Free Database of 50 Most Common Occupational Allergens

Dive into our comprehensive database of 50 occupational allergens and learn about their health effects, industries affected, and preventive measures to keep workers safe.

Comprehensive Database of 50 Occupational Allergens: A Guide for Employers & Employees
Comprehensive Database of 50 Occupational Allergens: A Guide for Employers & Employees

Welcome to our detailed guide on occupational allergens, substances found in workplaces that can trigger allergic reactions.

These allergens are widespread across industries and can impact workers' health significantly, affecting productivity and posing potential legal issues for businesses.

This blog post provides an extensive database of 50 common occupational allergens, spotlighting this vital issue.

These allergens span from natural rubber, metals, various chemicals to animal proteins, and different types of dust. They can lead to a range of health issues from mild allergies to severe respiratory problems and skin conditions.

Our database serves as a valuable tool for employers, employees, and health professionals alike.

It assists in identifying, managing, and understanding the potential risks of these allergens, leading to better health management and safer work environments.

Understanding Occupational Allergens

Occupational allergens are substances or materials found in workplaces that can instigate an immune response in sensitive individuals. They encompass a diverse spectrum of materials like plant products, animal proteins, metals, chemicals, dusts, and more.

These allergens can cause allergies when individuals inhale, touch, or ingest them. They prompt the immune system to react, causing symptoms that can range from mild, such as skin rashes and sneezing, to severe, like asthma or anaphylaxis.

In some cases, regular exposure to these allergens can also lead to chronic conditions, significantly impacting an individual's quality of life.

Identifying and managing occupational allergens is vital. Awareness and understanding of these allergens can significantly help mitigate risks, protect workers' health, and ensure a safe and productive working environment.

Whether you're an employer, an employee, or a healthcare provider, comprehending the nature and impact of occupational allergens is the first step towards building a safer workplace.

Exploring the Database of 50 Common Occupational Allergens

This unique database stands as a comprehensive compilation of 50 common occupational allergens.

The structure of this database is meticulously organized to provide you with a full spectrum of data, offering crucial insights into each allergen, its characteristics, and its effects on human health.

Each allergen is detailed in a format that includes the following information:

  • Description: A brief explanation of what the allergen is and where it comes from.
  • Chemical/Physical Properties: Information on the inherent properties of the allergen.
  • Industries Affected: A rundown of sectors or industries where exposure to the allergen may be common.
  • Common Exposure Routes: An overview of how individuals might come into contact with the allergen.
  • Health Effects: Details about the potential health implications of exposure, both immediate and long-term.
  • Regulatory Limits and Guidelines: Information about occupational exposure limits and guidelines, if any.
  • Prevention Measures: Suggestions on how to prevent exposure to the allergen.
  • Engineering Controls: Recommended controls in the design or redesign of workplaces or equipment to minimize exposure.
  • Administrative Controls: Procedures or policies that can help reduce exposure.
  • Recommended Personal Protective Equipment (PPE): Information on the type of PPE that should be used when dealing with the allergen.
  • Emergency Measures, First Aid Procedures: Guidelines on what to do in case of an emergency involving the allergen.
  • Spill/Leak Control Procedures: Measures to control spills or leaks, if applicable.
  • Fire Safety Precautions: Safety measures to prevent or handle fires related to the allergen.
  • Additional Resources: Links to further information on the allergen for interested readers.

Through this database, our goal is to provide an insightful resource that aids in understanding, identifying, and managing occupational allergens in various work environments, ultimately contributing to healthier and safer workplaces.

