ACCELERATING RATE CALORIMETER - KELVN International Safety Services Pvt ltd

 The  minimum ignition temperature  (MIT) test determines the lowest temperature required to ignite a dust cloud in air. Hot surfaces capable of igniting dust clouds can exist in a number of situations in industry. Inside furnaces, burners, and dryers of various kinds they constitute part of the process equipment itself. Hot surfaces can also be generated by electrical heating and hot work, and by frictional overheating of bearings and other mechanical parts. In areas in industry where explosible dust clouds may occur, it is clearly important to know the minimum temperatures of any hot surfaces there, at which explosible dust clouds making contact with these surfaces, will ignite. As soon as adequate estimates of these minimum temperatures are available, adequate precautions can be taken to ensure that temperatures of hot surfaces in such areas do not rise to these value. The test gives a basis for temperature classification into T1, T2, T3, T4, T5, T6 where particular T-...

  Determines the smallest quantity of energy, as a capacitive or inductive spark discharge, required to ignite a powder dust cloud. Resulting data can be used to assess risks in processing and handling industrial powders. The MINIMUM IGNITION ENERGY (MIE) of a dust –cloud is primarily used assess the likelihood of ignition during processing and handling and to evaluate the need for precautions such as explosion prevention systems. The minimum ignition energy requirement for a combustible substance can be important in the assessment of hazards in a plant. It can serve as a guideline for determining the scope of the protective measures to be taken and to provide an insight for the general understanding of ignitions by static electricity MINIMUM IGNITION ENERGY (MIE)

RAPID SCREENING DEVICE (RSD) is a technique which is primarily used for stability investigation of different kinds of chemicals by safety researchers to quantify thermal hazards by the temperature pressure-time and heat of reaction data obtained. RSD uses sample quantity in grams to obtain more quantitative data than other conventional instruments. RSD has more advantage when it comes to sample testing which is equipped with six sampling chambers which helps to test different kinds of samples (six samples at a time) or different stages of desired product simultaneously which is time saving and which gives fast and reliable data.  The advantage of RSD over the DSC is that the thermocouple positioning, in RSD which is directly in to the reaction sample where as conventional DSC uses pan-bottom approach to measure the heat from the reaction due to that RSD can detect the low heat from reaction and which is clear accurate.  KELVN International Safety Services Pvt Ltd Cynosure Ent...

  Burning behavior test apparatus is used to determine the combustion severity of the material through deposition of the sample as a strip on non-porous plate and ignition trails are performed with the hot (1000°C) platinum wire which acts as an external source of ignition.   Burning behavior test KELVN International Safety Services Pvt Ltd Cynosure Enterprises Building,2nd floor, Plot No.3, Road No.12, TSIIC Tech Park, IDA Nacharam Hyderabad-500076, Ph: 9000237573, 8247799381 Website: www.kelvn.in Email: info@kelvn.in

 This test determines the minimum ignition energy of a dust cloud in air. The MINIMUM IGNITION ENERGY MINIMUM IGNITION ENERGY (MIE) of a dust –cloud is primarily used assess the likelihood of ignition during processing and handling and to evaluate the need for precautions such as explosion prevention systems. The minimum ignition energy requirement for a combustible substance can be important in the assessment of hazards in a plant. It can serve as a guideline for determining the scope of the protective measures to be taken and to provide an insight for the general understanding of ignitions by static electricity. KELVN International Safety Services Pvt Ltd Cynosure Enterprises Building,2nd floor, Plot No.3, Road No.12, TSIIC Tech Park, IDA Nacharam Hyderabad-500076, Ph: 9000237573, 8247799381 Website: www.kelvn.in Email: info@kelvn.in  

  The RSD helps chemists and engineers quantify exothermic (and endothermic) reactions from materials of low hazard to high explosives.   The heated calorimeter chamber has a circular pathway to allow air (or inert gas) to circulate repeatedly during the test. The gas passes through the sample chamber and over the main heater. Circulation is achieved by a high temperature fan and a control thermocouple regulates power to the heater to implement the test protocol. RAPID SCREENING DEVICE RAPID SCREENING DEVICE (RSD) is a technique which is primarily used for stability investigation of different kinds of chemicals by safety researchers to quantify thermal hazards by the temperaturepressure-time and heat of reaction data obtained. RSD uses sample quantity in grams to obtain more quantitative data than other conventional instruments. RSD has more advantage when it comes to sample testing which is equipped with six sampling chambers which helps to test different kinds of samples (s...