Mesothelioma Lawyer Michigan: Legal Rights for Highland Park Plant Workers

For Workers, Families, and Former Employees Diagnosed with Mesothelioma or Asbestosis

If you worked at the Chrysler Highland Park Plant and have been diagnosed with mesothelioma, asbestosis, or lung cancer, you may have significant legal rights to compensation — but time is critical. Michigan imposes a strict 5-year statute of limitations from the date of diagnosis for asbestos personal injury claims. Miss that window, and your claim is gone. Call an experienced Michigan asbestos attorney today.

The Facility and Its History

One of America’s Most Significant Manufacturing Centers

The Chrysler Highland Park Plant in Highland Park, Michigan — a city entirely surrounded by Detroit — stands as one of the most historically significant industrial sites in American manufacturing. Albert Kahn designed and built it in 1909–1910, and it became the birthplace of Henry Ford’s moving assembly line.

After Ford shifted primary operations to River Rouge in the late 1910s and 1920s, Chrysler Corporation acquired the Highland Park site and built it into:

A major production center for Plymouth, Dodge, and Chrysler-brand vehicles
Chrysler’s corporate headquarters for decades
A hub of manufacturing, engineering, and administrative operations

At its peak, the complex employed tens of thousands of workers, spanned millions of square feet across interconnected factory, foundry, engineering, and office buildings, and ran for most of the twentieth century as a heavy manufacturing facility. It included foundry operations, paint shops, boiler plants, and extensive mechanical systems.

The age, scale, and operational complexity of this facility made it a site where asbestos-containing materials were reportedly used throughout much of the twentieth century.

Why Asbestos-Containing Materials Were Present at Highland Park

The Industrial Engineering Logic Behind Asbestos Use

Chrysler’s Highland Park facility ran heavy industrial operations that required solutions to specific engineering problems. From the 1910s through the late 1970s — and in some legacy applications into the 1980s — asbestos-containing materials were the industry-standard solution. No other commercially available material matched their combination of properties.

Products manufactured by Johns-Manville, Owens-Corning, Armstrong World Industries, Garlock Sealing Technologies, and Eagle-Picher were reportedly among the asbestos-containing materials supplied to major automotive manufacturing facilities during this era, including thermal insulation, gaskets, and building products.

Why these materials were used:

Heat management — foundry operations, forge shops, heat-treat facilities, and paint-bake ovens generated thermal loads requiring fire-resistant insulation
Steam and hot water systems — massive boiler plants supplied heat, process steam, and power throughout the complex, requiring pipe insulation and boiler protection rated for temperatures exceeding 1,000 degrees Fahrenheit
Fire protection — hundreds of thousands of square feet of workspace with combustible materials required fire-resistant construction throughout
Noise and vibration dampening — heavy press and machining operations required insulative materials
Cost — asbestos was far cheaper than alternatives and could be woven, sprayed, molded, or mixed into virtually any building or industrial product

The Hidden Health Hazard

By the 1930s and 1940s, the medical community had already documented serious health hazards from asbestos exposure. Johns-Manville, Owens-Corning, Armstrong World Industries, and other major asbestos manufacturers suppressed that research, lobbied aggressively, and pursued litigation to block public and worker awareness of these dangers for decades. Asbestos causes mesothelioma, lung cancer, and asbestosis through inhalation of microscopic fibers that the body cannot expel from lung tissue.

Workers at Highland Park were not warned about the risks they faced every day.

Timeline: When Asbestos-Containing Materials Were Reportedly Present

Pre-1940s: Original Construction and Early Operations

The facility’s original construction reportedly incorporated asbestos-containing materials throughout, consistent with standard construction practices of the era. Albert Kahn’s industrial structures included materials from manufacturers such as Johns-Manville and Owens-Illinois:

Pre-formed asbestos-containing pipe insulation sections
Boiler insulation and lagging
Asbestos-containing floor tiles and ceiling materials
Fireproofing materials
Roofing materials and mastics

Workers involved in original construction and early maintenance operations may have faced substantial exposures during this period.

1940s–1960s: Peak Manufacturing and Highest Exposure Risk

This period represents the highest concentration of workers at the facility and the greatest potential for asbestos fiber release. During World War II and the postwar automotive boom, Highland Park ran at or near maximum capacity:

Ongoing maintenance and repair of aging thermal systems incorporated asbestos-containing products from Johns-Manville, Armstrong World Industries, and Garlock Sealing Technologies
Continuous renovation of building systems used asbestos-containing materials
Dozens of asbestos-containing product types from multiple manufacturers were reportedly present simultaneously
Asbestos-containing automotive components — including brake linings and clutch facings — may have included materials from Eagle-Picher and other brake component manufacturers

The density of asbestos-containing materials and the absence of meaningful respiratory protection placed workers from this era among those with the highest documented risk levels.

Specific work activities reportedly included:

Insulators and pipe coverers — potentially including members of Heat and Frost Insulators Local 1 or affiliated locals — working with asbestos-containing pipe covering, block insulation, and cement products on the facility’s steam and hot water distribution systems
Boilermakers handling asbestos-containing rope, gaskets, and refractory materials in boiler operations
Maintenance workers disturbing asbestos-containing gasket materials and thermal insulation throughout the facility

1970s: Regulatory Changes Begin — Exposure Continues

The EPA began regulating asbestos under the Clean Air Act in 1971. OSHA adopted its first asbestos permissible exposure limit in 1972. Enforcement, however, lagged significantly behind the regulations.

