Isocyanate Detection


Isocyanate Detectors

Isocyanates are typically produced by manufacturers of foam for products in the automotive industry such as headliners, dashes and seats or for the furniture industry for cushions and mattresses. Typical isocyanates include TDI, MDI, HMDI.

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ATI's Series D12 gas transmitter product line has been expanded. Now available in this versatile package is an LEL transmitter utilizing an Infrared sensor that resists the poisoning problems inherent in catalytic bead sensors.

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ATI's Series PQ45 is the answer to the need for a rugged field deployed package capable of measuring and recording water quality data in a variety of operating environments.

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Allegro's Air Filtration Panels convert shop air used for pneumatic tools and equipment to clean breathable air.

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Area monitoring reinvented. That's what Draeger's X-zone 5500 brings to a worksite: a safer, more effective way to monitor for hazardous gases. In combination with the Draeger X-am 5000, 5100 or 5600 gas detection instruments, the X-zone 5500 can be used for the measurement of up to six gases and extends the range of your portable gas detection technology.

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Breathe cool, stay safe: Draeger X-plore 1750 and 1760 is Draeger's new generation particle filtering face piece respirators, coming with distinct improvements in comfort and protection.

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Combining versatility, ease of use and the latest breathing apparatus design, Draeger's PAS Micro is among the most technologically advanced, short duration emergency escape units available.

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Draeger's PAS Colt combines versatility, ease of use and the latest in breathing apparatus design. It is among the most technologically advanced, short duration emergency escape unit available.

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ER2000 Escape Respirator is a hood style full face respirator that provides respiratory protection from Nuclear, Biological and Chemical (NBC) warfare agents as well as Toxic Industrial Materials (TIM's).

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FMC 2000 is a multi-channel controller with built in modem designed for integration with Rae Systems' wireless mesh network products. It is simple to install and operate, versatile, and dependable.

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For qualitative fit testing of air purifying respirators this Smoke Test Kit offers everything needed for meeting OSHA's protocol for fit testing with smoke.

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Perfect for storing APR's cartridges and other respirator accessories such as fit testing kits, storage bags and cleaning supplies.

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Providing permanent chlorine residual records normally means purchasing a residual chlorine monitor and connecting the output of the monitor to a separate recorder. ATI's Series B20 provides an integrated solution to this problem.

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Rae Systems' Hand pump if for use with Rae's line of gas detection tubes.

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Rae Systems' MultiRae Lite is a perfect wireless monitoring solution for personal protection. It can monitor up to six gases and thrives in confined space entry situations. This tool comes in either with an internal pump or diffusion monitor and is compatible with more than 30 sensor options allowing it to fully meet the monitoring requirements of any application.

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Rae Systems' large selection of colorimetric gas detection tubes offer quick, on the spot measurements of a wide range of toxic and combustible gases and vapors.

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Rae Systems' ppbRae 3000 is a state of the art VOC gas detector for monitoring at the parts per billion (ppb) level. This device uses a new generation of photo ionization detector (PID) and features both temperature and humidity compensation for improved accuracy. It includes built in correction factors for over 200 compounds and is suitable for use in any hazardous environment.

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The Casella dBadge2 Noise Dosimeter keeps all the great attributes of the original dBadge but adds incredible features you won't want to do without!

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The Draeger single cartridge system keeps cartridges and filters out of the wearer's line of vision without sacrificing service life or breathing comfort. the threaded adapter on the cartridges makes change out simple, quick and sure.

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The GfG G460 combustible gas detector is the world's most advanced multi-sensor atmospheric monitor. The durable G460 continuously measures and displays readings for up to six gases at the same time.

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The MiniRae 2000 is no longer available. The MiniRae 3000+ has replaced the MiniRae 2000. The MiniRae 3000+ is Rae Systems most advanced handheld volatile organic compound (VOC) monitor on the market. Its photoionization detector's (PID) extended range of 0 to 15,000 ppm makes it an ideal instrument for applications from industrial hygiene to leak detection and HazMat.

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The MiniRae Lite from Rae Systems is the most reliable handheld portable volatile organic compound (VOC) monitor on the market. Its photo ionization detector's (PID) range of 0 to 5,000 ppm makes it an ideal instrument for application ranging from environmental to construction.

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The Rae Systems MultiRae Pro is the industry's first wireless multi threat detection tool that combines continuous monitoring capabilities for gamma radiation, volatile organic compounds (VOCs), toxic, combustible gases and oxygen with Man Down Alarm functionality in one highly portable instrument.

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The Series F12 Gas Transmitter is an Intrinsically Safe (IS) version of ATI's explosion proof D12 transmitter. In its standard form, it is designed for detection of a variety of toxic gases in hazardous area applications requiring IS devices.

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The ToxiRae Pro is the world's first wireless personal monitor for toxic gases and oxygen. The Rae Systems ToxiRae Pro takes worker protection to the next level by providing safety professionals wireless access to real time instrument readings and alarm status (including man down alarm) from any location for better visibility and faster response.

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The use of ozone gas is increasing rapidly in a wide variety of applications, such as water treatment, odor control and food processing. ATI's Model A23-14 is a portable generator designed to produce an ozone gas concentration below 1 ppm.

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The world's only Chip Measurement System (CMS) makes spot measurements as easy as 1, 2, 3: insert chip - start measurement-read measurement result on the LCD display. The Draeger CMS combines the advantages of Draeger Tubes with those of an optoelectronic analysis system. Two components define the system: the analyzer and the substance specific chip.

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This Point of Attachment (POA) Air Control System connects to any breathing air source. It's housed in a Pelican carry case that can be wall mounted and includes an adjustable pressure regulator, pressure gauge and a pressure relief valve.

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This heat stress meter features bright multi-color LCD backlights corresponding to OSHA's heat stress alert levels.

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This unique sound meter enables remote sound level readings using a detachable probe. It features an RS232 computer interface, AC output and a coiled probe that extends to 9'.

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Hazard Assessment Kits for Isocyanates, Amines, Phenols and Acid/Bases

Locate and remediate contamination from all the unusual places. Tools, switches, telephones, doorknobs, handles, etc. all offer exposure potential to the unsuspecting unprotected worker. Conveniently sized spray bottles of developing and decontamination solutions combined with fast acting SWYPEs™ (chemically treated wipe pads that change color after coming in contact with these chemicals) enable the safety professional to identify and decontaminate previously unrecognized exposure sources. PERMEA-TEC™ Sensors, glove breakthrough indicators, confirm glove suitability and effectiveness. Chemically impregnated adhesive pads worn on the hands under protective gloves change color when chemical breakthrough occurs. D-TAM™ Cleansing products are specifically formulated to meet the solubility characteristics of the chemicals in use. D-TAM™ Safe Solvent is plant oil based with added emulsifiers to remove non-water soluble materials i.e. isocyanates without drying or irritating the skin. D-TAM™ Skin Cleanser removes those chemicals such as aromatic amines that are only slightly soluble in water. Both D-TAM™ products are non-toxic, biodegradable, and rinse clean with water.

OSHA Validated For

  • Aromatic Amines
  • Aromatic Isocyanates
  • Aliphatic Amines
  • Aliphatic Isocyanates
  • Phenols
  • Acid/Base Contaminants

All Kits Contain:

  • 1 spray bottle developing solution
  • 1 spray bottle decontamination solution
  • 75 Surface SWYPEs™
  • 20 Skin SWYPEs™
  • 20 PERMEA-TEC™ Sensors
  • 8 oz. D-TAM™ Skin Cleanser

Except for the following kits:

Aliphatic Amines (no decontamination solution; 100 SWYPEs™)

Acid / Base (no decontamination solution; 100 SWYPEs™)

Ordering Information

For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com

Description
Catalog No.
Hazard Assessment Test Kit for Aromatic Amines 1001-1
Hazard Assessment Test Kit for Aromatic Isocyanates 1002
Hazard Assessment Test Kit for Aliphatic Isocyanates 1003
Hazard Assessment Test Kit for Aliphatic Amines 1005
Hazard Assessment Test Kit for Acid/Base Contaminants 1006
Hazard Assessment Test Kit for Phenols 1007

Downloads

Instructions Aromatic Amines Hazard Assessment Test Kits

Instructions for Aliphatic Amines Hazard Assessment Test Kits

Instructions for Aromatic Isocyanate Hazard Assessment Test Kits

Instructions for Aliphatic Isocyanate Hazard Assessment Test Kits

Instructions for Acid/Base Hazard Assessment Test Kits

Instructions for Phenols Hazard Assessment Test Kits

Spill Decontamination Kits for Isocyanates and Aromatic Amines
CLI products provide an easy and effective means to clean-up of surfaces contaminated by chemical spills with these Spill Decontamination Kits. Aqueous based, biodegradable decontamination solutions are pH adjusted to neutralize toxicity and washes clean with water. SWYPE™ Pads, with detection levels as low as 3-5 µg, change color to bright red-orange if aromatic amines or isocyanates are present. Using SWYPEs™ confirms decontamination is complete. Aromatic Isocyanate Spill Kit Contains:
  • Developing solution
  • Decontamination solution
  • 75 Colorimetric Surface SWYPE™ detectors
  • Flexible hose spray applicator
Aromatic Amine Spill Kit Contains:
  • Cleaning/Developing solution
  • Decontamination solution
  • 75 Colorimetric Surface SWYPE™ detectors
  • Flexible hose spray applicator
Aliphatic Isocyanate Spill Kit Contains:
  • Developing solution
  • Gallon of Isocyanate decontamination solution
  • 75 Colorimetric Surface SWYPE™ detectors
  • Flexible hose spray applicator

