Applied Physics provides Cleanroom Foggers for smoke studies in ISO Suites, Sterile Rooms, Cleanrooms, Bio-Safety Cabinets, Barrier Isolators and Glove Boxes. Our Particle Calibration Wafer Standards, polystyrene latex size standards and silica microsphere size standards support semiconductor and Science Metrology engineers. Our decontamination foggers fight the coronavirus with highly effective, aerosol sterilant fog, which contacts all unwanted bio-organisms accessible in the airflow of enclosed rooms, business offices, sterile rooms, medical rooms, conference faciliies and sports stadiums. The visible DryFog evaporates to form an invisible, sanitizing vapor cloud from 3000 cubic feet to 2 million cubic feet per operating cycle, contacting all surface areas; under tables, behind desks, over appliances, wall surfaces, ceiling lights, light fixtures, all open areas that can be sanitized, killing viruses and envelope viruses at a 99.997% effectiveness, depending on sterilant used. Area decontamination is far more effective at protecting your business from viruses and envelope viruses; compared to backpack sprayers, misters or UV lights, which are surface contact or aiming devices and do not decontaminate the whole area.
Portable cleanroom fogger provided since 2001 for airflow visualization in smoke studies of clean rooms, ISO suites, sterile rooms, barrier isolators and glove boxes. Compare clean room fogger performance for your smoke study. In 2001 portable cleanroom foggers used LN2 and deionized (DI) water to provide a dense constant fog output. Our modern ultrapure foggers include adjustable airflow control, adjustable fog volume and wireless remote control using LN2 and WFI water, DI Water or sterile water. Our LN2 ultrapure fogger includes a rolling trolley, replacing traditional carry handles of the older ln2 fogger. The AP35 and AP100 LN2 ultrapure foggers are the best tools for ultrapure fog and fog volume control with user friendly operation. Both combine LN2 with DI water, sterile water or WFI water vapor to produce high volumes of ultrapure fog. We also provide a lower cost, lower fog volume CRF2 and CRF4, portable fogger, both which use ultrasonic transducers to produce a pure fog for airflow visualization of turbulence in fume hoods ISO suites, sterile rooms, and to balance airflow between rooms and door openings. The CRF4 Cleanroom Fogger with a electro-polished, stainless steel design is by far our best selling fogger due to its small size, adjustable fog volume, adjustable airflow and wireless remote control. It uses only DI water, sterile water or WFI water to produce pure fog. DF2S DryFogger is designed to sanitize against molds, yeast, viruses, envelope viruses such as coronavirus, fungi and bacteria in small to large areas such as medical rooms. DF4S Sanitizing Dry Fogger is designed for enclosed areas from 50,000 cubic feet in volume to 2 million cubic feet in volume.
CRF4, Portable Cleanroom Fogger provides adjustable air flow and fog volume control up to 1.25 cubic meters fog per minute for ≈ 45 minutes, ≈ 187 ml fog density per minute providing 10 to 15 feet visible fog using deionized, sterilized or WFI water only. The CRF4 is ideal for smoke studies in small clean rooms, ISO suites, sterile rooms, RAB, glove boxes, barrier isolators, etc. Touch pad control is provided, or an optional wireless remote control is available to operate CRF4 behind a closed wall, inside a barrier isolator or glove box. No contamination emitted. The fog evaporates back to air we breathe, no clean room wipe down required. The CRF4-S Sanitizing Fogger is capable of sanitizing rooms and offices with volume areas up to 10000 cubic feet (283 cubic meters) / cycle using your preferred sterilant, such as Hydrogen Peroxide.CRF4 Cleanroom Fogger video
CRF2, Cleanroom Fogger is a low cost fog generator producing 0.26 cubic meters fog per minute for ≈ 50 minutes, ≈ 57 ml fog density per minute providing ≈ 7 to 8 feet visible fog for smoke studies using deionized, sterilized or WFI water to visualize airflow patterns and turbulence in flow hoods, glove boxes and fume hoods. No contamination emitted, fog evaporates back to air we breathe, no clean room wipe down required. CRF2 Cleanroom Fogger video
