Asbestos-Containing Products List 101-300
Asbestos Products, Asbestos Exposure and Mesothelioma Lawsuits
Once deemed safe, asbestos was widely used in products like insulation and car parts due to its fireproof and robust qualities. However, when asbestos deteriorates, minuscule fibers can enter the air and people’s bodies through breathing, leading to severe health issues such as mesothelioma, a lung cancer.
Those afflicted with asbestos-related illnesses frequently pursue legal action against the manufacturers of asbestos products. These lawsuits seek to hold companies responsible for failing to caution individuals about asbestos dangers and provide compensation for medical expenses and related costs.
These lawsuits can be complicated, and they have to be filed within a certain amount of time after someone gets sick. That’s why it’s important to talk to a lawyer if you or someone you know has been exposed to asbestos and gotten sick because of it.
To help people who have been affected by asbestos exposure, there are special funds set up by some companies that used asbestos. These funds provide money to people who have been harmed by asbestos products. Overall, these lawsuits and funds help people get the support they need when they’ve been hurt by asbestos.
Call Today to find out if you qualify for an asbestos claim!
Asbestos Containing Product List – A-Z
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History of Asbestos Products and Asbestos Exposure
The history of asbestos exposure in the U.S. dates back to its extensive use across multiple industries, driven by its fire-resistant qualities and cost-effectiveness. Asbestos found its way into numerous products and construction materials, such as insulation, tiles, and automotive brake pads, becoming a staple in buildings and everyday items. However, as research progressed, scientists uncovered the severe health risks associated with asbestos exposure, particularly its link to diseases like mesothelioma, a form of cancer affecting the lining of the lungs and abdomen.
Despite growing awareness of its hazards, asbestos remained prevalent in American industries until regulations were introduced in the 1970s to restrict its usage. These measures aimed to mitigate the health risks posed by asbestos exposure, leading to tighter controls and ultimately the banishment of asbestos in many applications. Nevertheless, the legacy of asbestos persists in older buildings and products, posing ongoing health threats to individuals. Today, comprehensive awareness campaigns and safety protocols are crucial to managing the risks associated with asbestos, ensuring that proper precautions are taken during renovations, demolitions, and other activities involving potentially asbestos-containing materials.
Asbestos Exposure and Mesothelioma
Patients diagnosed with Mesothelioma have complained that they were not given any warning, training or respiratory protective gear when handling, installing, loading, repairing, or removing asbestos-containing products when using them in many building trades.
Workers diagnosed with Mesothelioma from toxic exposure to asbestos containing products and materials may be eligible for financial compensation with the help of an experienced Mesothelioma lawyer.
Asbestos manufacturers knew as far back as the early 1920’s that asbestos caused asbestosis and the first case of Malignant Mesothelioma was definitively linked to asbestos exposure in workers and laborers in 1964.
More than 600,000 asbestos and Mesothelioma cases have been brought against asbestos manufacturers and distributors, claiming the companies failed to protect workers and laborers from harmful asbestos contamination, and failed to warn workers about health risks.
The World health Organization reported that there have been 92,253 mesothelioma deaths (and counting) reported by 83 countries.
Asbestos Cover up – Quotes from Asbestos Executives
Evidence in thousands of court documents have shown that asbestos companies hid and destroyed memos, documents and ignored doctor’s medical reports about the dangers of asbestos exposure. Despite all the information about the deadly dangers of asbestos exposure available in the scientific and medical literature asbestos companies chose not to take any action to protect workers.
They chose profit over the safety of their workers and then lied and covered it up. This is why U. S. Courts are making asbestos manufacturers and companies pay millions to asbestos victims for their asbestos cover up.
- “…if you have enjoyed a good life while working with asbestos products, why not die from it.”1966 memo from an executive of the Bendix Corporation (now part of Honeywell)
- In early 1940s, the president of Johns-Manville called the managers of another company “a bunch of fools for notifying employees who had asbestosis.” When asked by another company executive, “Do you mean to tell me you would let them work until they drop dead?” he responded, “Yes. We save a lot of money that way.”