Here's a list of 50 common occupational allergens categorized by their sources, along with brief suggestions on how to manage them:

  • Latex (natural rubber)
  • Flour (bakeries, food industry)
  • Wood dust (carpentry, woodworking)
  • Animal dander (veterinarians, pet groomers, laboratory workers)
  • Insect proteins (entomologists, pest control)
  • Isocyanates (paints, adhesives, foam)
  • Metals (nickel, chromium, cobalt)
  • Epoxy resins (construction, automotive)
  • Formaldehyde (laboratories, manufacturing)
  • Fungal enzymes (food, pharmaceutical industry)
  • Quaternary ammonium compounds (cleaning products)
  • Hairdressing chemicals (hair salons)
  • Acrylates (dentistry, nail salons)
  • Ammonia (cleaning products, laboratories)
  • Benzene (laboratories, manufacturing)
  • Chlorine (swimming pool maintenance, cleaning)
  • Dyes (textile industry, printing)
  • Asbestos (construction, demolition)
  • Silica dust (construction, sandblasting)
  • Grain dust (farming, grain storage)
  • Pesticides (farming, landscaping)
  • Petroleum products (automotive, refineries)
  • Soldering fumes (electronics, manufacturing)
  • Solvents (printing, painting, cleaning)
  • Styrene (plastics, rubber industry)
  • Toluene (paints, adhesives, cleaning)
  • Xylene (paints, laboratories, manufacturing)
  • Diesel exhaust (trucking, mechanics)
  • Ethylene oxide (sterilization, manufacturing)
  • Glutaraldehyde (disinfection, laboratories)
  • Phthalates (plastics, cosmetics)
  • Diacetyl (food flavoring, popcorn production)
  • Hydrogen sulfide (wastewater treatment, petroleum industry)
  • Carbon black (rubber, printing ink production)
  • Welding fumes (welding, metalworking)
  • Quinine (pharmaceuticals, tonic water production)
  • Carbon monoxide (combustion engines, manufacturing)
  • Sulfuric acid (battery production, chemical industry)
  • Anhydrides (plastics, textiles, pharmaceuticals)
  • Persulfates (hair bleaching, cleaning)
  • Detergents (cleaning products, laboratories)
  • Nitric acid (laboratories, manufacturing)
  • Aliphatic amines (chemical industry, rubber)
  • Beryllium (aerospace, electronics)
  • Cadmium (batteries, metalworking)
  • Chromium VI (metal plating, leather tanning)
  • Cobalt (hard metal industry, aerospace)
  • Cotton dust (textile industry, clothing production)
  • Leather dust (leather industry, shoe manufacturing)
  • Talc (cosmetics, pharmaceuticals, ceramics)

Now, let's discuss these occupational allergens in details.

Latex

Information CategoryLatex (natural rubber)
DescriptionLatex is a natural milky sap derived from the rubber tree, often used to manufacture gloves, medical supplies, and various consumer products.
Chemical/Physical PropertiesMilky sap, natural rubber, proteins, and chemicals
Industries AffectedHealthcare, manufacturing, food service, automotive, etc.
Common Exposure RoutesInhalation, skin contact
Health EffectsAllergic reactions, respiratory issues, skin irritation
Short-term EffectsItching, redness, swelling, hives, sneezing, runny nose, coughing
Long-term EffectsAllergic rhinitis, asthma, contact dermatitis
Regulatory Limits and GuidelinesOSHA recommends the use of powder-free gloves with reduced protein content in healthcare settings
Prevention MeasuresSubstitute latex products with synthetic alternatives, educate employees
Engineering ControlsProper ventilation, localized exhaust systems
Administrative ControlsTraining, implementing latex-safe policies, proper labeling of latex-containing products
Personal Protective Equipment (PPE)Use non-latex gloves, masks, and other protective gear
Emergency MeasuresEmergency response plan for severe allergic reactions (anaphylaxis)
First AidTreat mild symptoms with antihistamines or corticosteroids, seek medical help for severe reactions
Spill/Leak ControlProper storage and disposal of latex products
Fire SafetyLatex can burn, follow general fire safety guidelines
Additional ResourcesAAAAI, OSHA

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Flour (bakeries, food industry)

