Articles

A carbon monoxide detector is an instrument used to measure the amount of carbon monoxide present when ice fishing. In addition to measuring the amount of carbon monoxide present in an ice fishing tent or shack, many such carbon monoxide detectors also alarm ice fishermen when a certain threshold of carbon monoxide has been reached. 

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The CO₂ meter for biological incubators is a component of the scientific instrument used to grow cell cultures through optimizing environmental conditions for cell growth. This instrument goes by other names as well, including CO₂ incubator and CO₂ biological incubator. The meter itself is used to measure the amount of carbon dioxide present in biological incubators—in some cases, it can measure the amount of oxygen present as well. More specifically, it measures the concentration of carbon dioxide gas present within the incubator. 

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Carbon monoxide (CO) gas can pose a serious risk if it enters or leaks into your vehicle. To detect any potential CO buildup in your vehicle cabin, it's recommended to use a low-level carbon monoxide meter that can alert you of any danger. CO can enter your vehicle through various leakage pathways, and it's typically produced by the combustion engine of your vehicle. That's why we suggest using a portable CO detector designed for vehicles that can sound an alarm at 9 parts per million (ppm). 

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An explosimeter is an electronic gas meter that detects combustibles, flammable gases and volatile vapors. These instruments are used to assess gas and vapor for volatility, flammability and provides a good indication of the vapor pressure on a relative basis. These units are commonly used in the oil and gas industry, petrochemical industry, refining industry, R&D and industrial processing.

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As the effects of climate change worsen, the risk of wildfires continues to increase greatly. Monitoring carbon monoxide (CO), carbon dioxide (CO2), and airborne particulates can provide early warning to dangerous forest fires. Firefighters use these gas detectors to keep themselves safe while preventing blazing wildfires from spreading too far. In addition, these devices are essential to protect occupants from unexpected forest fires and toxic gas accumulation.

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A chlorine (Cl2) gas detector, also known as a Cl2 gas meter, detects and monitors the concentration of chlorine in the air. These gas meters are used for personal protection in toxic gas situations. Chlorine is used in household and industry settings as a disinfectant. It is also a common oxidizing agent in water treatment facilities, pools, bleaching processes, and industrial chemical workflows.

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A formaldehyde (HCHO) gas detector, also known as an HCHO gas meter, detects and monitors the concentration of formaldehyde in the air. These gas meters are used for personal protection in toxic gas situations. Formaldehyde is used to manufacture chemicals, particleboard, fabrics, paper coatings, fiberboard, plywood, and many other household products.

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A hydrogen cyanide detector, also known as an HCN gas detector, senses the concentration of HCN in the air. These devices are used for personal protection in hazardous gas environments. Hydrogen cyanide is used for chemical processes, fumigation, mining, electroplating, and the production of synthetic plastics. In addition, HCN is emitted during reactions between cyanide and acid or combustion.

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A hydrogen chloride detector, also known as an HCl gas detector, senses the concentration of hydrogen chloride (HCl) in the air. These devices are used for personal protection in hazardous gas environments. Hydrogen chloride is used in cleaning, pickling, electroplating, tanning leather, refining, and many chemical processes. In addition, HCl is used to treat oil and gas wells.

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A phosphine detector, also known as a PH3 gas detector, senses the concentration of phosphine (PH3) in the air. These devices are used for personal protection in hazardous gas environments. Phosphine is used as an insecticide and rodenticide for fumigation of grains, tobacco, and animal feed. In addition, the gas is used as an intermediate in many chemical processes.

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A sulfur dioxide detector senses the concentration of sulfur dioxide (SO2) in the air. These devices are used for personal protection in hazardous gas environments. SO2 is used in many industrial applications including chemical processes, bleaching wood pulp and paper, food processing, and waste treatment. In addition, sulfur dioxide is generated during coal and petroleum combustion. SO2 is recognized as a major pollutant, posing risks to the workplace and environment. 

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A nitrogen dioxide (NO2) detector senses the concentration of nitrogen dioxide gas in the air. These devices are used for personal protection in hazardous gas environments and to track NO2 levels produced by emissions. NO2 gas is a by-product of combustion and produced by diesel engines, coal-fired power stations, wastewater plants, and manufacturing processes. 

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An ethylene oxide gas detector, also known as an ETO gas detector, senses the concentration of ethylene oxide (C2H4O) in the air. These devices are used for personal protection in hazardous environments and to confirm gas levels for sterilization purposes. Along with sterilizing medical equipment, ETO is used as fumigant pesticide and fungicide in agriculture, grain, and food production.

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Carbon monoxide (CO) monitoring in boats and houseboats is paramount for your safety. Boats are confined spaces which quickly become gas chambers if carbon monoxide leaks in the cabin, sleeping quarters, or cockpit. Carbon monoxide can also accumulate in the stern of the boat. The main sources of carbon monoxide are generator and boat motor exhaust.

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Carbon monoxide must be monitored in RVs and campers. These are confined spaces - if carbon monoxide was to accumulate, the limited volume would be filled with carbon monoxide in a very short time. Each year, there are many deaths from carbon monoxide poisoning in RVs, campers, trailers, and boats. The main sources of CO include generator exhaust and propane or butane appliances. 

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The three best gas detectors for the home include (1) carbon dioxide (CO2) monitors, (2) a carbon monoxide (CO) detectors, and (3) particulate (dust) detectors. These three detectors will be able to take care of 95% of air quality problems in your home.

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A hydrogen gas detector senses hydrogen (H2) concentration in the air. These analyzers are used for personal protection in hazardous gas environments. They are also found in industrial settings, battery storage centers, and hydrogen fuel cell facilities. Hydrogen is an important alternative source of energy storage, but can become dangerous if a leak occurs and accumulates indoors.

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An ammonia detector senses ammonia gas in the air. These devices are used for personal protection in hazardous gas environments. Poultry and swine farms use ammonia gas detectors to make sure the indoor air quality is safe for livestock.

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A oxygen analyzer can measure O2 concentrations in the air. It is common to these devices when analyzing indoor air quality, oxygen deficient processes, or residual oxygen after an inert gas flush. Oxygen detectors typically analyze concentrations less than 20.9%. In some applications, enriched oxygen levels may need to be measured.

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Oxygen (O2) analyzers are used to confirm an inert environment for the best welding results. These detectors continuously operate to confirm low levels (less than 100 ppm) of oxygen. O2 analyzers typically include a probe, pump, oxygen sensor, and display. Oxygen analyzers for welding have reduced in price over the past few years, now retailing for less than $500.

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