Silicosis from Quartz: A Hidden Threat in the Stone Fabrication Industry

Silicosis is a lung disease caused by breathing respirable crystalline silica dust. When workers at a stone fabrication shop, countertop manufacturer, or job site cut, polish, or grind quartz slabs, each pass releases microscopic particles that can be inhaled, leading to lung scarring. Granite, concrete, brick, and tile also release silica dust, but engineered quartz is the most dangerous because it has more than 90 percent crystalline silica content. 

Lung scarring from silica exposure does not cause immediate pain. Instead, early symptoms include shortness of breath, wheezing, and chest tightness. Those symptoms resemble asthma, bacterial pneumonia, or another respiratory disease, which leads some workers to be prescribed inhalers instead of undergoing a chest X-ray or lung testing. While symptoms are treated as routine breathing problems, the silica continues to scar lung tissue and reduce oxygen exchange.

In this guide, we’ll outline how silica exposure in quartz and artificial stone-cutting jobs leads to silicosis, where workers face the highest risk, and why the disease is frequently misidentified as asthma or general lung disease. We’ll also explain why you should contact an Ohio workers’ compensation attorney as soon as you receive a silicosis diagnosis.

What is Silicosis?

We’ve already explained that silicosis is a lung disease caused by inhaling crystallized silica dust. These particles measure less than 10 microns, which allows them to bypass the body’s natural airway defenses and lodge deep in the lungs. Once embedded, the silica triggers inflammation that scars healthy lung tissue. This tissue can’t expand or transfer oxygen normally, so as the scarring spreads, your lungs can become stiffer and permanently lose capacity. 

Doctors classify silicosis based on how fast exposure occurs:

• Chronic: Chronic silicosis develops after ten or more years of exposure at lower levels. Chest imaging generally shows small nodules that slowly spread through the lungs.
• Accelerated: Accelerated silicosis develops within five to ten years. Lung damage progresses faster, and breathing problems appear much earlier than they normally would.
• Acute: Acute silicosis develops after months or a few years of very high exposure. The lungs fill with inflammatory fluid and protein, which causes rapid respiratory failure.

Many engineered stone workers have been diagnosed with accelerated and acute silicosis at unusually young ages, including otherwise healthy individuals in their 30s and 40s. Silicosis also increases the risk of other conditions: scarred lungs are more susceptible to tuberculosis, lung infections, and lung cancer. As lung function declines, physical activity becomes limited, conditions like chronic resting hypoxia can develop, and oxygen therapy may eventually be necessary. In some cases, a lung transplant may even be necessary.

Who Faces the Highest Risk?

Risk depends on silica concentration in the material, the cutting method used, air movement in the workspace, and the amount of time workers spend near dust-producing activities. Generally speaking, Ohio workers at the highest risk include:

• Quartz Fabrication Workers: Employees at countertop fabrication shops are directly exposed to silica from engineered quartz. Wet cutting techniques can reduce visible silica dust, but fine particles don’t disappear when workplace controls like ventilation systems fail to capture them at the source.
• Quartz Countertop Installers: Installers cut and modify artificial stone slabs inside homes, apartment buildings, and commercial spaces, few of which have industrial-grade ventilation. Silica dust released during trimming and fitting settles on floors, walls, and cabinets, then becomes airborne again through foot traffic. Installers in the countertop industry can inhale silica during cutting and during cleanup.
• Granite and Natural Stone Workers: Granite and sandstone contain lower silica percentages than manufactured quartz, but repeated cutting over many years leads to cumulative exposure. Fabrication workers handling these materials have developed chronic silicosis after long-term work in shops with inadequate dust control.
• Shop Cleaners and Laborers: Workers assigned to sweep floors, clean machinery, or dispose of waste materials are all exposed to respirable silica dust, even when cutting operations aren’t active. Dry sweeping and compressed air lift fine silica back into the air, where these employees can inhale it.
• Other Employees in Shared Workspaces: Cabinet makers, warehouse staff, delivery drivers, and office personnel working in or near fabrication areas can all be exposed. In open or poorly ventilated shops, silica dust travels far beyond cutting stations and stays suspended for extended periods.

