustion performance of rigid foam plastics under laboratory conditions and specifies the vertical combustion method to determine the combustion performance of rigid foam plastics.
WhatsApp:
Mobile Phone:
Contact Now