Information CategoryFlour (bakeries, food industry)
DescriptionFlour is a fine powder made from grains or other starchy food sources, used in the food industry, especially in bakeries.
Chemical/Physical PropertiesFine powder, starch, proteins
Industries AffectedBakeries, food manufacturing, restaurants, catering
Common Exposure RoutesInhalation, skin contact
Health EffectsAllergic reactions, respiratory issues, skin irritation
Short-term EffectsItching, redness, swelling, hives, sneezing, runny nose, coughing
Long-term EffectsAllergic rhinitis, asthma, contact dermatitis, baker's asthma
Regulatory Limits and GuidelinesNone specific, general occupational safety guidelines apply
Prevention MeasuresImplement proper ventilation and work practices, minimize airborne dust
Engineering ControlsProper ventilation, localized exhaust systems, dust collection systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper labeling of flour-containing products
Personal Protective Equipment (PPE)Use dust masks, gloves, and other protective gear
Emergency MeasuresEmergency response plan for severe allergic reactions (anaphylaxis)
First AidTreat mild symptoms with antihistamines or corticosteroids, seek medical help for severe reactions
Spill/Leak ControlClean up spills promptly, using proper equipment
Fire SafetyFlour dust can be combustible, follow general fire safety guidelines
Additional ResourcesNIOSH, OSHA

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Wood dust (carpentry, woodworking)

Information CategoryWood Dust (carpentry, woodworking)
DescriptionWood dust is a byproduct of woodworking, created by cutting, sanding, and shaping wood.
Chemical/Physical PropertiesFine organic particles, varying composition depending on wood type
Industries AffectedCarpentry, woodworking, furniture manufacturing, construction, sawmills
Common Exposure RoutesInhalation, skin contact, eye contact
Health EffectsAllergic reactions, respiratory issues, skin irritation, eye irritation
Short-term EffectsItching, redness, swelling, sneezing, runny nose, coughing, eye irritation
Long-term EffectsAllergic rhinitis, asthma, contact dermatitis, woodworker's lung, nasal cancer (in some cases)
Regulatory Limits and GuidelinesOSHA permissible exposure limit (PEL) for wood dust: 15 mg/m³ (total dust), 5 mg/m³ (respirable dust)
Prevention MeasuresImplement proper ventilation and work practices, minimize airborne dust
Engineering ControlsLocal exhaust ventilation, dust collection systems, proper equipment maintenance
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper labeling of wood-containing products
Personal Protective Equipment (PPE)Use dust masks, gloves, eye protection, and other protective gear
Emergency MeasuresEmergency response plan for severe allergic reactions (anaphylaxis)
First AidTreat mild symptoms with antihistamines or corticosteroids, seek medical help for severe reactions
Spill/Leak ControlClean up wood dust promptly, using proper equipment
Fire SafetyWood dust can be combustible, follow general fire safety guidelines
Additional ResourcesNIOSH, OSHA

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Animal dander

Information CategoryAnimal Dander (veterinarians, pet groomers, laboratory workers)
DescriptionAnimal dander consists of microscopic skin cells, hair, and fur shed by animals, along with proteins found in their saliva and urine.
Chemical/Physical PropertiesFine organic particles, proteins
Industries AffectedVeterinary medicine, pet grooming, animal care facilities, laboratory work with animals, pet stores, zoos
Common Exposure RoutesInhalation, skin contact, eye contact
Health EffectsAllergic reactions, respiratory issues, skin irritation, eye irritation
Short-term EffectsItching, redness, swelling, sneezing, runny nose, coughing, eye irritation
Long-term EffectsAllergic rhinitis, asthma, contact dermatitis, animal dander allergy
Regulatory Limits and GuidelinesNo specific regulatory limits for animal dander; follow general guidelines for indoor air quality and allergen control
Prevention MeasuresImplement proper ventilation and work practices, minimize airborne dander, regular cleaning of animal facilities
Engineering ControlsLocal exhaust ventilation, HEPA-filtered vacuum cleaners, proper equipment maintenance
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper labeling of animal-containing products
Personal Protective Equipment (PPE)Use dust masks, gloves, eye protection, and other protective gear
Emergency MeasuresEmergency response plan for severe allergic reactions (anaphylaxis)
First AidTreat mild symptoms with antihistamines or corticosteroids, seek medical help for severe reactions
Spill/Leak ControlClean up animal dander promptly, using proper equipment
Fire SafetyFollow general fire safety guidelines
Additional ResourcesNIOSH, OSHA

