The requested resource does not exist on this server.North® Filters & Cartridges 75SCP100L Extensive line of safety filters and safety cartridges for various applications View all available options North® Filters & Cartridges 75SCP100L North® cartridges and filters use sorbents to purify the inhaled airGas and vapor cartridges and particulate filters provide respiratory protection against harmful chemicals such as: Organic Vapors (OV), Acid Gases (AG), Organic Vapors/Acid Gases (OV/AG), Ammonia/Methylamine (AM/MA), Multi-Contaminant (MC), Nitrogen Dioxide (ND), Mercury Vapors or Chlorine (MV/CL), Radioactive Particulate Materials, and others specifiedRemoves dust, fibers, and other particlesAll are NIOSH approved when used with North Safety air-purifying half masks and full facepiece respirators Need more details or have questions about this product? We have experts on staff to answer all your questions Monday-Friday, 7:30am to 7:00pm ESTPlease use the navigation at the top to move around the site.

For protection against organic vapors, chlorine, hydrogen chloride, sulfur dioxide and chlorine dioxide. Typical applications include anywhere there is a combination of acid gases and organic vapors. Some cleaning compounds contain both. US Safety HE OV/P100 The sturdy, low profile P100 shown above is available permanently sealed to any U.S. Safety cartridge. This provides the ultimate protection & durability at a very affordable price. The optional pre-filter is best used in heavy dust applications. It will extend the life of the P100 filter because it prevents larger particles from rapidly clogging the high efficiency media. Typical applications: The Acid Gas/Organic Vapor/P100 is commonly used in metal smelting or forging, such as steel mills or mining and post mining operations. These filters are also used anywhere there is a combination of particulate & gas/vapor contaminants where the particulate hazard requires a P100 filter. North Air Purifying 7580P100 filters provide respiratory protection against aerosols by removing dusts, mists, fumes, fibers, and other particles.

Filters do not remove gases or vapors, or correct for oxygen deficiency. North Safety P100 Particulate Hepa Filters provide 99.97% Minimum Filter Efficiency. Typical applications include but are not limited to asbestos or mold removal and lead abatement. air duct cleaning newark deAir purifying respirators with filters provide respiratory protection against aerosols by removing dusts, mists, fumes, fibers, and other particles. retro air cleaner sportsterEnd of service life for filters is normally determined by the increase in breathing resistance sensed by the user. car air purifier grouponWhen it becomes difficult to breathe comfortably, the filters should be replaced. R95 filters are limited to a maximum of 8 hours use, when used in atmospheres containing oil.

Quick Overview North Cartridges N75003-Organic Vapor/Acid Gas 2/pk. North Organic Vapor & Acid Gas respirator cartridge for Organic Vapor, Chlorine, Hydrogen Chloride, Sulfur Dioxide, Hydrogen Fluoride and Chlorine Dioxide. Package contains 2 cartridges. North Defender™ Multi-Purpose with P100 Cartridge. For Organic vapors, including: ammonia, methylamine, formaldehyde and acid gases (chlorine, hydrogen chloride, sulfur dioxide, hydrogen sulfide [escape], hydrogen fluoride and chlorine dioxide); and 99.97% filter efficiency for all particulates. This filter can be used in any of the North 5500, 7700, 5400 and 7600 Series facepieces. Label Colour: Olive & Magenta. © 2014 Sprouse Fire & Safety. All Rights Reserved Worldwide.The Page You Requested Was Not Found If you typed in the location (Web address or URL) of this page into your Web browser, please check the address and try it again. Enter one or two keywords into the search box at the top of this page to find related items.

If you are on this page as a result of clicking on a link on a University of Hawaii website, please report this error using the following form: My Account / Login Respiratory Protection Technical Information Respirators are designed to help reduce exposure to certain airborne contaminants. The Occupational Safety and Health Administration (OSHA) standard for respiratory protection (29 CFR 1910.134) lists the minimum requirements for a respirator program. For more information log on to www.osha.gov Identify Hazards in the Workplace Examine your workplace to see if there are any of the following airborne hazards: Dusts – solid particles created by sanding, grinding, etc. Mists – liquid particles created by spraying, mixing, etc. Fumes – small metal particles created by welding, smelting, or pouring molten metal Gases – examples include chlorine, ammonia, sulfur dioxide, hydrogen sulfide, carbon monoxide Vapors – produced when liquids evaporate, e.g. solvent vapors Oxygen Deficient Atmospheres – defined by OSHA as air with less than 19.5% oxygen;

may be found in certain confined spaces and/or if oxygen displaced by other gases or vapors, e.g. silos, degreasing tanks OSHA and other groups publish occupational exposure limits for many contaminants. Industrial hygienists are trained to measure the contaminant levels and compare their results to the exposure limits. If the contaminant concentration in the air is above the exposure limit, the best choice is to use a safer material, enclose the process, install local exhaust ventilation or limit the amount of time employees are in the area. According to OHA, respirators are only to be used while these different control measures are being implemented, or if they are not feasible. Some people may also choose to voluntarily wear a respirator, even if they are not exposed above the exposure limit. Understand the Health Effects Certain airborne contaminants are not only dangerous to the lungs, but they may also be inhaled and distributed throughout the rest of the body. Some effects may be noticed immediately, while others may not produce health effects until years later.