Air monitoring in stone fabrication shops has shown that silica exposure doesn’t stop when a saw blade shuts off. Fine particles remain airborne for hours, especially in enclosed spaces. Respiratory protection also doesn’t eliminate this risk when it’s inconsistent or inadequate: For example, personal protective equipment, like disposable dust masks, don’t filter respirable crystalline silica, and poorly fitted respirators can allow silica to bypass the seal and enter the lungs. 

Symptoms Commonly Mistaken for Asthma or Other Lung Disease

Early symptoms of silicosis tend to overlap with common respiratory conditions, leading many exposed workers to receive treatment for asthma or general lung disease instead of evaluation for occupational lung injury. These symptoms include:

• Shortness of Breath: You may experience breathlessness while climbing stairs, carrying materials, or walking short distances. These symptoms appear without prior respiratory history and progress even when activity levels remain unchanged. 
• Wheezing and Chest Tightness: Airway irritation from lung scarring produces wheezing that resembles asthma. Inhalers may reduce temporary airway spasm, but they won’t stop silica-induced fibrosis, so lung damage will continue unchecked.
• Persistent Dry Cough: Scar tissue triggers a chronic cough that doesn’t improve with allergy medication or antibiotics. You may report coughing for months while being treated for bronchitis or nonspecific lung disease.
• Ongoing Fatigue: As scarred lung tissue loses the ability to transfer oxygen, you may tire quickly during physical tasks. Although this decline is measurable and progressive, it’s frequently dismissed as age-related or unrelated to occupational exposure.

Symptoms usually worsen as exposure to silica dust continues, and delayed diagnosis allows additional scarring to form. By the time chest imaging and work history are finally reviewed, any lung damage is permanent and may already restrict daily activity as well as employment. Eventually, you may need a lung transplant, which can incapacitate you further.

How an Ohio Workers’ Compensation Lawyer Can Help

While workers’ compensation benefits are available to those who develop silicosis on the job, you need solid evidence that your condition is actually work-related. An experienced workers’ comp lawyer can help you prepare and file your benefits claim by:

• Documenting Occupational Exposure: Your lawyer can work with you to gather job records, task descriptions, and witness statements that clarify the quartz surfacing or stone cutting process in the shop. This includes identifying cleanup methods, reviewing shop layout and ventilation conditions, and the presence of any respiratory protection program. 
• Linking Medical Findings to the Job: Silicosis must be tied to workplace exposure through imaging, pulmonary function testing, and physician opinions. A workers’ comp lawyer can communicate with your treating doctors and occupational specialists to collect evidence that silica exposure caused or worsened your lung disease. 
• Challenging Asthma or Lung Disease Misclassification: Insurance carriers frequently rely on asthma diagnoses to deny claims. Your lawyer can push for chest CT scans, specialist evaluations, and full work histories when your symptoms don’t match asthma patterns. A correct diagnosis can change the outcome of the claim, so it’s important to be as thorough as possible.
• Protecting Medical Coverage: Workers’ compensation can cover medical treatment related to silicosis, including specialist care, oxygen therapy, and hospital stays. If the Ohio Bureau of Workers’ Compensation or a self-insured employer denies or limits treatment, an experienced attorney can advocate for you.
• Pursuing Disability Benefits: Reduced lung capacity can limit your ability to do physical work. A lawyer can review your work restrictions and impairment ratings to pursue temporary or permanent disability benefits when appropriate
• Identifying Additional Compensation Sources: Some cases involve exposure caused by parties other than the direct employer, such as equipment suppliers or contractors. Your lawyer can evaluate whether additional claims exist while preserving your access to workers’ compensation benefits.

Speak to an Ohio Workers’ Compensation Lawyer

Those who work with manufactured quartz or stone and now struggle with breathing problems should not assume the condition is asthma or routine lung disease. You may have developed silicosis while fabricating kitchen worktops or other fixtures, especially if work controls like dust mitigation are poor in the shop and crystalline silica particles are routinely generated.

At Plevin & Gallucci, we represent employees who’ve developed silicosis after unsafe exposure to respirable crystalline silica. If you worked in stone fabrication, engineered stone countertop installation, or a related trade and now experience symptoms, we can help. To schedule your free consultation with a workers’ compensation attorney, call 1-855-4-PLEVIN now.