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Insect proteins

Information CategoryInsect Proteins (entomologists, pest control)
DescriptionInsect proteins are found in various parts of insects, including their body, feces, and secretions, and can cause allergic reactions.
Chemical/Physical PropertiesOrganic proteins
Industries AffectedEntomology, pest control, research laboratories, food industry (insect-based products)
Common Exposure RoutesInhalation, skin contact, eye contact, ingestion
Health EffectsAllergic reactions, respiratory issues, skin irritation, eye irritation
Short-term EffectsItching, redness, swelling, sneezing, runny nose, coughing, eye irritation
Long-term EffectsAllergic rhinitis, asthma, contact dermatitis, insect protein allergy
Regulatory Limits and GuidelinesNo specific regulatory limits for insect proteins; follow general guidelines for indoor air quality and allergen control
Prevention MeasuresProper ventilation and work practices, minimizing exposure to insect proteins, regular cleaning of work areas
Engineering ControlsLocal exhaust ventilation, HEPA-filtered vacuum cleaners, proper equipment maintenance
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper labeling of insect-containing products
Personal Protective Equipment (PPE)Use dust masks, gloves, eye protection, and other protective gear
Emergency MeasuresEmergency response plan for severe allergic reactions (anaphylaxis)
First AidTreat mild symptoms with antihistamines or corticosteroids, seek medical help for severe reactions
Spill/Leak ControlClean up insect protein-containing materials promptly, using proper equipment
Fire SafetyFollow general fire safety guidelines
Additional ResourcesNIOSH, OSHA

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Isocyanates

Information CategoryIsocyanates (paints, adhesives, foam)
DescriptionIsocyanates are reactive chemicals used in the production of polyurethane products like paints, adhesives, and foam. They can cause respiratory and skin sensitization.
Chemical/Physical PropertiesOrganic compounds, low molecular weight, reactive
Industries AffectedAutomotive, construction, manufacturing, painting, furniture, insulation, adhesives, foam production
Common Exposure RoutesInhalation, skin contact
Health EffectsRespiratory sensitization, skin sensitization, asthma, allergic contact dermatitis, eye irritation
Short-term EffectsIrritation of eyes, nose, throat, skin; coughing, wheezing, shortness of breath, chest tightness
Long-term EffectsChronic respiratory issues, asthma, sensitization, potential risk of occupational asthma
Regulatory Limits and GuidelinesOSHA has permissible exposure limits (PELs) for specific isocyanates, and NIOSH has recommended exposure limits (RELs)
Prevention MeasuresUse less hazardous alternatives, proper ventilation, containment, and work practices
Engineering ControlsLocal exhaust ventilation, enclosed processes, proper equipment maintenance
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of isocyanate-containing materials
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for chemical spills or fires, first aid for exposure to isocyanates
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for chemical fires
Additional ResourcesOSHA, NIOSH

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Metals

Information CategoryMetals (nickel, chromium, cobalt)
DescriptionMetals such as nickel, chromium, and cobalt are used in various industries and can cause skin and respiratory sensitization.
Chemical/Physical PropertiesSolid, metallic elements; varying melting points, densities, and reactivity
Industries AffectedManufacturing, construction, aerospace, automotive, metalworking, jewelry, electroplating, mining, welding
Common Exposure RoutesInhalation, skin contact, ingestion
Health EffectsSkin sensitization, respiratory sensitization, contact dermatitis, asthma, lung irritation, potential carcinogenic effects (chromium)
Short-term EffectsSkin rashes, itching, redness, irritation of eyes, nose, throat, and respiratory system
Long-term EffectsChronic skin problems, lung issues, asthma, increased risk of cancer (chromium)
Regulatory Limits and GuidelinesOSHA and NIOSH have established permissible exposure limits (PELs) and recommended exposure limits (RELs) for these metals
Prevention MeasuresUse less hazardous alternatives, proper ventilation, containment, work practices
Engineering ControlsLocal exhaust ventilation, dust collection systems, closed systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of metal-containing materials
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for chemical spills or fires, first aid for exposure to metals
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for metal fires
Additional ResourcesOSHA, NIOSH

