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Driven by a clear mission to provide comprehensive, safer, healthier, and more eco-friendly solutions to the automotive industry, Cubic, a leading manufacturer specializing in high-quality gas sensors and sensor technologies, has developed its mature diverse technological platforms, and has accumulated and provided complete gas sensing solutions for real-time air quality monitoring both inside and outside vehicles, driving safety monitoring, and automotive exhaust gas environmental monitoring.
Cubic initiated its development of automotive gas sensors from 2014 and has already expanded its portfolio to encompass a wide range of gas sensor products, including laser scattering PM2.5/PM10 sensors, NDIR CO2 sensors, MEMS MOX AQM sensors, MEMS TC Hydrogen sensors, NDIR refrigerant gas sensors and multi-technologies-integrated Li-battery thermal runaway gas sensors. Additionally, Cubic also designed HTCC, LTCC, NDIR and UVDOS exhaust monitoring gas sensors for environmental monitoring.
As a leading manufacturer, Cubic has already earned recognition as an Automotive Tier1 Supplier, with automotive-grade quality management system and extensive experience in automated batch manufacturing, under IATF 16949 Certificate.
Healthy and good air quality in the car is becoming one of the essential standards for cars. In pursuit of cabin comfort, Cubic leverages innovative technologies and multi-platform sensing solutions to provide automotive air quality gas sensors. Cubic automotive air quality gas sensors include laser scattering PM2.5/PM10 sensors, NDIR CO2 sensors, MEMS MOX AQM sensors, and cabin temperature and humidity sensors all aimed at comprehensive air quality monitoring.
With the wider adoption of electric vehicles, it is essential to consider the safety risks of Li-battery thermal runaway events. Cubic adopts NDIR (non-dispersive infrared) technology for CO2 concentration measurement, MEMS MOX and MEMS TC for CO/HC/H2 measurement, and LSD (laser scattering) technology to achieve wide range measurement for smoke or aerosol. Cubic lithium-ion battery thermal runaway sensors can precisely detect the thermal runaway event with CO2, CO/HC/H2, smoke or aerosol, released from battery from very early stage
The remarkable features of Cubic lithium-ion batteries thermal runaway sensors:
-Multi-parameter measurement without false alarm-Low power mode available, benefit for EV power consumption
In addition to Li-battery thermal runaway, vehicle refrigerant leakage is also a safety hazard worthy of attention. Dedicated to refrigerant gas sensing solution development over seven years, Cubic has leveraged its mature core NDIR technology platform to specially develop NDIR refrigerant gas sensors for R744, A2L and A3 refrigerant gas leakage. Cubic NDIR refrigerant gas sensors have the advantages of superior long-term stability, fast response and excellent accuracy under different temperature ranges to meet different application scenarios. Furthermore, with the feature of long lifespan and excellent performance due to the robust NDIR technology design and the durable component implement, Cubic NDIR refrigerant gas sensors will be the best candidate used in automotives.
With the long-term accumulation on R&D of exhaust gas monitoring, Cubic has developed a total solution for automotive emission testing from OEM gas bench, exhaust gas analyzer, opacity meter, engine tachometer to engine emission measurement system and PEMS based on Cubic core gas sensing technologies including dual beam NDIR, Microflow NDIR, ultraviolet differential absorption spectroscopy (UV-DOAS), NDUV technologies.
To help reduce the nitrogen oxides (NOx) level in engine exhaust, Cubic has developed NOx sensor based on own core HTCC technology to control engine emission. The NOx sensor can be used in the closed-loop control of nitrogen oxides in the SCR system of diesel engines, or in the on-board diagnostics (OBD) of gasoline and diesel engines.
At the same time, for many drivers, fuel economy is their top concern, low fuel consumption means more mileage per liter of fuel and less carbon dioxide emissions. Cubic developed oxygen sensor based on core HTCC technology, to monitor automobile exhaust oxygen content in the electronic fuel injection system, which could help adjust the air-fuel ratio in the engine to the optimal level, to help reduce the engine’s fuel consumption and exhaust pollution.
With automotive-grade quality management system and extensive experience in automated batch manufacturing, Cubic exhaust gas sensing and analyzing solutions can be widely adopted by gas analyzers manufacturers, automotive inspection & maintenance stations, automotive workshop, engine & vehicle manufacturers, relevant scientific research departments and testing institutions worldwide.
For more details, please click the following link on: https://en.gassensor.com.cn/CubicAutomotiveSensorSolutions/index.html