Ordering Information

For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com
Description
Catalog No.
Aromatic Amine Spill Kit 2001-1
Aromatic Isocyanate Spill Kit 2002
Aliphatic Isocyanate Spill Kit 2003
Decontamination Solution for Aromatic Amines, 22 ounce spray 1071
Decontamination Solution for Aromatic Amines, 1 gallon 1051
Decontamination Solution for Aromatic Amines, 55 gallon drum 1051D
Decontamination Solution for Isocyanates, 22 ounce spray 1072/3
Decontamination Solution for Isocyanates, 1 gallon 1052

Downloads

Aromatic Isocyanate Spill Kit Instructions Instructions for Aromatic Amines Spill Decontamination Kits Instructions for Aliphatic Isocyanate Spill Kit
D-TAM Skin Cleanser for Isocyanates & Other Chemicals
Safe and effective removal of chemical contamination from skin should be an integral part of every safety and health program. Most industrial skin cleansers contain harsh surfactants and degreasers that can de-fat and degrade the skin’s natural lipid barrier. Frequent washing with these products may result in dry, cracked, irritated skin that is more susceptible to chemical contamination. D-TAM™ Skin Cleanser is specially formulated with high molecular weight ingredients that will not penetrate the natural barrier of the skin. Without disrupting the natural barrier properties of the skin, D-TAM™ Skin Cleanser safely and effectively removes lipophilic (water insoluble) chemicals used with solvents.

Features

  • Contains NO water, lanolin, aloe vera, alcohol, pumice or harsh surfactants.
  • Will not enhance the penetration of contaminants through the skin’s natural protective barrier!
  • Will not abrade the skin’s natural protective barrier!
    • No skin rash with frequent use!

Common Chemicals Removed:

  • Aromatic amines: MDA, TDA, MOCA, aniline, o-toluidine, etc.
  • Isocyanates and urethanes
  • Pesticides
  • Phenol
  • Epoxy resins
  • Paints and sealants

Ordering Information

For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com
Description
Catalog No.
D-Tam Skin Cleanser, 8 ounces 5011
D-Tam Skin Cleanser, 1 Gallon 5001-1

Downloads

D-Tam Skin Cleanser Selection Chart D-Tam Skin Cleanser Instructions
PERMEA-Tec Glove Break-Thru Sensors
Toxic chemicals such as pesticides, aromatic amines, and isocyanates can permeate gloves and protective clothing. Wide variations in the chemical resistance of gloves and protective clothing compositions make protective equipment selection difficult—especially if using mixtures of chemicals in the workplace. Many factors affect the performance of gloves during actual use. Flexing, stretching, pressure and abrasion are physical factors that can cause premature breakthrough and bring into question reliance on ASTM Laboratory breakthrough data. PERMEA-TEC™ sensors show when breakthrough actually occurs and enables the safety professional to select the glove that is best suited for the job in terms of protection, employee acceptance and cost effectiveness. The sensitivity of the PERMEA-TEC™ sensors is 3-5 µg for aromatic amines and isocyanates. PERMEA-TEC™ sensors should be attached to the hands of the worker before gloving. It is recommended that the detector be placed on the thumb, middle finger, and palm, as these areas represent the highest degree of contact and abrasion. During initial evaluation of a new glove, the worker should be double gloved as a safety precaution. Attach PERMEA-TEC™ sensors to the outside of the glove currently in use and don the new glove over the first. Check sensors hourly to determine when break through occurs and change gloves accordingly. The picture above shows a close-up of two PERMEA-TEC™ sensors. The top PERMEA-TEC™ shows the middle strip that has not been exposed to chemical break through. The bottom shows a color change on the middle strip, indicating that break through has occurred. Studies show that occlusion of skin increases absorption of chemicals by a factor of 5 to10 times. Gloves and non-porous clothing effectively occlude the skin, thereby resulting in enhanced absorption of permeating chemicals. PERMEA-TECs™ produce a color change when permeation occurs, thus providing a method for field validation of the efficacy of protective clothing. Using a PERMEA-TEC™ Glove Sensor once a week (on a daily basis when handling highly toxic chemicals) demonstrates the need for safe work practices and documents protection from chemical exposure. PERMEA-TECs™ have been developed for environments that handle:
  • Aromatic amines
  • Aromatic isocyanates
  • Aliphatic isocyanates
  • Aliphatic Amine
  • Acid/Base contaminants
  • Phenols
  • Solvents
Product comes in packages of 20 for detection of break through for the chemicals listed above.

Ordering Information

For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com
Description
Catalog No.
PERMEA-TEC Sensors for Aromatic Amines, pk/20 3001-1
PERMEA-TEC Sensors for Aromatic Isocyanates, pk/20 3002
PERMEA-TEC Sensors for Aliphatic Isocyanates, pk/20 3003
PERMEA-TEC Sensors for Aliphatic Amines, pk/20 3005
PERMEA-TEC Sensors for Acid/Base, pk/20 3006
PERMEA-TEC Sensors for Phenols, pk/20 3007

Downloads

Instructions for PERMEA-TEC Glove Sensor Use, Non-Solvents PERMEA-TEC Sensor Use, Solvents Instructions Instructions for PERMEA-TEC Sensor Use, Hydrazines PERMEA-Tec Sensor Use, Acid/Base Instructions
Colorimetric Skin SWYPEs Chemical Contamination Indicators
Colormetric Skin SWYPE™ are simple, visible skin exposure indicator. SWYPEs™ are best described as a workers’ training tool used to identify work practices that may result in skin exposure. Skin SWYPEs™ can be used to test employees’ hands to verify that gloves are providing protection from exposure. Using moderate pressure, wipe the suspected exposed skin area (behind the ear, pencil; bridge of nose, safety glasses, etc.) with the cloth pad portion of the Colorimetric Skin SWYPE™. Use a separate SWYPE™ for each area to be checked. To process, add ¼” of Developing Solution to the small plastic cup provided. Place the Skin SWYPE™ in the cup with the cloth pad portion in the solution and the color detection strip up at the top. The solution will wick up, carrying any contaminant, to the detector pad. Remove the SWYPE™ from solution cup when the detector pad is saturated. The test takes approximately 5 minutes for the color change reaction to occur. The sensitivity of the Skin SWYPE™ is 3-5 μg for aromatic amines and isocyanates. A common sense approach is the key to the successful use of the SWYPE™ detection systems for reducing workplace exposures. The first step is to observe employee work practices. Tools, machinery controls, safety glasses or pencils that are handled with contaminated gloves and may later be touched by bare skin, represent potential exposures. The rapid color indication of the Skin SWYPE™ helps to reinforce safe work practices and to educate workers in the prevention of skin exposures. Skin SWYPEs™ are available for:
  • Aromatic amines
  • Aromatic isocyanates
  • Aliphatic isocyanates
  • Aliphatic Amines
  • Acid/Base
  • Phenols

Ordering Information

Cleaning/Developing solutions are necessary to increase the sampling efficiency of the Skin SWYPES. For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com
Description
Catalog No.
Skin SWYPEs for Aromatic Amines, pk/20 1031
Skin SWYPEs for Aromatic Isocyanates, pk/20 1032
Skin SWYPEs for Aliphatic Isocyanates, pk/20 1033
Skin SWYPEs for Aliphatic Amines, pk/20 1035
Skin SWYPEs for Acid/Base, pk/20 1036
Skin SWYPEs for Phenols, pk/20 1037
Aromatic Amine Cleaning/Developing Solution, 1 gallon 1041
Aromatic Amine Cleaning/Developing Solution, 20 ounce spray 1061
Isocyanate Developer 1062/3
Aliphatic Amine Developer 1065
Acid/Base Developer 1066
Phenol Developer 1067

