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(주)연진코퍼레이션 열량계, ARC, Accererating Rate Calorimeter, Micro Calorimeter, Reaction Calorimeter, RC
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제품소개 > 가속속도열량계 (Accelerating Rate Calorimeter)
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Thermal Hazard Technology (THT) is a world leader
in the design, manufacture and supply of specialised calorimeters, for process
development, process optimisation and safety. THT provides innovative instruments
and software to assist the scientist or engineer to gain quantitative heat and
pressure data from the widest range of reactive chemicals, materials and batteries.
THT products allow measurement of heats of reaction,
derivation of kinetic parameters and the assessment of maximum safe operating
temperatures and environment. Calorimetry is a material independent technique
permitting measurements on a range of scales. Consequently the application range
for our instruments is diverse; from bulk chemicals to specialist pharmaceuticals
and from advanced materials to explosives; from coin cell batteries to packs
for EV and satellites.
Today THT has a range of adiabatic and isothermal
safety and reaction calorimeters. Our instruments are currently utilised in
more than 100 leading pharmaceutical and chemical companies, the majority of
the worlds lithium manufacturers, government laboratories and universities worldwide.THT
can also undertake commercial work from single sample tests to consultancy projects.
All THT products are available for this activity. A full programme of innovation
and development keep THT products at the forefront of technology, so addressing
the challenges of tomorrows scientists.
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ARC; Accelerating Rate Calorimeter 가속속도열량계
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온도의
함수로써 단열(adiabatic)환경에서 열량/압력변화 측정.
- 폭주온도(runaway temperature)
- TMR (Time
To Maximum Ratio)
- onset (발열
개시온도)
- 최소최대 자기발열속도(self-heating rate)
-
압력변화와 압력상승속도
- 자기 발열속도에 이르기 까지 걸린
시간
- endothermic onset
- 리튬이온2차전지의 abuse test
(Over-Voltage, - Shorting, - heat change on short 등)
- and
more
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[ARC] [ ES-ARC ]
가속속도열량계
Accelerating Rate Calorimeter
0
~ 600°C temperature range (-40°C ~ 600°C
with CSU option)
Sensitivity: 0.002°C/min detection to 200°C
Pressure Range 0-200 bar
Calorimeter assembly; 10cm diameter by 12cm depth; 2.5cm thick copper (Ni
plated)
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[ARC] [ EV-ARC ]
배터리열량계
Battery ARC, Accelerating Rate Calorimeter
-50°C - 450°C EV temperature range
-40°C - 200°C BPC temperature range
0.02°C/min detection
Temperature resolution 0.001°C,
Pressure range 0-200 bar
Calorimeter
chamber: 25cm diameter; 50cm depth
BPC Battery
Performance alorimeter; 60cm, 50cm depth
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[ARC]
IBC
등온 배터리열량계
Isothermal Battery Calorimeter
Coin cell to D size
(prismatic)
Temperature range: -5 to 80°C
Current range options: 100μA to 4A (Standard) or 10μA to
100mA (high sensitivity) |
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[ARC]
RSD
쾌속반응안정성열량계
Rapid Screening Device
Multiple samples (up to 6 simultaneously)
-100 to 400°C
Pressure
0 to 160 bar
Scan Rate:
0 ~ 10°C / min |
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Adiabatic
calorimetry
(단열열량계)
-
Vent sizing
- Self-Heat
rate analysis
(Determination
of heat of reaction,
activation energy and
other kinetic parameters)
-
Pressure and Pressure
Rate Temperature
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Time to Maximum Rate
(Determination
of maximum safe temperatures
or size of storage vessels,
Determination of SADT)
Thermal stability of lithium
batteries and components
(리륨이온배터리
및 조성물의 열안정성 시험)
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Thermal test of Li-ion
prismatic cell with
simultaneous voltage
measurement
(Explosive
decomposition)
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Shorting test of Li-ion
prismatic cell (Thermal
runaway)
- Overcharging
of lithium polymer battery
(Temperature, voltage
and current measurement)
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Thermal stability testing
of a charged 18650 battery
RSD (발열량계)
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Rapid screening for
exothermic reaction
hazards
- Multiple
samples (up to 6 simultaneously)
-
Pressure & temperature
differential measurement
-
Thermo-kinetic quantitative
data analysis
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CISP
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[CISP]Software
for reaction hazard assessment (TSS) and Software for Chemical Engineering
(CES)
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Study
of chemical processes
- homogeneous
(liquid or gas);
-
heterogeneous (gas-solid,
liquid-liquid);
-
parameter kinetic estimation;
-
modeling of chemical
processes;
- reactor
optimization.
Calorimetric investigations
-
reactions in solid
and liquid chemicals
(thermal decomposition,
polymerization, ...);
-
interaction between
liquid reactants;
-
measurement of specific
heat of solids and liquids;
-
determination of phase
transition parameters
in solids;
measurement
of thermal conductivity
of liquids;
Data processing
services:
- initial
processing of thermoanalytical
data (DSC, TG, DTA,
isothermal and heat
flux calorimetry, reaction
calorimetry, combined
methods DSC+TG, ...);
-
initial processing adiabatic
data (ARC, VSP, Phi-tech,
DEWAR, etc.);
- creation
of kinetic models of
chemical reactions based
on various calorimetric
data and data on variation
of reactants concentrations;
-
reactors simulation
and optimization based
on reaction kinetics and reactor model;
-
reaction hazards assessment
based on reaction kinetics
(runaway simulation
and vent sizing, critical
conditions of thermal
explosion, analysis
of thermal stability
of products, etc.).
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