At Highland Park during this decade:

Asbestos-containing materials already installed throughout the building envelope and mechanical systems continued to release fibers during disturbance
Maintenance, repair, and renovation work that disturbed previously installed materials still generated significant fiber releases
New installation of asbestos-containing materials from manufacturers including Johns-Manville, Owens-Corning, and Garlock Sealing Technologies reportedly continued in some applications through much of this decade

1980s and Beyond: Legacy Materials Remain a Hazard

By the 1980s, manufacture and installation of most major asbestos-containing building products had been substantially curtailed. Legacy materials at Highland Park, however, reportedly remained in place throughout the complex:

Pipe insulation and block insulation
Asbestos-containing floor tiles and ceiling tiles
Roofing materials
Insulating cements and fireproofing materials
Gasket and sealing materials

Maintenance workers, contractors, and renovation crews who disturbed these aging materials may have been exposed to fibers released from deteriorating installed asbestos-containing products. Various portions of the Highland Park complex have reportedly been subject to National Emission Standards for Hazardous Air Pollutants (NESHAP) regulatory scrutiny and asbestos abatement activity, reflecting the ongoing presence of asbestos-containing materials at this site.

Who Faced the Highest Risk: Occupations at Highland Park

Research into asbestos-related disease patterns at large automotive manufacturing facilities consistently shows that certain trades carry disproportionate disease burdens. The following occupational groups at Highland Park may have faced elevated exposures.

Insulation Workers and Pipe Coverers

Insulators rank among the most consistently documented high-risk groups in asbestos litigation and epidemiological research. Insulators at Highland Park — potentially including members of Heat and Frost Insulators Local 1 — allegedly worked directly with asbestos-containing materials on the facility’s thermal systems. Products from Johns-Manville, Armstrong World Industries, and Owens-Corning were reportedly prevalent in these applications.

Tasks that generated fiber releases:

Cutting pre-formed asbestos-containing pipe sections to length
Mixing and applying asbestos-containing insulating cements in open work areas
Finishing and sanding hardened insulation surfaces
Removing and replacing damaged or aging insulation during maintenance
All performed without adequate respiratory protection before meaningful OSHA enforcement

Pipefitters and Steamfitters

Pipefitters and steamfitters throughout Highland Park — potentially including members of Plumbers and Pipefitters UA Local 562 — allegedly worked in sustained proximity to asbestos-containing insulated pipe systems. Even when they were not the ones installing insulation, they worked alongside insulators in confined spaces where disturbed asbestos-containing materials released fibers into shared air.

Exposure-generating tasks:

Cutting and threading pipe in areas with asbestos-containing insulation overhead and underfoot
Replacing asbestos-containing gaskets — products from manufacturers such as Garlock Sealing Technologies — on pipe flanges, valves, and fittings
Working on steam systems where asbestos-containing rope packing and valve stem materials sealed pumps and valves
Performing maintenance in boiler rooms and mechanical rooms lined with asbestos-containing insulation and refractory materials

Boilermakers

The Highland Park boiler plant supplied steam for heating, process operations, and power generation across millions of square feet. Boilermakers allegedly encountered asbestos-containing materials from multiple manufacturers in multiple forms:

Refractory and insulating materials — products from Johns-Manville and similar manufacturers — around boiler fireboxes, furnace walls, and flue systems
Asbestos-containing rope and gasket materials — from manufacturers including Garlock Sealing Technologies — in boiler door seals, manway gaskets, and inspection port seals
Block insulation on steam drums, headers, and associated piping
Boiler cement reportedly containing asbestos fibers, used for patching and repair

Work in confined spaces within and around boiler systems concentrated fiber exposure in areas with limited ventilation — exactly the conditions that produce the highest cumulative doses.

Electricians

Electrical workers at Highland Park may have faced less-recognized but potentially substantial asbestos exposures:

Arc chutes and switchgear — many older electrical panels and switchgear components manufactured through the 1970s reportedly contained asbestos-containing arc-quenching materials
Wire and cable insulation — certain electrical wiring manufactured before the 1970s reportedly incorporated asbestos in insulating layers
Conduit routing — running conduit through areas with asbestos-containing pipe and equipment insulation meant working in air already laden with disturbed fibers
Fireproofing penetrations — cutting through fireproofed floors and ceilings released fibers from asbestos-containing spray fireproofing materials

Millwrights and Maintenance Mechanics

Millwrights and general maintenance mechanics moved across the full range of operations at Highland Park, creating exposure potential across the full range of asbestos-containing materials reportedly present at the site:

Machinery maintenance and repair involving asbestos-containing gaskets, seals, and insulation
Building system maintenance in areas with asbestos-containing pipe insulation and refractory materials
Equipment replacement and installation involving asbestos-containing materials

This breadth of exposure — touching multiple trades, multiple product types, and multiple locations across a massive facility — is precisely why millwrights and maintenance mechanics appear with significant frequency in asbestos trust fund claim data.

Sheet Metal Workers

Sheet metal workers cutting, fitting, and installing ductwork and ventilation systems throughout the facility may have worked alongside and within asbestos-containing materials embedded in:

Duct insulation products
Vibration dampening materials
Fireproofing materials around air handling equipment
Flexible connectors reportedly incorporating asbestos-reinforced materials

Foundry and Fabrication Workers

Workers in foundry operations and machine shops may have faced asbestos exposures from:

Insulation on high-temperature process equipment
Refractory materials in foundry equipment — potentially products from Johns-Manville
Heat-treat furnace insulation
Equipment gaskets and sealing materials — potentially from Garlock Sealing Technologies and other manufacturers

Specific Asbestos-Containing Products Reportedly Present at Highland Park

Based on the operations conducted at this facility and standard industrial practices of the era, workers may have been exposed to asbestos-containing materials from the following manufacturers and product categories.

Thermal Insulation Products

Products from manufacturers including **Johns-Manville, Owens-Corning,