Downloads

Instructions for Colirmetric Skin SWYPEs Use
Surface SWYPEs for Chemical Contamination Identification
Chemical contamination on workplace surfaces can result in significant skin exposure. Identification of areas and tasks for risk of dermal exposure is a critical element in a hazard assessment as required by OSHA’s new PPE standard. Surface SWYPEs™ are a simple and sensitive technique to identify contaminated work sites where protective gloves and clothing must be worn. The use of colorimetric SWYPE™ systems compliment the use of urine testing in a worker education and training program for controlling employee exposure. A common sense approach is the key to the successful use of the SWYPE™ detection systems for reducing workplace exposures. The first step is to observe employee work practices. Tools, machinery controls, safety glasses or pencils that are handled with contaminated gloves and may later be touched by bare skin, represent potential exposures. Procedures for the handing of drums should be checked to ensure that drum surfaces do not become contaminated. Pump seals and hose connectors can be checked for leaks with Surface SWYPEs™ . Surface SWYPEs™ can also be used to determine that urethane parts are completely cured before being handled with bare hands. Skin contact with uncured materials or surfaces in contact with uncured materials may result in worker exposures. Gloves should be worn when using the Surface SWYPE™ detectors. First, lightly spray the area to be tested with Developing Solution. Wait approximately 30 seconds and then wipe with a Surface SWYPE™ pad. Allow 2 – 3 minutes for the color change reaction to occur. Do not reuse the Surface SWYPE™ after activation. The sensitivity of the Surface SWYPE™ is 3-5 µg for aromatic amines and isocyanates. Surface SWYPEs™ are available for:
  • Aromatic amines
  • Aromatic isocyanates
  • Aliphatic isocyanates
  • Aliphatic Amines
  • Acid/Base
  • Phenols

Ordering Information

Cleaning/Developer solutions are necessary to increase the sampling efficiency of both the Surface and Skin SWYPE detction systems. For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com
Description
Catalog No.
Surface SWYPEs for Aromatic Amines, pk/25 1021
Surface SWYPEs for Aromatic Isocyanates, pk/25 1022
Surface SWYPEs for Aliphatic Isocyanates, pk/25 1023
Surface SWYPEs for Aliphatic Amines, pk/25 1025
Surface SWYPEs for Acid/Base, pk/25 1026
Surface SWYPEs for Pheonols, pk/25 1027
Aromatic Amine Cleaning/Developing Solution, 1 gallon 1041
romatic Amine Cleaning/Developing Solution, 20 ounce spray 1061
Isocyanate Developer 1062/3
Aliphatic Amine Developer 1065
Acid/Base Developer 1066
Phenol Developer 1067

Downloads

Instructions for Surface SWYPEs Use
SPM Flex Chemcassette Tape Based Gas Detector
Improve safety and productivity with the most flexible, user friendly tape based gas detector for low level toxics, the SPM Flex Isocyanate Detector by Honeywell Analytics. The SPM Flex, the next evolution of the SPM & TLD gas detectors with Chemcassette tape technology, is capable of working as both a fixed and a portable unit. The monitor detects the ultrasensitive gases inherent in your operations, including:
  • Isocyanates
  • Hydrides
  • Oxidizers
  • Mineral acids
  • Amines
The SPM Flex is a highly automated single point monitor that is intuitive, easy to use and designed to the unique needs of your operation.
  • The Honeywell SPM Flex is easy to choose the target gas, just turn the Flex on, snap in the proper Chemcassette tape and use the intuitive LCD menu to select the gas from the list. Need to monitor for a gas in a different family? Just swap out the Chemcassette tape and choose the new gas. No ChemKeys required.
  • The SPM Flex has a quick start up for emergency response. It is running in under 2 minutes – so your response team can quickly gear up and go to the site.
  • The SPM Flex is easy to use with protective equipment or hazmat gear. Purpose built with the user experience in mind, the SPM Flex is easy to carry operate and read – even when you are wearing a hazmat suit or other protective gear. The monitor has large, chunky buttons that are easy to use. And when you carry the SPM Flex, the display faces up so it’s easy to read.
  • The SPM Flex is capable of working as both a fixed and a portable unit, an important addition to your toxic gas monitoring system. Use it to investigate suspected leaks, or, if you have a monitoring point that is out of service, use the SPM Flex to replace it – with the option to plug it in or use the long lasting battery.
  • The SPM Flex is visible at a distance. Thanks to a crisp display and a color coded LED bar on top of the SPM Flex, you can see alarm status, gas concentration and other data easily from a distance. So even if you are not right next to your SPM Flex, you always know the health of your unit and the safety of your area.
  • The SPM Flex offers remote viewing through the web. Your visibility even extends to other rooms and buildings, thanks to the unit’s web capabilities. Simply plug an Ethernet cable into the SPM Flex, and use the easy to read web interface to see the status of the unit – no matter where you are.
  • The SPM Flex stands up to harsh conditions. Working in the sun and rain, around blasts of steam, or other challenging environmental conditions? The SPM Flex goes where you do, standing up to changes in temperature and humidity without compromising accuracy. It also works well in cleanrooms, thanks to its Teflon coating that does not attract dust. And if it is every exposed to toxic gas or caustic liquid, just hose it down or use a decontamination wipe.
  • With the SPM Flex, you can rest assured that every monitoring moment is being recorded – and ready for analysis whenever you need it. Whether you want to report a gas incident or investigate a trend, the monitor keeps up to a three month history of gas concentrations, alarms, tape changes and other factors. Plus, you have the option to view this data through a web server, or you can easily download it to a USB drive.
  • Need to change the detection limit for a gas? Alter the parameters for latching alarms? Just adjust your settings with the intuitive menu – then use the USB port to download and transfer them to other units. So it is a snap to deploy multiple monitors with a consistent configuration.
  • The SPM Flex has easily serviceable parts and a reliable battery, so you can count on long-lasting portable use – and an affordable cost of ownership. Even more, if the SPM Flex is plugged in and you lose power, the internal battery kicks in as backup so the unit keeps monitoring.

Instrument Specifications

Detection Technique Chemcassette tape based with advanced self monitoring optics design
Alarm Point Chemcassette dependent
Battery Type Lithium ion
Battery Life 6+ hours, approximately 70% of its original capacity after 300 full charge/discharge cycles
Flow System Automatic flow control with bypass system, 250 or 500 cc/min at tape, higher flow at inlet to reduce sample time (internal bypass system); sample up to 100 feet
Local Alarms/Status Visual: LEDs for alarm, normal condition and fault Audible: User selectable: Off, Low – 75 dB at 1M, Medium – 85 dB at 1 M, High > 90 dB at 1M
Interface 4 large buttons, 3.5″, color LCD TFT display, web server
Data Logging Rolling up to 3 months (15 second with no gas reading, 1 second when reading gas), event history (1,500 events – about 1 year)
Maximum Inlet/Outlet Pressure Differential Overall maximum load on the pump between the inlet and the exhaust should not exceed 10″ H2O
Relays 250 V, 6a maximum
Wire Gauges Minimum: 24; Maximum: 14
USB 2.0 or later
Indoor/Outdoor Use Both, power supply is indoor only
Operating Altitudes -1,000 to 3,000 feet above sea level: standard; 3,000 feet to 6,000 feet above sea level, requires adjustment by Honeywell
Ingress Protection IP-65
External Switch or Circuit Breaker Requirement Meet or exceed all local codes and regulations
Ventilation Requirements Mount with no obstructions within 4″ of either side or within 2″ above and below the detector
Power Supply Universal line powered (90-260 VAC 50/60 Hz) for battery charger & non-classified use. Battery: 6+ hours under typical conditions – acts as battery back up in fixed applications
Power Consumption About 1.9 at 2.4 VDC (including battery charging current)
Communications Relays: Alarm 1, Alarm 2, Fault (user configurable for normally open/closed) 4-20 mA Ethernet with Modbus TCP/IP and web server USB port for memory stick configuration/data transfer Communications connector and optional communications cable: 60 V, 5 A maximum
Temperature 0 to 40°C for most gases
Humidity 0-100% RH for unit, sample RH limited per tape/calibration. Sample line requires additional hardware to remove moisture in high RH conditions where condensing may occur. The sample must be non-condensing. Dry conditions may require humidification
Mounting Screws Concrete: 5/16″ x 2″ vibration resistant stud anchor for concrete, add .25″ to length when mounting bracket with sun shield Wood: 5/16″ x 2″ flange head lag screw for wood, add .25″ to length when mounting bracket with sun shield
Dimensions 13.2″ x 7.2″ x 6.4″
Weight 9.1 pounds
Certifications UL: 61010-1, 3rd edition, 2012-05 CAN/CSA: C22.2 No 61010-1, 3rd edition, 2012-05 IEC: 61010-1: 2010, 3rd edition FCC approval for RFID board + Canadian & European

What is a Chemcassette™?

The Chemcassette is the colorimetric based sensor used by your SPM Flex gas monitoring systems to detect and measure toxic gases. It consists of a special substrate that been coated with proprietary chemical formulations that produce a color reaction in dry form when exposed to a specific gas or family of gases. Chemcassettes are extremely sensitive and specific to the gas or gases they are designed to detect. As a result, they are a fast, accurate, virtually interference free detection method. Each step of the Chemcassette production process is carefully controlled to assure that the Chemcassette will perform as intended in your Flex gas detector. Each and every Chemcassette batch is dynamically tested according to NIOSH methodologies with a gas it is designed to detect and the results are carefully documented. Our ISO 9001 quality control standards are strict enough to meet rigorous US Nuclear Regulatory Commission audit requirements. Each step in the manufacturing and testing process is fully documented and traceable to NIST standards through the serial number assigned to each Chemcassette.

