Combustion calorific value detection

The combustion heat value is one of the important indicators of fuel. Measuring the combustion heat value can help judge the quality and applicability of the fuel. If the combustion calorific value of the fuel is too low, it may cause incomplete combustion of the fuel, produce harmful gases and pollutants, and cause harm to the environment and human health. If the combustion calorific value of the fuel is too high, it may lead to safety accidents such as fires and explosions. Therefore, measuring the combustion heat value can help companies choose appropriate fuels and ensure the safety of the production process.
Zhongke Testing Reliability Performance Testing Laboratory has various combustion performance testing capabilities and can provide professional combustion calorific value testing services for fireproof building materials, insulation materials, refractory building structures, flooring materials and other products.

Fire-resistant building materials, non-combustible inorganic composite boards (such as glass magnesium flat plates, calcium silicate boards, fiber-reinforced cement boards, etc.; insulation materials, inorganic wool for thermal insulation (such as rock wool products, slag wool products, glass wool products, aluminum silicate fiber products, etc.); fire-resistant building structural (accessory) parts; various flooring materials, textile carpets, cork boards, wooden boards, rubber boards, plastic floors and floor spray materials, etc.; various types of flame-retardant plastics and their products, etc.

GB/T14402-2007 Combustion performance of building materials and products Determination of combustion heat value
BS EN ISO 1716:2018 Fire reaction test of building products Determination of total heat of combustion (heat value)
ISO 1716:2018 Product fire resistance test reaction Determination of total combustion heat (heat value)
SN/T 4942-2017 Determination of the combustion heat value of biofuels Oxygen bomb calorimetry
SN/T 4112-2015 Determination of the combustion heat value of polypropylene plastics Oxygen bomb calorimetry
NF P92-521-2013 Product fire resistance test reaction Determination of total combustion heat (heat value)
EN ISO 1716:2010 Fire test reaction of building materials Determination of total combustion heat (heat value)
TB/T 2981-2000 Determination of the maximum heat value of material combustion