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Epoxy Resins

Information CategoryEpoxy Resins (construction, automotive)
DescriptionEpoxy resins are polymer materials used as adhesives, coatings, and in composite materials for their strong bonding properties.
Chemical/Physical PropertiesThermosetting polymers, solid or liquid form, can be mixed with curing agents, hardeners or other additives to achieve desired properties
Industries AffectedConstruction, automotive, aerospace, marine, electronics, flooring, manufacturing of composite materials
Common Exposure RoutesInhalation, skin contact
Health EffectsSkin sensitization, respiratory sensitization, eye irritation, respiratory irritation
Short-term EffectsSkin rashes, itching, redness, irritation of eyes, nose, throat, and respiratory system
Long-term EffectsChronic skin problems, asthma, lung issues, possible sensitization
Regulatory Limits and GuidelinesOSHA and NIOSH have established guidelines for exposure to epoxy resins and related compounds
Prevention MeasuresUse less hazardous alternatives, proper ventilation, containment, work practices
Engineering ControlsLocal exhaust ventilation, closed systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of epoxy resin-containing materials
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for chemical spills, first aid for exposure to epoxy resins
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for epoxy resin fires
Additional ResourcesOSHA, NIOSH

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Formaldehyde

Information CategoryFormaldehyde (laboratories, manufacturing)
DescriptionFormaldehyde is a colorless, flammable, strong-smelling chemical used in building materials and various household products.
Chemical/Physical PropertiesGas at room temperature, water-soluble, pungent odor, flammable
Industries AffectedLaboratories, manufacturing, textiles, wood products, healthcare, funeral services, cosmetics, pharmaceuticals
Common Exposure RoutesInhalation, skin contact, ingestion
Health EffectsEye, nose, and throat irritation, respiratory issues, skin irritation, nausea, headaches
Short-term EffectsBurning sensations in eyes, nose, and throat, coughing, wheezing, nausea, skin irritation
Long-term EffectsSensitization, chronic respiratory problems, cancer (classified as a known human carcinogen)
Regulatory Limits and GuidelinesOSHA PEL: 0.75 ppm (time-weighted average); NIOSH REL: 0.016 ppm (time-weighted average), 0.1 ppm (short-term exposure limit)
Prevention MeasuresSubstitution, proper ventilation, containment, work practices
Engineering ControlsLocal exhaust ventilation, closed systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of formaldehyde-containing materials
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for chemical spills, first aid for exposure to formaldehyde
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for formaldehyde fires
Additional ResourcesOSHA, NIOSH

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Fungal Enzymes

Information CategoryFungal Enzymes (food, pharmaceutical industry)
DescriptionFungal enzymes are proteins derived from fungi, used for various industrial processes, including food production and drug manufacturing.
Chemical/Physical PropertiesProtein-based, can be present as solids, liquids, or gases depending on the source and production process
Industries AffectedFood, pharmaceuticals, biotechnology, brewing, animal feed, agriculture
Common Exposure RoutesInhalation, skin contact, ingestion
Health EffectsRespiratory issues, skin irritation, eye irritation, allergic reactions, sensitization
Short-term EffectsCoughing, sneezing, itching, redness, skin rash, eye irritation
Long-term EffectsSensitization, asthma, chronic respiratory problems
Regulatory Limits and GuidelinesNo specific limits, but general guidelines for worker exposure to biological agents apply
Prevention MeasuresProper ventilation, containment, good work practices, hygiene measures
Engineering ControlsLocal exhaust ventilation, enclosed systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of materials containing fungal enzymes
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for spills or exposure incidents, first aid for exposure to fungal enzymes
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for fires involving fungal enzymes
Additional ResourcesOSHA, NIOSH