Chemcassette Specifications

Chemcassette
Range
Alarms
14 Day Cassettes Part No.
30/90 Day Cassette Part No.
Hydrides
Arsine 0.5-500 ppb 2.5/5 ppm 1265-4000 1265-3000
Phosphine 3-3,000 ppb 150/300 ppb 1265-4000 1265-3000
Diborane 5-1,000 ppb 50/100 ppb 1265-4000 1265-3000
Silane 0.03-50 ppm 2.5 ppm/5 ppb 1265-4000 1265-3000
Germane 50-2,000 ppb 100/200 ppb 1265-4000 1265-3000
Hydrogen Selenide 2-500 ppb 25/50 ppb 1265-4000 1265-3000
Hydrogen Sulfide 0.001-9.999 ppm 0.5/1 ppm 1265-4000 1265-3000
Mineral Acids
Hydrogen Fluoride 0.02-20 ppm 1/2 ppm 1265-4001 1265-3001
Hydrogen Chloride 0.02-20 ppm 1/2 ppm 1265-4001 1265-3001
Hydrogen Bromide 0.02-10 ppm 1/2 ppm 1265-4001 1265-3001
Boron Trifluoride 0.05-10 ppm 0.5/1.0 ppm 1265-4001 1265-3001
Mineral Acids – Export Unrestricted
Hydrogen Fluoride 0.4-20 ppm 1/2 ppm 1265-4012 1265-3012
Hydrogen Chloride 0.02-20 ppm 1/2 ppm 1265-4012 1265-3012
Hydrogen Bromide 0.02-10 ppm 1/2 ppm 1265-4012 1265-3012
Boron Trifluoride 0.05-10 ppm 0.5/1.0 ppm 1265-4012 1265-3012
Oxidizers
Chlorine 0.005-5 ppm 0.25/.5 ppm 1265-4002 1265-3002
Chlorine 0.01-5 ppm 0.25-0.5 ppm 1265-4004 1265-3004*
Fluorine 0.01-10 ppm 0.5/1.0 ppm 1265-4004 1265-3004*
Nitrogen Dioxide 0.03-10 ppm 0.1/0.2 ppm 1265-4004 1265-3004*
Chlorine Dioxide 20-1,000 ppm 50/100 ppb 1265-4004 1265-3004*
Amines
Ammonia 0.01-150 ppm 12.5/25 ppm 1265-4003 1265-3003
Dimethylamine 0.5-50 ppm 2.5/5 ppm 1265-4003 1265-3003
Tetrakis, Dimethylamido Tritanium 0.01-20 ppm 1/2 ppm 1265-4003 1265-3003
Trimethylamine 0.3-50 ppm 2.5/5 ppm 1265-4003 1265-3003
Diisocyanates
Toluene Diisocyanate (TDI) 0.5-200 ppb 1/2 ppb 1265-4006 1265-3006*
Methylene Disphenyl Isocyanate (MDI) 0.5-200 ppb 2.5/5 ppb 1265-4006 1265-3006*
Hexamethylene Diisocyanate (HDI) 0.5-150 ppb 2.5/5 ppb 1265-4006 1265-3006*
Hydrogenated Xylene Diisocyanate (H6XDI) 0.5-150 ppb 2.5/5 ppb  1265-4006 1265-3006*
Methylene bis-(4-cyclohexylisocyanate)(HMDI) 0.5-100 ppb 2.5/5 ppb 1265-4006  1265-3006*
Isophorone Diisocyanate (IPDI) 0.5-150 ppb 2.5/5 ppb 1265-4006 1265-3006*
Xylene Diisocyanate (XDI) 0.5-200 ppb  2.5/5 ppb 1265-4006  1265-3006*
Hydrazines
Hydrazine 3-1,000 ppb 5/10 ppb 1265-4008 1265-3008
Monomethyl Hydrazine 3-2,000 ppb 5/10 ppb 1265-4008 1265-3008
Dimethyl Hydrazine 3-2,000 ppb 5/10 ppb 1265-4008 1265-3008
Phosgene 0-2,000 ppb
50/100 ppb
1265-4007 1265-3007
Hydrogen Cyanide 0.2-30 ppm 2.4/4.7 ppm 1265-4009
Sulfur Dioxide 10-2,500 ppb 120/250 ppb 1265-4005 1265-3005*
Ozone 20-1,000 ppb 50/100 ppb 1265-4011 1264-3011
Hydrogen Peroxide 0.1-3 ppm 0.5/1.0 ppm 1265-4010 1265-3010
*30 day cassette

Ordering Information

The SPM Flex Isocyanate Detector, the next evolution of the SPM & TLD gas detectors with ChemCassette tape technology, is capable or working as both a fixed and a portable unit. the monitor detects the ultrasensitive gases inherent in your operations, including hydrides, mineral acids, amines and isocyanates. For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com.
Instrument
Kit Instrument Part No.
SPM Flex Isocyanate Detector Fixed includes wall mounting bracket, battery, power supply, power cord, CD and quick start guide SPMF-F1US
SPM Flex Isocyanate Detector Portable includes handle assembly, shoulder strap, battery, power cord, CD and quick start guide SPMF-P1US

Accessory Ordering Information

Description
Part No.
Sample Wand Kit includes probe, filter/holder, coiled tube, mounting hardware SPMF-WAND
Shoulder Strap SPMF-STRP
Handle for Portable Configuration SPMF-HNDL
Weather Shield for use in fixed configuration, includes mounting hardware SPMF-WTHR
6′ Power Cable with Weather Proof Connector for connection to user 24 VDC SPMF-PCON
10′ Ethernet Cable with Weather Proof Connector, standard male SPMF-PCON
Communication SPM Flex Side Connector, 6′ Communication Cable with Weather Proof Connector and Pit Tale SPMF-CCON
SPM Flex Optics Test Card 1265-2014
Union Fitting, use to connect disposable end of line filter to tubing 0235-0095
¼” od x 1/8″ FEP tubing for sample inlet, priced per foot 102599
¼” od x 3/15″ id Polypropylene tubing for exhaust, priced per foot 10040
Standard Mounting Bracket for Fixed SPM Flex SPFM-MBST
Retro-Fit Mounting Bracket for Fixed SPM Flex, compatible with original SPM SPMF-MBRF
Corrosive End of Line Filter 1991-0147
Standard End of Line Filter 780248
Small Acid Scrubber/Filter 871134
Standard Size Acid Scrubber/Filter 710235

Downloads

SPM Flex Isocyanate Detector Brochure SPM Flex Detectable Gases Quick Start Guide Spec Sheet User Manual FAQ
SafeAir Direct Read Colorimetric Badges from Morphix Technologies

The SafeAir Badge provides an immediate visual indication when a specific chemical hazard is present. The sensor in the SafeAir badge is constructed from a coated indicator layer rather than impregnated paper. This provides a homogeneous and stable color formation. The indicator layers are highly sensitive and selective to the targeted chemicals. A color change, in the form of an “exclamation point”, warns the presence of the targeted hazard. SafeAir is a low cost chemical detector badge allowing companies to perform daily exposure screening. The badge requires minimal training. There is no calibration, extra equipment or laboratory analysis required.

Features

  • Provides immediate visual indication when specific chemical is present. Homogeneous and stable color formation due to coated indicator layer
  • Highly sensitive and selective
  • Ideal for leak detection and daily exposure screening
  • No laboratory analysis required

The dual purpose badge is available for chlorine and chlorine dioxide which often coexist in the same environment. This badge selectively indicates the presence of chlorine on the front side of the badge and chlorine dioxide on the back side. Indications may appear on both sides if both chemicals are present.

The mercury and 1,1-dimethyl hydrazine badges provide the user with two independent threshold levels. The front of the badge indicates one threshold level while the back provides a second level. This unique feature allows the badge to be used as an inexpensive range finder.

For higher resolution and wider range, the SafeAir badge may be used in conjunction with the SafeAir Color Comparator. The color scales on the color comparators identically match the colors formed on the SafeAir badges.

Specifications

For more information on each individual badge, click on the catalog number for a pdf.