AP35, LN2 Cleanroom Fogger provides adjustable airflow and high volume, adjustable fog output, ≈ 5.0 cubic meters fog per minute for ≈ 70 minutes, ≈ 571 ml fog density per minute providing 20 to 30 feet visible fog using LN2 with deionized, sterilized or WFI water for smoke studies in clean rooms, ISO suites, sterile rooms and medical rooms. Use touch pad control or optional wireless remote control for fogging behind a closed wall. Since 2001 portable cleanroom foggers have provided an ultrapure, breathable fog with no clean room wipe down required. AP35 Ultrapure Fogger video
DF2S Dry Fogger is a sterilizing tool used to convert Minncare liquid sterilant to a very fine vapor, which evaporates and migrates to all open areas, behind appliances, ceilings, light fixtures, open surfaces of a medical room, ISO suite, home, large manufacturing area and sterile room. Areas ranging from 5833 cubic feet up to 35000 cubic feet volume can be quickly decontaminated with the DF2S Dry Fogger, which requires no wipe down and leaves no trace particles bhind. Minncare solution is a chemical agent capable of killing off 99.997% of yeast, viruses, envelope viruses, mold, fungi and bacteria. The new COVID-19 coronavirus is more aggressive than the original coronavirus. The DF2S can also sterilize leaves of hemp and cannibis using a solution of hydrogen peroxide and paracetic acid, killing unwanted parasites, molds, etc., while not harming the leaves.
AP100, Ultrapure Fogger is the highest fog volume, adjustable flow fogger, producing ≈ 15.5 cubic meters ultrapure fog per minute, ≈ 90 minutes operation, ≈ 1520 ml fog density per minute providing 30 to 40 feet visible fog using deionized, sterilized or WFI water for smoke studies in large clean rooms, or used to produce large volumes of stage and theatric fog fog. Four fog hose outputs are provided for smoke studies in clean rooms, ISO suites, sterile rooms, medical rooms; and ultrapure fog for theatrical stage fog. Use touch pad control and wireless remote control for operation at a distance. No contamination emitted, fog evaporates back to air we breathe, no clean room wipe down required.
Polystyrene Latex Beads, Particle Size Standards are NIST Traceable, certified particle size standards produced as polystyrene latex beads, available from 20 nm to 160 µm. PSL Spheres are highly accurate, particle size standards with a narrow size distribution, suspended in a DI Water solution with a trace surfactant to minimize agglomeration. Polystyrene latex beads are used to create a particle aerosol challenge to calibrate the size accuracy of laser particle counters and produce Calibration Wafer standards.
Silica Particle Size Standards are NIST Traceable, certified silica nanoparticles produced as spherical beads from 30 nm up to 2.0 µm, each with 10% concentration in Deionized water; available in 15 ml, 100 ml and 1000 ml bottles. CV is typical 3% in size range. No surfactant is used. Dry silica particles in powder form is also available from 100nm to 2000 nm in 5g, 10g, 25g, 50g, 100g, and 1Kg volumes with no additives. NIST Traceable and size certified.
Calibration Wafer Standard are certified, NIST traceable, PSL calibration wafer standards deposited with monodisperse, polystyrene latex spheres, at specific sizes selected from 40 nm to 12 microns. Particle counts deposited are typically between 2000 and 20000 counts on the wafer surface. Spot Depositions can be 1 to 4 particle sizes deposited around the wafer with a typical particle count of 2500 per particle size deposited. Calibration Wafer Standards are used to calibrate the size accuracy of scanning surface inspection systems (SSIS) using low powered lasers, such as Tencor 6200, Tencor 6220, Tencor 6400 and 6420, KLA-Tencor SP1, SP2 and Hitachi wafer inspection tools.
Contamination Wafer Standard is deposited with a single, narrow size distribution of silica particles from 40 nm to 2 µm. A Silica Contamination Wafer Standard is typically deposited as a full deposition across the wafer; but can be deposited with up to 4 silica size peaks deposited as spot depositions around the wafer standard. Each silica particle size has a narrow size distribution of 3% or less. Silica Contamination Wafer Standards are provided with a NIST Traceable, Size Certificate and typically used to calibrate the size accuracy of scanning surface inspection systems (SSIS) using high powered lasers; such as KLA-Tencor SP2, SP3, SP5, SP5xp, KLA and Hitachi wafer inspection tools.
