Painting and coating jobs, whether industrial, commercial, or residential, involve regular exposure to a wide range of chemicals. These substances can pose significant health risks if proper protective measures are not taken—particularly for the skin, which is often directly exposed. Understanding the risks and implementing strong safety protocols is essential for protecting workers and maintaining compliance with health and safety regulations.
In this article, we explore the dangers of chemical exposure in painting and coating jobs, the importance of skin protection, and the practical steps employers and workers can take to reduce risk—especially in regions prioritising strong safety standards like Health and Safety Surrey, Health and Safety Berkshire, and Health and Safety Sussex.
Understanding the Risks of Chemical Exposure
Painters and coating professionals are frequently exposed to a variety of hazardous chemicals found in products such as:
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Solvents (e.g. toluene, xylene, acetone) 
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Isocyanates (used in polyurethane paints) 
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Pigments containing heavy metals (e.g. lead, chromium) 
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Epoxy resins and hardeners 
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Thinners and cleaners 
These chemicals can enter the body in several ways: inhalation, ingestion, and importantly, skin absorption. Prolonged or repeated contact with hazardous substances can lead to a range of health problems, including:
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Dermatitis – inflammation of the skin caused by direct contact with irritants or allergens. 
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Chemical burns – resulting from strong acids or alkalis. 
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Sensitisation – some chemicals, especially isocyanates, can cause allergic skin reactions over time. 
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Systemic toxicity – in some cases, chemicals absorbed through the skin can affect internal organs. 
These risks are especially concerning in jobs where protective measures are inconsistent or poorly enforced.
Why Skin Protection Matters
While respiratory protection often takes centre stage in painting and coating safety plans, skin protection is just as critical. The skin is the body’s largest organ and a vital barrier against external hazards. When compromised, it becomes a direct pathway for toxic substances to enter the bloodstream.
Skin exposure in painting can occur through:
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Direct splashes or spills of paint, solvents, or coatings. 
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Handling tools and equipment contaminated with hazardous chemicals. 
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Accidental contact with wet surfaces or uncured coatings. 
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Working in confined spaces where vapours condense on skin and clothing. 
Once exposed, it’s often difficult to remove chemical residues without appropriate cleaning agents, and ordinary soap may not be effective.
Key Components of Skin Protection
1. Personal Protective Equipment (PPE)
Proper PPE is the frontline defence against chemical exposure. Essential items include:
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Chemical-resistant gloves (e.g., nitrile, butyl rubber, neoprene): Different chemicals require different glove materials, so it’s important to match the glove type to the task. 
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Coveralls or protective clothing: Disposable or reusable clothing designed to resist permeation. 
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Face shields and goggles: While primarily for eye protection, they help prevent splashes from reaching the face and neck. 
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Boots: Chemical-resistant footwear prevents exposure to splashes or spills on the floor. 
Employers should provide PPE that is well-fitting, appropriate to the task, and regularly inspected for damage or wear.
2. Skin Care and Hygiene Practices
Good hygiene practices are essential for maintaining healthy skin and preventing chemical absorption.
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Barrier creams: These can be used as an added layer of protection, especially on areas where gloves may not be worn. 
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Gentle cleansing agents: Use cleansers designed to remove chemical residues without damaging the skin. 
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Moisturisers: Help restore the skin’s natural barrier after exposure to solvents or frequent washing. 
Workers should be trained to wash hands and any exposed skin thoroughly after handling chemicals, before eating or drinking, and at the end of each shift.
Workplace Controls and Best Practices
Beyond personal protection, employers must implement broader safety strategies to minimise skin exposure risks.
1. Risk Assessments
Before any painting or coating job begins, conduct a thorough risk assessment to identify:
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The chemicals in use 
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Possible routes of exposure 
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Appropriate controls to reduce risk 
This is a legal requirement under UK health and safety law and is a foundation for safe operations in areas adhering to standards like Health and Safety Berkshire, Health and Safety Surrey, and Health and Safety Sussex.
2. Ventilation and Containment
Ensure that spray booths, enclosed areas, or workstations are equipped with proper ventilation to reduce the buildup of hazardous vapours and airborne particulates, which can settle on the skin and surfaces.
3. Training and Awareness
Workers should receive training on:
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The hazards associated with specific paints and coatings 
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How to properly use and care for PPE 
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Recognising signs of skin damage or allergic reactions 
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Emergency procedures in the event of exposure 
Engaged and informed workers are far more likely to follow safety protocols consistently.
4. Substitution of Hazardous Materials
Where possible, choose less harmful alternatives to high-risk chemicals. Many manufacturers now offer low-VOC or water-based paints and coatings that significantly reduce skin and respiratory risks.
Legal Obligations and Regional Safety Focus
Employers in the UK are legally required to protect workers from chemical exposure under regulations such as COSHH (Control of Substances Hazardous to Health). This includes assessing risks, providing PPE, training, and ensuring a safe working environment.
Areas like Surrey, Berkshire, and Sussex have seen increased efforts to promote proactive compliance through inspections and support services under local Health and Safety in Surrey, Health and Safety in Berkshire, and Health and Safety in Sussex initiatives. Businesses operating in these regions must remain vigilant in implementing high safety standards to protect their workers and avoid legal penalties.
Final Thoughts
Skin protection in painting and coating jobs is not optional—it is essential. With exposure to potentially harmful chemicals on a daily basis, workers need proper PPE, strong hygiene practices, and comprehensive safety training to stay safe. Employers, in turn, must foster a culture of safety, comply with regulations, and stay informed about best practices.
By taking proactive steps today, especially in regions committed to worker welfare like Surrey, Berkshire, and Sussex, the painting and coating industry can ensure a healthier, safer future for all professionals in the trade.
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