Analyte
Threshold Level
Min Detectable Conc in 8 Hrs (ppm)
MRST* (Hrs)
SRST** (Mins)
Cross Sensitivity
Ammonia
4 ppm x hr
0.5 ppm
48
15
Aliphatic amines
Carbon Monoxide
7 ppm x hr
0.9 ppm
10
15
Alkenes, H2, H2S
Chlorine
0.18 ppm x hr
0.023 ppm
48
15
Br2, HCl, I2
Chlorine/
Chlorine dioxide
Cl2: 0.18 ppm x hr
Cl2: 0.025 ppm
10
15
Cl2: Br2, HCl, I2
ClO2: 0.2 ppm x hr
ClO2: 0.025 ppm
ClO2: NO2,
high conc O3
Formaldehyde
0.2 ppm x hr
0.05 ppm
16
15
Acrolein
Hydrazine
8 ppb x hr
1 ppb
48
5
MMH, Aromatic Amines
Hydrogen Chloride
2 ppm
15 min
15
None Known
Hydrogen Sulfide
2 ppm x hr
0.25 ppm
48
15
None Known
Mercury/Dual Level
Front: 0.25 mg/m3 x hr
Front: 0.031 mg/m3
48
15
Strong oxidizers
Back: 0.08 mg/m3 x hr
Back: 0.01 mg/m3
MDI
3.5 ppb x hr
0.4 ppb
24
15
Aromatic Diisocyantes,
Hydrazines
Ozone
0.05 ppm x hr
0.006 ppm
48
15
H2O2 above 1 ppm NO2
Phosgene
8.3 ppb x hr
0.001 ppm
72
1
Caronyl bromide, Chloroformates
Phosgene Dura 20 ppb x hr 120 1 Caronyl bromide,
Chloroformates
Phosgene Medi 166.7 ppb x hr 120 1 Caronyl bromide,
Chloroformates
Sulfur Dioxide
0.2 ppm x hr
0.025 ppm
48
15
None Known
TDI
5.0 ppb x hr
0.6 ppb
24
15
Aromatic Diisocyanate
Hydrazine

*Maximum recommended sampling time

**Shortest recommended sampling time

Ordering Information

For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com.

Description
Catalog No.
Ammonia SafeAir Badges, pk/50 382010-50
Carbon Monoxide SafeAir Badges, pk/50
Chlorine SafeAir Badges, pk/50
Chlorine/Chlorine Dioxide SafeAir Badges, pk/50
Formaldehyde SafeAir Badges, pk/50
Hydrazine SafeAir Badges, pk/50
Hydrogen Chloride SafeAir Badges, pk/50
Hydrogen Sulfide SafeAir Badges, pk/50
Mercury/Dual Level SafeAir Badges, pk/50
Aromatic Isocyanates SafeAir Badges, pk/50
Ozone SafeAir Badges, pk/50
Phosgene SafeAir Badges, pk/50
Phosgene SafeAir Dura Badge, pk/50 382065-50
Phosgene SafeAir Medi Badge, pk/50 382060-50
Sulfur Dioxide SafeAir Badges, pk/50

Color Comparators

Description
Catalog No.
Chlorine Color Comparator
383010
Hydrazine Color Comparator
383001
Hydrogen Chloride Color Comparator
383008
Phosgene Color Comparator
383016
Phosgene Dura Color Comparator 383022
Phosgene Medi Color Comparator 383020
TDI Color Comparator
383005

Downloads

Safeair Colorimetric Badge Literature

Response Time and Interchangeability Effects on the Tube-Like and the Badge-Like Passive Direct-Read Monitors

Direct-Read Monitoring System for Carbon Monoxide

Personal Monitoring in the Workplace

Hazard Assessment Kits for Isocyanates, Amines, Phenols and Acid/Bases
Locate and remediate contamination from all the unusual places. Tools, switches, telephones, doorknobs, handles, etc. all offer exposure potential to the unsuspecting unprotected worker. Conveniently sized spray bottles of developing and decontamination solutions combined with fast acting SWYPEs™ (chemically treated wipe pads that change color after coming in contact with these chemicals) enable the safety professional to identify and decontaminate previously unrecognized exposure sources. PERMEA-TEC™ Sensors, glove breakthrough indicators, confirm glove suitability and effectiveness. Chemically impregnated adhesive pads worn on the hands under protective gloves change color when chemical breakthrough occurs. D-TAM™ Cleansing products are specifically formulated to meet the solubility characteristics of the chemicals in use. D-TAM™ Safe Solvent is plant oil based with added emulsifiers to remove non-water soluble materials i.e. isocyanates without drying or irritating the skin. D-TAM™ Skin Cleanser removes those chemicals such as aromatic amines that are only slightly soluble in water. Both D-TAM™ products are non-toxic, biodegradable, and rinse clean with water. OSHA Validated For Aromatic Amines Aromatic Isocyanates Aliphatic Amines Aliphatic Isocyanates Phenols Acid/Base Contaminants All Kits Contain: 1 spray bottle developing solution 1 spray bottle decontamination solution 75 Surface SWYPEs™ 20 Skin SWYPEs™ 20 PERMEA-TEC™ Sensors 8 oz. D-TAM™ Skin Cleanser Except for the following kits: Aliphatic Amines (no decontamination solution; 100 SWYPEs™) Acid / Base (no decontamination solution; 100 SWYPEs™) Ordering Information For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com Description Catalog No. Hazard Assessment Test Kit for Aromatic Amines 1001-1 Hazard Assessment Test Kit for Aromatic Isocyanates 1002 Hazard Assessment Test Kit for Aliphatic Isocyanates 1003 Hazard Assessment Test Kit for Aliphatic Amines 1005 Hazard Assessment Test Kit for Acid/Base Contaminants 1006 Hazard Assessment Test Kit for Phenols 1007 Downloads Instructions Aromatic Amines Hazard Assessment Test Kits Instructions for Aliphatic Amines Hazard Assessment Test Kits Instructions for Aromatic Isocyanate Hazard Assessment Test Kits Instructions for Aliphatic Isocyanate Hazard Assessment Test Kits Instructions for Acid/Base Hazard Assessment Test Kits Instructions for Phenols Hazard Assessment Test Kits
Manufacturer: Colorimetric Laboratories Inc.
Brand: Hazard Assessment Kits
Model: Amines, Phenols, Acid, Bases
Short Description:

Locate and remediate contamination from all the unusual places. Tools, switches, telephones, doorknobs, handles, etc. all offer exposure potential to the unsuspecting unprotected worker.