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Quaternary Ammonium Compounds

Information CategoryQuaternary Ammonium Compounds (cleaning products)
DescriptionQuaternary ammonium compounds, also known as quats, are chemical agents found in a variety of cleaning and disinfecting products.
Chemical/Physical PropertiesCationic surfactants, colorless, odorless, soluble in water
Industries AffectedCleaning, healthcare, food service, manufacturing, personal care products
Common Exposure RoutesInhalation, skin contact, ingestion
Health EffectsSkin irritation, eye irritation, respiratory issues, allergic reactions
Short-term EffectsRedness, itching, burning sensation, coughing, sneezing, difficulty breathing
Long-term EffectsSensitization, chronic respiratory problems, asthma
Regulatory Limits and GuidelinesNo specific limits, but general guidelines for worker exposure to hazardous chemicals apply
Prevention MeasuresProper ventilation, containment, good work practices, hygiene measures
Engineering ControlsLocal exhaust ventilation, enclosed systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of quat-containing materials
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for spills or exposure incidents, first aid for exposure to quaternary ammonium compounds
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for fires involving quat-containing products
Additional ResourcesOSHA, NIOSH, EPA

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Hairdressing Chemicals

Information CategoryHairdressing Chemicals (hair salons)
DescriptionHairdressing chemicals include a wide range of substances used in hair salons for hair coloring, perming, relaxing, and styling.
Chemical/Physical PropertiesVary widely depending on the specific chemical, including powders, liquids, and aerosols
Industries AffectedHair salons, barber shops, beauty schools, personal care product manufacturing
Common Exposure RoutesInhalation, skin contact, ingestion
Health EffectsSkin irritation, eye irritation, respiratory issues, allergic reactions, chemical burns
Short-term EffectsRedness, itching, burning sensation, coughing, sneezing, difficulty breathing
Long-term EffectsSensitization, chronic respiratory problems, asthma, dermatitis
Regulatory Limits and GuidelinesNo specific limits, but general guidelines for worker exposure to hazardous chemicals apply
Prevention MeasuresProper ventilation, containment, good work practices, hygiene measures
Engineering ControlsLocal exhaust ventilation, enclosed systems
Administrative ControlsTraining, rotating job tasks, scheduling breaks, proper handling and storage of hairdressing chemicals
Personal Protective Equipment (PPE)Use respirators, gloves, eye protection, protective clothing, and other protective gear
Emergency MeasuresEmergency response plan for spills or exposure incidents, first aid for exposure to hairdressing chemicals
First AidRemove from exposure, flush eyes or skin with water, seek medical help for severe reactions
Spill/Leak ControlAbsorbent materials, containment, proper disposal, ventilation
Fire SafetyUse appropriate fire-fighting measures and equipment for fires involving hairdressing chemicals
Additional ResourcesOSHA, NIOSH

Note: Please use this table as a reference and ensure to verify the information provided, as well as consult official guidelines and regulations.

Acrylates

Information CategoryAcrylates (dentistry, nail salons)
DescriptionAcrylates are a group of chemicals commonly used in dentistry and nail salons for bonding agents, dental fillings, and nail enhancements.
Chemical/Physical PropertiesAcrylates are typically in liquid or gel form, and they harden or polymerize upon exposure to light or heat.
Industries AffectedDentistry, nail salons, cosmetic manufacturing
Common Exposure RoutesInhalation, skin contact, ingestion
Health EffectsSkin irritation, eye irritation, respiratory issues, allergic reactions, chemical burns
Short-term EffectsRedness, itching, burning sensation, coughing, sneezing, difficulty breathing
Long-term EffectsSensitization, chronic respiratory problems, asthma, dermatitis
Regulatory Limits and GuidelinesNo specific limits, but general guidelines for worker exposure to hazardous chemicals apply
Prevention MeasuresProper ventilation, containment, good work practices, hygiene measures
Engineering Controls