Portable Glycol Fogger is a battery operated, Hand held fogger also known as a fog pistol, and is used in Industrial clean rooms to visualize airflow leaks and locate turbulence. The fog pistol emits a Fog density of 1 ml / minute, 45-60 minute operation. The battery is rechargeable in a typical 1 hour period. Spare batteries are available if there is a need to do longer periods of fogging.
CO2 Fogger uses deionized, sterilized or WFI water combined with CO2 Ice to provide a dense fog to video airflow and turbulence about 4 to 6 feet during the first few minutes, but decreases in fog volume over an 8 minute period. A CO2 fogger produces excellent fog for first several minutes to video smoke studies and describe airflow, patterns and turbulence in Pharmaceutical ISO suites guided by USP 797 Pharmaceutical In-Situ Airflow Analysis. As the CO2 ice evaporates, the fog volume decreases to zero.
DF2S Dry Fogger decontaminates 99.997% of yeast, viruses, envelope viruses, mold, fungi and bacteria. Cleanroom Fogger, CRF4 Fogger, DI water fogger, LN2 Ultrapure Fogger, LN2 Fogger and Portable Cleanroom Fogger are used to visualize airflow, patterns, dead zones and turbulence in smoke studies of clean rooms, sterile rooms, barrier isolators, RABS, glove boxes and ISO suites. Guidelines for ISO 14644-3 ANNEX B7, USP 797 Insitu Airflow Analysis, Airflow Recovery and Semiconductor clean rooms are supported. The CRF4 is the best selling portable cleanroom fogger providing 1.25 cubic meters fog per minute with ease of operation, using only water to generate fog with adjustable fog controls and optional wireless remote control. The AP35 Ultrapure Fogger produces 5 cubic meters fog per minute with 571 ml of fog density per minute to provide 20-30 feet of visual airflow. The CRF2 is the lowest cost fogger available producing 0.26 cubic meters fog per minute with 57 ml fog density to provide 7 to 8 feet of visible airflow in fume hoods and barrier isolators. The CRF4 is a mid range fogger providing 1.25 cubic meters of fog per minute with 187 ml of fog density to visualize airflow for 10 to 15 feet in small clean rooms. The AP100 is a high volume fogger with 15.5 cubic meters per minute at 1520 ml fog density providing 30 to 40 feet of visual airflow in large clean rooms and stages. Cleanroom ultrapure foggers, called LN2 foggers, produce the highest volumes of ultra pure fog with adjustable fog volume, adjustable airflow and wireless remote control. Fogger performance comparison of LN2 fogger, CRF4 fogger and DI water foggers. You can determine which fog generator fits the requirements of your smoke studies. Clean room foggers support airflow visualization as defined by USP797, ISO 14644-3, Annex B7; Federal Standards 209E, ISO Standard 14644-1 and 14644-2. Airflow recovery testing at 100:1 recovery time is also supported with the CRF2 or CRF4 Cleanroom Fogger as defined in ISO 14644-3, B12. These tools are often referred to as a smoke generators or smoke machines; used in smoke studies of airflow turbulence in sterile rooms, ISO suites, medical operating rooms, barrier isolators and clean rooms. Applied Physics also provides calibration wafer standards, silica contamination wafer standards, polystyrene latex spheres, SiO2 nano-spheres and silica nano-particles. Contact Applied Physics, Inc. at TEL: 1-303-999-6837.
Cleanroom foggers are smoke generators used in smoke studies to visualize airflow and turbulence with a pure fog supporting USP 797, ISO 14644 and Federal Standards guidelines in clean rooms, sterile rooms and ISO suites. The CRF4 Cleanroom Fogger provides 187 ml fog density per minute with a fog volume of 1.25 cubic meters per minute for up to 45 minutes operation providing 10 to 15 feet of visible airflow for smoke studies and 3D airflow modeling in clean rooms, ISO suites, medical rooms and sterile rooms. The CRF2 Cleanroom Fogger and CRF4 Cleanroom Fogger provide lower cost operation, CRF2 DI Water Fogger to visualize clean room airflow.