Spill Decontamination Kits for Isocyanates and Aromatic Amines
CLI products provide an easy and effective means to clean-up of surfaces contaminated by chemical spills with these Spill Decontamination Kits. Aqueous based, biodegradable decontamination solutions are pH adjusted to neutralize toxicity and washes clean with water. SWYPE™ Pads, with detection levels as low as 3-5 µg, change color to bright red-orange if aromatic amines or isocyanates are present. Using SWYPEs™ confirms decontamination is complete. Aromatic Isocyanate Spill Kit Contains: Developing solution Decontamination solution 75 Colorimetric Surface SWYPE™ detectors Flexible hose spray applicator Aromatic Amine Spill Kit Contains: Cleaning/Developing solution Decontamination solution 75 Colorimetric Surface SWYPE™ detectors Flexible hose spray applicator Aliphatic Isocyanate Spill Kit Contains: Developing solution Gallon of Isocyanate decontamination solution 75 Colorimetric Surface SWYPE™ detectors Flexible hose spray applicator Ordering Information For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com Description Catalog No. Aromatic Amine Spill Kit 2001-1 Aromatic Isocyanate Spill Kit 2002 Aliphatic Isocyanate Spill Kit 2003 Decontamination Solution for Aromatic Amines, 22 ounce spray 1071 Decontamination Solution for Aromatic Amines, 1 gallon 1051 Decontamination Solution for Aromatic Amines, 55 gallon drum 1051D Decontamination Solution for Isocyanates, 22 ounce spray 1072/3 Decontamination Solution for Isocyanates, 1 gallon 1052 Downloads Aromatic Isocyanate Spill Kit Instructions Instructions for Aromatic Amines Spill Decontamination Kits Instructions for Aliphatic Isocyanate Spill Kit
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D-TAM Skin Cleanser for Isocyanates & Other Chemicals
Safe and effective removal of chemical contamination from skin should be an integral part of every safety and health program. Most industrial skin cleansers contain harsh surfactants and degreasers that can de-fat and degrade the skin’s natural lipid barrier. Frequent washing with these products may result in dry, cracked, irritated skin that is more susceptible to chemical contamination. D-TAM™ Skin Cleanser is specially formulated with high molecular weight ingredients that will not penetrate the natural barrier of the skin. Without disrupting the natural barrier properties of the skin, D-TAM™ Skin Cleanser safely and effectively removes lipophilic (water insoluble) chemicals used with solvents. Features Contains NO water, lanolin, aloe vera, alcohol, pumice or harsh surfactants. Will not enhance the penetration of contaminants through the skin’s natural protective barrier! Will not abrade the skin’s natural protective barrier! No skin rash with frequent use! Common Chemicals Removed: Aromatic amines: MDA, TDA, MOCA, aniline, o-toluidine, etc. Isocyanates and urethanes Pesticides Phenol Epoxy resins Paints and sealants Ordering Information For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com Description Catalog No. D-Tam Skin Cleanser, 8 ounces 5011 D-Tam Skin Cleanser, 1 Gallon 5001-1 Downloads D-Tam Skin Cleanser Selection Chart D-Tam Skin Cleanser Instructions
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PERMEA-Tec Glove Break-Thru Sensors
Toxic chemicals such as pesticides, aromatic amines, and isocyanates can permeate gloves and protective clothing. Wide variations in the chemical resistance of gloves and protective clothing compositions make protective equipment selection difficult—especially if using mixtures of chemicals in the workplace. Many factors affect the performance of gloves during actual use. Flexing, stretching, pressure and abrasion are physical factors that can cause premature breakthrough and bring into question reliance on ASTM Laboratory breakthrough data. PERMEA-TEC™ sensors show when breakthrough actually occurs and enables the safety professional to select the glove that is best suited for the job in terms of protection, employee acceptance and cost effectiveness. The sensitivity of the PERMEA-TEC™ sensors is 3-5 µg for aromatic amines and isocyanates. PERMEA-TEC™ sensors should be attached to the hands of the worker before gloving. It is recommended that the detector be placed on the thumb, middle finger, and palm, as these areas represent the highest degree of contact and abrasion. During initial evaluation of a new glove, the worker should be double gloved as a safety precaution. Attach PERMEA-TEC™ sensors to the outside of the glove currently in use and don the new glove over the first. Check sensors hourly to determine when break through occurs and change gloves accordingly. The picture above shows a close-up of two PERMEA-TEC™ sensors. The top PERMEA-TEC™ shows the middle strip that has not been exposed to chemical break through. The bottom shows a color change on the middle strip, indicating that break through has occurred. Studies show that occlusion of skin increases absorption of chemicals by a factor of 5 to10 times. Gloves and non-porous clothing effectively occlude the skin, thereby resulting in enhanced absorption of permeating chemicals. PERMEA-TECs™ produce a color change when permeation occurs, thus providing a method for field validation of the efficacy of protective clothing. Using a PERMEA-TEC™ Glove Sensor once a week (on a daily basis when handling highly toxic chemicals) demonstrates the need for safe work practices and documents protection from chemical exposure. PERMEA-TECs™ have been developed for environments that handle: Aromatic amines Aromatic isocyanates Aliphatic isocyanates Aliphatic Amine Acid/Base contaminants Phenols Solvents Product comes in packages of 20 for detection of break through for the chemicals listed above. Ordering Information For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com Description Catalog No. PERMEA-TEC Sensors for Aromatic Amines, pk/20 3001-1 PERMEA-TEC Sensors for Aromatic Isocyanates, pk/20 3002 PERMEA-TEC Sensors for Aliphatic Isocyanates, pk/20 3003 PERMEA-TEC Sensors for Aliphatic Amines, pk/20 3005 PERMEA-TEC Sensors for Acid/Base, pk/20 3006 PERMEA-TEC Sensors for Phenols, pk/20 3007 Downloads Instructions for PERMEA-TEC Glove Sensor Use, Non-Solvents PERMEA-TEC Sensor Use, Solvents Instructions Instructions for PERMEA-TEC Sensor Use, Hydrazines PERMEA-Tec Sensor Use, Acid/Base Instructions
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Colorimetric Skin SWYPEs Chemical Contamination Indicators
Colormetric Skin SWYPE™ are simple, visible skin exposure indicator. SWYPEs™ are best described as a workers’ training tool used to identify work practices that may result in skin exposure. Skin SWYPEs™ can be used to test employees’ hands to verify that gloves are providing protection from exposure. Using moderate pressure, wipe the suspected exposed skin area (behind the ear, pencil; bridge of nose, safety glasses, etc.) with the cloth pad portion of the Colorimetric Skin SWYPE™. Use a separate SWYPE™ for each area to be checked. To process, add ¼” of Developing Solution to the small plastic cup provided. Place the Skin SWYPE™ in the cup with the cloth pad portion in the solution and the color detection strip up at the top. The solution will wick up, carrying any contaminant, to the detector pad. Remove the SWYPE™ from solution cup when the detector pad is saturated. The test takes approximately 5 minutes for the color change reaction to occur. The sensitivity of the Skin SWYPE™ is 3-5 μg for aromatic amines and isocyanates. A common sense approach is the key to the successful use of the SWYPE™ detection systems for reducing workplace exposures. The first step is to observe employee work practices. Tools, machinery controls, safety glasses or pencils that are handled with contaminated gloves and may later be touched by bare skin, represent potential exposures. The rapid color indication of the Skin SWYPE™ helps to reinforce safe work practices and to educate workers in the prevention of skin exposures. Skin SWYPEs™ are available for: Aromatic amines Aromatic isocyanates Aliphatic isocyanates Aliphatic Amines Acid/Base Phenols Ordering Information Cleaning/Developing solutions are necessary to increase the sampling efficiency of the Skin SWYPES. For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com Description Catalog No. Skin SWYPEs for Aromatic Amines, pk/20 1031 Skin SWYPEs for Aromatic Isocyanates, pk/20 1032 Skin SWYPEs for Aliphatic Isocyanates, pk/20 1033 Skin SWYPEs for Aliphatic Amines, pk/20 1035 Skin SWYPEs for Acid/Base, pk/20 1036 Skin SWYPEs for Phenols, pk/20 1037 Aromatic Amine Cleaning/Developing Solution, 1 gallon 1041 Aromatic Amine Cleaning/Developing Solution, 20 ounce spray 1061 Isocyanate Developer 1062/3 Aliphatic Amine Developer 1065 Acid/Base Developer 1066 Phenol Developer 1067 Downloads Instructions for Colirmetric Skin SWYPEs Use
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Surface SWYPEs for Chemical Contamination Identification