Please see the Material Safety Data Sheet (MSDS) for the contaminant or consult your supervisor, safety officer or human resources for more information. Respirator Selection Following are some of the types of respirators approved by the National Institute for Occupational Safety and Health (NIOSH) Air Purifying – filter, cartridge or canister filters for specific contaminants Filtering Facepiece (dust mask) – the filter is an integral part of the facepiece Full Facepiece – respirator designed to seal around the entire face Half Mask – respirator covering the mouth and nose Powered Air Purifying Respirator (PAPR) – a fan is used to deliver filtered air into wearer′s hood or helmet Self-Contained Breathing Apparatus (SCBA) – atmosphere supplying respirator; wearer carries source of breathable air Supplied Air Respirator – atmosphere supplying respirator; air can be supplied from a high pressure compressor, low- pressure pumps, or cylinders (bottled air) and is delivered to wearer′s hood or helmet The choice of one type of respirator over another depends on a number factors: If there is less than 19.5% oxygen, or if the contaminant concentrations are immediately dangerous to life or health (IDLH), a self contained breathing apparatus (SCBA) or combination supplied air respirator/SCBA must be used.

Compare the contaminant exposure level in the air to the exposure limit. For example, if the exposure is 100 parts per million (ppm) in air and the exposure limit is 25 ppm, then you are 4 times over the exposure limit. This is called the hazard ratio Choose a class of respirator that has an assigned protection factor (APF) greater than the hazard ratio. Assigned protection factors are published by OSHA, NIOSH and the American National Standards Institute (ANSI). For example, half mask respirators with cartridges or filters are usually given an APF of 10. This means that when properly maintained and worn, they may reduce exposure by a factor of 10 (or 90%). Therefore, if the workplace concentration is 100 ppm, exposure would be reduced to 10 ppm. If a higher level of exposure reduction is needed, then a full facepiece, powered air purifying respirator, or supplied air respirator may be necessary For air purifying respirators, choose an appropriate cartridge or filter for the contaminant For a supplied air respirator, ensure that the correct pressure and flow of air is available from a compressor or bottled air, and that the air meets the specifications for "Grade D" breathable air Consider other factors such as weight and comfort of

the respirator, workplace environmental conditions, compatibility with other personal protective equipment (PPE), ability of the wearer to breathe through a cartridge or filter, desire for PAPRs or supplied air respirators to blow air across head and face for cooling, mobility requirements (vs. dragging an airline), service life of a chemical cartridge (vs. supplied air), no facial hair, glasses, etc. between the face and the sealing surface of the respirator Particle Filters Particle filters are designed to filter various types of Filtering facepiece respirators and filters for negative pressure respirators are rated by NIOSH both according to their filtration efficiency and whether or not they are designed to filter oily mists. The following classification is used: N – Not for oily mists (e.g. cutting fluids, grinding fluids) R – Oil Resistant (use up to 8 hours against oily mists) P – Oil Proof (see time limitations from manufacturer) 95, 99 or 100 are assigned for minimum filtration efficiencies of 95%, 99% or 99.97% respectively.

Therefore, a filter or filtering facepiece may be rated as N95, P100, etc. OSHA requires 100 level filters for lead, cadmium, asbestos, arsenic and 4,4'-Methylenedianiline (MDA). High efficiency particulate air (HEPA) filters are available for powered air purifying respirators (PAPRs). Chemical Cartridges Chemical cartridges are available to help filter organic vapors (e.g. solvent vapors), acid gases (e.g. chlorine), ammonia, methylamine, formaldehyde, etc. OSHA requires a cartridge change schedule based on either an "end of service life indicator" (ESLI) or an estimate of the cartridge service life calculated from the use conditions.. Most manufacturers and OSHA have tools to help calculate cartridge service life. Sometimes a gas/vapor cartridge and particulate filter need to be worn together if both types of contaminants are present. Some particle filters include a small amount of carbon or treated carbon to filter nuisance levels of gas and vapors. (Nuisance levels are levels below what is considered hazardous.)