Ultrapure foggers combine LN2 with deionized water, sterile water or WFI water to produce high volumes of ultrapure fog for smoke studies, supporting USP 797 guidelines, ISO 14644-3 and Federal Standards in clean rooms, sterile rooms and ISO suites. The AP35, Ultrapure Cleanroom Fogger provides 571 ml per minute fog density with a fog volume of up to 5 cubic meters per minute for up to 70 minutes with 20 to 30 feet of visible airflow for smoke studies and 3D airflow modeling. 3X more fog volume, 2X more fog density and 2X more airflow travel distance, costs nearly the same as traditional LN2 foggers. The AP100, LN2 Cleanroom Fogger provides 15.5 cubic meters fog per minute at 1520 ml fog density for the largest clean rooms, sterile rooms and ISO suites; and stage fog for theatrical stage fog use. Stainless steel enclosures with electro-polish finish.
Polystyrene Latex Spheres and polystyrene latex beads are provided with 1% concentration or less in 15ml DI Water for use as particle size standards and aerosol particle challenges. A trace of surfactant is included in each bottle to reduce agglomeration. Surf-Cal, pre-mixed PSL Spheres are provided in 50ml bottles and 1E10 concentration. 1 um to 160 um PSL Spheres are available in 15ml of DI Water Solution are also provided for instrument size calibration. Larger volumes are available as special order.
Calibration Wafer Standards are produced on Prime Silicon Wafers, your FILM Wafers or bare masks. NIST traceable, polystyrene latex particles are used to produce, Calibration Wafer Standards from 40 nm to 12 microns on 100 mm to 300 mm wafers. Calibration wafer standards are used for size calibration of KLA-Tencor Surfscan SP1, SP2, SP3, SP5, SP5xp; Tencor 6200, 6400 and 6420 systems; Topcon, ADE and Hitachi wafer inspection systems. These particle wafer standards are NIST Traceable with Size Certificate provided with a single size peak deposited as FULL Wafer Deposition across the wafer or deposited with 1 to 4 polystyrene latex particle size peaks, deposited as spot depositions around the prime silicon wafer, film wafer, glass substrate or photo mask surface.
Silica particles with 10% concentration in 15ml for use as NIST Traceable, silica particle size standards and aerosol particle challenges. Silica is produced as spherical particles, 3% or less in size distribution from 40 nm to 2000 nm in 10% concentration, available in 15 ml, 100 ml, 500 ml and 1000 ml volumes. Silica particles at 102 nm or below are mixed in an ethanol alcohol solution to minimize agglomeration; while silica particles over 102 nm are mixed in Deionized water. No surfactants are used. SiO2 particle sizes at 60 nm, 102 nm, 269 nm and 895 nm are similar to NIST SRMs at same sizes. Functionalized silica and hydrophobic silica is also available in 1 Kg increments up to 1000 Kg. Bulk, Dry Powder silica is used in commercial silicate, filler in polymers, CMP slurries, nano-composites, high pressure liquid chromatography and mesoporous silica particles (MSN).
Contamination Wafer Standards are produced on Prime Silicon Wafers, your film wafers or blank masks. NIST traceable, Silica nanoparticles are used to produce Contamination Wafer Standards. Particle Wafer Standards are deposited with silica particles, NIST Traceable from 40 nm to 2 um, deposited on 150 mm to 300 mm wafers, used to calibrate KLA-Tencor Surfscan SP2, SP3, SP5, SP5xp; Tencor 6200, 6400 and 6420 systems. These contamination wafer standards are provided with Size Certificate with a single silica particle size deposited as FULL Wafer Deposition across the wafer or deposited with multiple silica nanoparticle size peaks, deposited as spot depositions around the prime silicon wafer, film wafer, glass substrate or photo mask surface.
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