Chemical contamination on workplace surfaces can result in significant skin exposure. Identification of areas and tasks for risk of dermal exposure is a critical element in a hazard assessment as required by OSHA’s new PPE standard. Surface SWYPEs™ are a simple and sensitive technique to identify contaminated work sites where protective gloves and clothing must be worn. The use of colorimetric SWYPE™ systems compliment the use of urine testing in a worker education and training program for controlling employee exposure. A common sense approach is the key to the successful use of the SWYPE™ detection systems for reducing workplace exposures. The first step is to observe employee work practices. Tools, machinery controls, safety glasses or pencils that are handled with contaminated gloves and may later be touched by bare skin, represent potential exposures. Procedures for the handing of drums should be checked to ensure that drum surfaces do not become contaminated. Pump seals and hose connectors can be checked for leaks with Surface SWYPEs™ . Surface SWYPEs™ can also be used to determine that urethane parts are completely cured before being handled with bare hands. Skin contact with uncured materials or surfaces in contact with uncured materials may result in worker exposures. Gloves should be worn when using the Surface SWYPE™ detectors. First, lightly spray the area to be tested with Developing Solution. Wait approximately 30 seconds and then wipe with a Surface SWYPE™ pad. Allow 2 – 3 minutes for the color change reaction to occur. Do not reuse the Surface SWYPE™ after activation. The sensitivity of the Surface SWYPE™ is 3-5 µg for aromatic amines and isocyanates. Surface SWYPEs™ are available for: Aromatic amines Aromatic isocyanates Aliphatic isocyanates Aliphatic Amines Acid/Base Phenols Ordering Information Cleaning/Developer solutions are necessary to increase the sampling efficiency of both the Surface and Skin SWYPE detction systems. For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com Description Catalog No. Surface SWYPEs for Aromatic Amines, pk/25 1021 Surface SWYPEs for Aromatic Isocyanates, pk/25 1022 Surface SWYPEs for Aliphatic Isocyanates, pk/25 1023 Surface SWYPEs for Aliphatic Amines, pk/25 1025 Surface SWYPEs for Acid/Base, pk/25 1026 Surface SWYPEs for Pheonols, pk/25 1027 Aromatic Amine Cleaning/Developing Solution, 1 gallon 1041 romatic Amine Cleaning/Developing Solution, 20 ounce spray 1061 Isocyanate Developer 1062/3 Aliphatic Amine Developer 1065 Acid/Base Developer 1066 Phenol Developer 1067 Downloads Instructions for Surface SWYPEs Use
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SPM Flex Chemcassette Tape Based Gas Detector
Improve safety and productivity with the most flexible, user friendly tape based gas detector for low level toxics, the SPM Flex Isocyanate Detector by Honeywell Analytics. The SPM Flex, the next evolution of the SPM & TLD gas detectors with Chemcassette tape technology, is capable of working as both a fixed and a portable unit. The monitor detects the ultrasensitive gases inherent in your operations, including: Isocyanates Hydrides Oxidizers Mineral acids Amines The SPM Flex is a highly automated single point monitor that is intuitive, easy to use and designed to the unique needs of your operation. The Honeywell SPM Flex is easy to choose the target gas, just turn the Flex on, snap in the proper Chemcassette tape and use the intuitive LCD menu to select the gas from the list. Need to monitor for a gas in a different family? Just swap out the Chemcassette tape and choose the new gas. No ChemKeys required. The SPM Flex has a quick start up for emergency response. It is running in under 2 minutes – so your response team can quickly gear up and go to the site. The SPM Flex is easy to use with protective equipment or hazmat gear. Purpose built with the user experience in mind, the SPM Flex is easy to carry operate and read – even when you are wearing a hazmat suit or other protective gear. The monitor has large, chunky buttons that are easy to use. And when you carry the SPM Flex, the display faces up so it’s easy to read. The SPM Flex is capable of working as both a fixed and a portable unit, an important addition to your toxic gas monitoring system. Use it to investigate suspected leaks, or, if you have a monitoring point that is out of service, use the SPM Flex to replace it – with the option to plug it in or use the long lasting battery. The SPM Flex is visible at a distance. Thanks to a crisp display and a color coded LED bar on top of the SPM Flex, you can see alarm status, gas concentration and other data easily from a distance. So even if you are not right next to your SPM Flex, you always know the health of your unit and the safety of your area. The SPM Flex offers remote viewing through the web. Your visibility even extends to other rooms and buildings, thanks to the unit’s web capabilities. Simply plug an Ethernet cable into the SPM Flex, and use the easy to read web interface to see the status of the unit – no matter where you are. The SPM Flex stands up to harsh conditions. Working in the sun and rain, around blasts of steam, or other challenging environmental conditions? The SPM Flex goes where you do, standing up to changes in temperature and humidity without compromising accuracy. It also works well in cleanrooms, thanks to its Teflon coating that does not attract dust. And if it is every exposed to toxic gas or caustic liquid, just hose it down or use a decontamination wipe. With the SPM Flex, you can rest assured that every monitoring moment is being recorded – and ready for analysis whenever you need it. Whether you want to report a gas incident or investigate a trend, the monitor keeps up to a three month history of gas concentrations, alarms, tape changes and other factors. Plus, you have the option to view this data through a web server, or you can easily download it to a USB drive. Need to change the detection limit for a gas? Alter the parameters for latching alarms? Just adjust your settings with the intuitive menu – then use the USB port to download and transfer them to other units. So it is a snap to deploy multiple monitors with a consistent configuration. The SPM Flex has easily serviceable parts and a reliable battery, so you can count on long-lasting portable use – and an affordable cost of ownership. Even more, if the SPM Flex is plugged in and you lose power, the internal battery kicks in as backup so the unit keeps monitoring. Instrument Specifications Detection Technique Chemcassette tape based with advanced self monitoring optics design Alarm Point Chemcassette dependent Battery Type Lithium ion Battery Life 6+ hours, approximately 70% of its original capacity after 300 full charge/discharge cycles Flow System Automatic flow control with bypass system, 250 or 500 cc/min at tape, higher flow at inlet to reduce sample time (internal bypass system); sample up to 100 feet Local Alarms/Status Visual: LEDs for alarm, normal condition and fault Audible: User selectable: Off, Low – 75 dB at 1M, Medium – 85 dB at 1 M, High > 90 dB at 1M Interface 4 large buttons, 3.5″, color LCD TFT display, web server Data Logging Rolling up to 3 months (15 second with no gas reading, 1 second when reading gas), event history (1,500 events – about 1 year) Maximum Inlet/Outlet Pressure Differential Overall maximum load on the pump between the inlet and the exhaust should not exceed 10″ H2O Relays 250 V, 6a maximum Wire Gauges Minimum: 24; Maximum: 14 USB 2.0 or later Indoor/Outdoor Use Both, power supply is indoor only Operating Altitudes -1,000 to 3,000 feet above sea level: standard; 3,000 feet to 6,000 feet above sea level, requires adjustment by Honeywell Ingress Protection IP-65 External Switch or Circuit Breaker Requirement Meet or exceed all local codes and regulations Ventilation Requirements Mount with no obstructions within 4″ of either side or within 2″ above and below the detector Power Supply Universal line powered (90-260 VAC 50/60 Hz) for battery charger & non-classified use. Battery: 6+ hours under typical conditions – acts as battery back up in fixed applications Power Consumption About 1.9 at 2.4 VDC (including battery charging current) Communications Relays: Alarm 1, Alarm 2, Fault (user configurable for normally open/closed) 4-20 mA Ethernet with Modbus TCP/IP and web server USB port for memory stick configuration/data transfer Communications connector and optional communications cable: 60 V, 5 A maximum Temperature 0 to 40°C for most gases Humidity 0-100% RH for unit, sample RH limited per tape/calibration. Sample line requires additional hardware to remove moisture in high RH conditions where condensing may occur. The sample must be non-condensing. Dry conditions may require humidification Mounting Screws Concrete: 5/16″ x 2″ vibration resistant stud anchor for concrete, add .25″ to length when mounting bracket with sun shield Wood: 5/16″ x 2″ flange head lag screw for wood, add .25″ to length when mounting bracket with sun shield Dimensions 13.2″ x 7.2″ x 6.4″ Weight 9.1 pounds Certifications UL: 61010-1, 3rd edition, 2012-05 CAN/CSA: C22.2 No 61010-1, 3rd edition, 2012-05 IEC: 61010-1: 2010, 3rd edition FCC approval for RFID board + Canadian & European What is a Chemcassette™? The Chemcassette is the colorimetric based sensor used by your SPM Flex gas monitoring systems to detect and measure toxic gases. It consists of a special substrate that been coated with proprietary chemical formulations that produce a color reaction in dry form when exposed to a specific gas or family of gases. Chemcassettes are extremely sensitive and specific to the gas or gases they are designed to detect. As a result, they are a fast, accurate, virtually interference free detection method. Each step of the Chemcassette production process is carefully controlled to assure that the Chemcassette will perform as intended in your Flex gas detector. Each and every Chemcassette batch is dynamically tested according to NIOSH methodologies with a gas it is designed to detect and the results are carefully documented. Our ISO 9001 quality control standards are strict enough to meet rigorous US Nuclear Regulatory Commission audit requirements. Each step in the manufacturing and testing process is fully documented and traceable to NIST standards through the serial number assigned to each Chemcassette. Chemcassette Specifications Chemcassette Range Alarms 14 Day Cassettes Part No. 30/90 Day Cassette Part No. Hydrides Arsine 0.5-500 ppb 2.5/5 ppm 1265-4000 1265-3000 Phosphine 3-3,000 ppb 150/300 ppb 1265-4000 1265-3000 Diborane 5-1,000 ppb 50/100 ppb 1265-4000 1265-3000 Silane 0.03-50 ppm 2.5 ppm/5 ppb 1265-4000 1265-3000 Germane 50-2,000 ppb 100/200 ppb 1265-4000 1265-3000 Hydrogen Selenide 2-500 ppb 25/50 ppb 1265-4000 1265-3000 Hydrogen Sulfide 0.001-9.999 ppm 0.5/1 ppm 1265-4000 1265-3000 Mineral Acids Hydrogen Fluoride 0.02-20 ppm 1/2 ppm 1265-4001 1265-3001 Hydrogen Chloride 0.02-20 ppm 1/2 ppm 1265-4001 1265-3001 Hydrogen Bromide 0.02-10 ppm 1/2 ppm 1265-4001 1265-3001 Boron Trifluoride 0.05-10 ppm 0.5/1.0 ppm 1265-4001 1265-3001 Mineral Acids – Export Unrestricted Hydrogen Fluoride 0.4-20 ppm 1/2 ppm 1265-4012 1265-3012 Hydrogen Chloride 0.02-20 ppm 1/2 ppm 1265-4012 1265-3012 Hydrogen Bromide 0.02-10 ppm 1/2 ppm 1265-4012 1265-3012 Boron Trifluoride 0.05-10 ppm 0.5/1.0 ppm 1265-4012 1265-3012 Oxidizers Chlorine 0.005-5 ppm 0.25/.5 ppm 1265-4002 1265-3002 Chlorine 0.01-5 ppm 0.25-0.5 ppm 1265-4004 1265-3004* Fluorine 0.01-10 ppm 0.5/1.0 ppm 1265-4004 1265-3004* Nitrogen Dioxide 0.03-10 ppm 0.1/0.2 ppm 1265-4004 1265-3004* Chlorine Dioxide 20-1,000 ppm 50/100 ppb 1265-4004 1265-3004* Amines Ammonia 0.01-150 ppm 12.5/25 ppm 1265-4003 1265-3003 Dimethylamine 0.5-50 ppm 2.5/5 ppm 1265-4003 1265-3003 Tetrakis, Dimethylamido Tritanium 0.01-20 ppm 1/2 ppm 1265-4003 1265-3003 Trimethylamine 0.3-50 ppm 2.5/5 ppm 1265-4003 1265-3003 Diisocyanates Toluene Diisocyanate (TDI) 0.5-200 ppb 1/2 ppb 1265-4006 1265-3006* Methylene Disphenyl Isocyanate (MDI) 0.5-200 ppb 2.5/5 ppb 1265-4006 1265-3006* Hexamethylene Diisocyanate (HDI) 0.5-150 ppb 2.5/5 ppb 1265-4006 1265-3006* Hydrogenated Xylene Diisocyanate (H6XDI) 0.5-150 ppb 2.5/5 ppb  1265-4006 1265-3006* Methylene bis-(4-cyclohexylisocyanate)(HMDI) 0.5-100 ppb 2.5/5 ppb 1265-4006  1265-3006* Isophorone Diisocyanate (IPDI) 0.5-150 ppb 2.5/5 ppb 1265-4006 1265-3006* Xylene Diisocyanate (XDI) 0.5-200 ppb  2.5/5 ppb 1265-4006  1265-3006* Hydrazines Hydrazine 3-1,000 ppb 5/10 ppb 1265-4008 1265-3008 Monomethyl Hydrazine 3-2,000 ppb 5/10 ppb 1265-4008 1265-3008 Dimethyl Hydrazine 3-2,000 ppb 5/10 ppb 1265-4008 1265-3008 Phosgene 0-2,000 ppb 50/100 ppb 1265-4007 1265-3007 Hydrogen Cyanide 0.2-30 ppm 2.4/4.7 ppm 1265-4009 – Sulfur Dioxide 10-2,500 ppb 120/250 ppb 1265-4005 1265-3005* Ozone 20-1,000 ppb 50/100 ppb 1265-4011 1264-3011 Hydrogen Peroxide 0.1-3 ppm 0.5/1.0 ppm 1265-4010 1265-3010 *30 day cassette Ordering Information The SPM Flex Isocyanate Detector, the next evolution of the SPM & TLD gas detectors with ChemCassette tape technology, is capable or working as both a fixed and a portable unit. the monitor detects the ultrasensitive gases inherent in your operations, including hydrides, mineral acids, amines and isocyanates. For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com. Instrument Kit Instrument Part No. SPM Flex Isocyanate Detector Fixed includes wall mounting bracket, battery, power supply, power cord, CD and quick start guide SPMF-F1US SPM Flex Isocyanate Detector Portable includes handle assembly, shoulder strap, battery, power cord, CD and quick start guide SPMF-P1US Accessory Ordering Information Description Part No. Sample Wand Kit includes probe, filter/holder, coiled tube, mounting hardware SPMF-WAND Shoulder Strap SPMF-STRP Handle for Portable Configuration SPMF-HNDL Weather Shield for use in fixed configuration, includes mounting hardware SPMF-WTHR 6′ Power Cable with Weather Proof Connector for connection to user 24 VDC SPMF-PCON 10′ Ethernet Cable with Weather Proof Connector, standard male SPMF-PCON Communication SPM Flex Side Connector, 6′ Communication Cable with Weather Proof Connector and Pit Tale SPMF-CCON SPM Flex Optics Test Card 1265-2014 Union Fitting, use to connect disposable end of line filter to tubing 0235-0095 ¼” od x 1/8″ FEP tubing for sample inlet, priced per foot 102599 ¼” od x 3/15″ id Polypropylene tubing for exhaust, priced per foot 10040 Standard Mounting Bracket for Fixed SPM Flex SPFM-MBST Retro-Fit Mounting Bracket for Fixed SPM Flex, compatible with original SPM SPMF-MBRF Corrosive End of Line Filter 1991-0147 Standard End of Line Filter 780248 Small Acid Scrubber/Filter 871134 Standard Size Acid Scrubber/Filter 710235 Downloads SPM Flex Isocyanate Detector Brochure SPM Flex Detectable Gases Quick Start Guide Spec Sheet User Manual FAQ
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SafeAir Direct Read Colorimetric Badges from Morphix Technologies
The SafeAir Badge provides an immediate visual indication when a specific chemical hazard is present. The sensor in the SafeAir badge is constructed from a coated indicator layer rather than impregnated paper. This provides a homogeneous and stable color formation. The indicator layers are highly sensitive and selective to the targeted chemicals. A color change, in the form of an “exclamation point”, warns the presence of the targeted hazard. SafeAir is a low cost chemical detector badge allowing companies to perform daily exposure screening. The badge requires minimal training. There is no calibration, extra equipment or laboratory analysis required. Features Provides immediate visual indication when specific chemical is present. Homogeneous and stable color formation due to coated indicator layer Highly sensitive and selective Ideal for leak detection and daily exposure screening No laboratory analysis required The dual purpose badge is available for chlorine and chlorine dioxide which often coexist in the same environment. This badge selectively indicates the presence of chlorine on the front side of the badge and chlorine dioxide on the back side. Indications may appear on both sides if both chemicals are present. The mercury and 1,1-dimethyl hydrazine badges provide the user with two independent threshold levels. The front of the badge indicates one threshold level while the back provides a second level. This unique feature allows the badge to be used as an inexpensive range finder. For higher resolution and wider range, the SafeAir badge may be used in conjunction with the SafeAir Color Comparator. The color scales on the color comparators identically match the colors formed on the SafeAir badges. Specifications For more information on each individual badge, click on the catalog number for a pdf. Analyte Threshold Level Min Detectable Conc in 8 Hrs (ppm) MRST* (Hrs) SRST** (Mins) Cross Sensitivity Ammonia 4 ppm x hr 0.5 ppm 48 15 Aliphatic amines Carbon Monoxide 7 ppm x hr 0.9 ppm 10 15 Alkenes, H2, H2S Chlorine 0.18 ppm x hr 0.023 ppm 48 15 Br2, HCl, I2 Chlorine/ Chlorine dioxide Cl2: 0.18 ppm x hr Cl2: 0.025 ppm 10 15 Cl2: Br2, HCl, I2 ClO2: 0.2 ppm x hr ClO2: 0.025 ppm ClO2: NO2, high conc O3 Formaldehyde 0.2 ppm x hr 0.05 ppm 16 15 Acrolein Hydrazine 8 ppb x hr 1 ppb 48 5 MMH, Aromatic Amines Hydrogen Chloride 2 ppm – 15 min 15 None Known Hydrogen Sulfide 2 ppm x hr 0.25 ppm 48 15 None Known Mercury/Dual Level Front: 0.25 mg/m3 x hr Front: 0.031 mg/m3 48 15 Strong oxidizers Back: 0.08 mg/m3 x hr Back: 0.01 mg/m3 MDI 3.5 ppb x hr 0.4 ppb 24 15 Aromatic Diisocyantes, Hydrazines Ozone 0.05 ppm x hr 0.006 ppm 48 15 H2O2 above 1 ppm NO2 Phosgene 8.3 ppb x hr 0.001 ppm 72 1 Caronyl bromide, Chloroformates Phosgene Dura 20 ppb x hr – 120 1 Caronyl bromide, Chloroformates Phosgene Medi 166.7 ppb x hr – 120 1 Caronyl bromide, Chloroformates Sulfur Dioxide 0.2 ppm x hr 0.025 ppm 48 15 None Known TDI 5.0 ppb x hr 0.6 ppb 24 15 Aromatic Diisocyanate Hydrazine *Maximum recommended sampling time **Shortest recommended sampling time Ordering Information For pricing, please call AFC International at 1-800-952-3293, 219-987-6825 or fax 219-987-6826 or email sales@afcintl.com. Description Catalog No. Ammonia SafeAir Badges, pk/50 382010-50 Carbon Monoxide SafeAir Badges, pk/50 382012-50 Chlorine SafeAir Badges, pk/50 382009-50 Chlorine/Chlorine Dioxide SafeAir Badges, pk/50 382003-50 Formaldehyde SafeAir Badges, pk/50 382011-50 Hydrazine SafeAir Badges, pk/50 382002-50 Hydrogen Chloride SafeAir Badges, pk/50 382024-50 Hydrogen Sulfide SafeAir Badges, pk/50 382015-50 Mercury/Dual Level SafeAir Badges, pk/50 382005-50 Aromatic Isocyanates SafeAir Badges, pk/50 382001-50 Ozone SafeAir Badges, pk/50 382004-50 Phosgene SafeAir Badges, pk/50 382036-50 Phosgene SafeAir Dura Badge, pk/50 382065-50 Phosgene SafeAir Medi Badge, pk/50 382060-50 Sulfur Dioxide SafeAir Badges, pk/50 382014-50 Color Comparators Description Catalog No. Chlorine Color Comparator 383010 Hydrazine Color Comparator 383001 Hydrogen Chloride Color Comparator 383008 Phosgene Color Comparator 383016 Phosgene Dura Color Comparator 383022 Phosgene Medi Color Comparator 383020 TDI Color Comparator 383005 Downloads Safeair Colorimetric Badge Literature Response Time and Interchangeability Effects on the Tube-Like and the Badge-Like Passive Direct-Read Monitors Direct-Read Monitoring System for Carbon Monoxide Personal Monitoring in the Workplace
Manufacturer: Morphix Technologies
Brand: Colorimetric Badges
Model: SafeAir
Short Description:

The SafeAir Badge provides an immediate visual indication when a specific chemical hazard is present. The sensor in the SafeAir badge is constructed from a coated indicator layer rather than impregnated paper.