Top 300 Asbestos Products Listed in Mesothelioma Lawsuits
Mesothelioma lawsuits have underscored the pervasive presence of asbestos in numerous products, commonly found in materials, fibers, and compounds. This compilation showcases the core 300 asbestos products often mentioned in legal proceedings related to mesothelioma cases. Understanding the widespread use of asbestos underscores the intricate nature of exposure risks associated with these products.
101. Foam Products: Asbestos was rarely used in foam products due to limited application. However, some industrial foams may have contained asbestos additives. Workers involved in foam product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or cutting.
102. Foil Products: Asbestos was sometimes used in foil products such as heat-resistant tapes for its insulation properties. Workers involved in manufacturing or handling foil products faced potential exposure to asbestos fibers, especially during production or installation.
103. Foundry Products: Asbestos was commonly used in foundry products such as insulation materials for its heat resistance. Workers involved in manufacturing or handling foundry products faced potential exposure to asbestos fibers, particularly during production or installation.
104. Framing Products: Asbestos was occasionally used in framing products such as fireproof doors and windows for its fire-resistant properties. Workers involved in manufacturing or handling framing products faced potential exposure to asbestos fibers, especially during installation or renovation.
105. Friction Products: Asbestos was commonly used in friction products such as brake linings and clutch facings for its heat resistance. Workers involved in manufacturing or handling friction products faced potential exposure to asbestos fibers, especially during production or repair.
106. Furnace Products: Asbestos was sometimes used in furnace products such as insulation materials and gaskets for its heat resistance. Workers involved in manufacturing or handling furnace products faced potential exposure to asbestos fibers, particularly during installation or maintenance.
107 Galvanized Products: Asbestos was rarely used in galvanized products due to limited application. However, some galvanizing equipment may have contained asbestos components. Workers involved in galvanized product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
108. Gardening Gloves: Asbestos was rarely used in gardening gloves due to limited application. However, older gardening gloves may have contained asbestos fibers if they were heat-resistant or insulated. Gardeners using such gloves faced potential exposure to asbestos fibers, particularly during use or handling.
109. Gas Mask Products: Asbestos was occasionally used in gas mask products for its filtration properties. Workers involved in manufacturing or handling gas mask products faced potential exposure to asbestos fibers, especially during production or maintenance.
110. Gasket Products: Asbestos was commonly used in gasket products for its heat resistance and sealing properties. Workers involved in manufacturing or handling gasket products faced potential exposure to asbestos fibers, especially during production or replacement.
111. Gauge Products: Asbestos was sometimes used in gauge products such as insulation materials for its heat resistance. Workers involved in manufacturing or handling gauge products faced potential exposure to asbestos fibers, particularly during installation or maintenance.
112. Generator Products: Asbestos was rarely used in generator products due to limited application. However, some older generators may have contained asbestos components in insulation or wiring. Workers involved in generator manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
113. Glass Products: Asbestos was rarely used in glass products due to its limited compatibility with glass materials. However, some glass manufacturing equipment may have contained asbestos components. Workers involved in glass product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
114. Glazing Products: Asbestos was occasionally used in glazing products such as fireproof glass for its heat resistance. Workers involved in manufacturing or handling glazing products faced potential exposure to asbestos fibers, especially during installation or renovation.
115. Glove Products: Asbestos was rarely used in glove products due to limited application. However, some specialized gloves may have contained asbestos fibers for heat resistance or insulation. Workers involved in glove product manufacturing or handling faced potential exposure to asbestos fibers, particularly during use or repair.
116. Glue Products: Asbestos was occasionally used in glue products such as adhesives and sealants for its reinforcing properties. Workers involved in manufacturing or handling glue products faced potential exposure to asbestos fibers, especially during production or application.
117. Graphite Products: Asbestos was rarely used in graphite products due to limited application. However, some industrial graphite materials may have contained asbestos additives. Workers involved in graphite product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or cutting.
118. Gravel Products: Asbestos was rarely used in gravel products due to limited application. However, some construction materials containing gravel may have had asbestos contamination. Workers involved in gravel product manufacturing or handling faced potential exposure to asbestos fibers, particularly during crushing or processing.
119. Grease Products: Asbestos was occasionally used in grease products such as lubricants and sealants for its heat resistance. Workers involved in manufacturing or handling grease products faced potential exposure to asbestos fibers, especially during production or application.
120. Hair Dryer Products: Asbestos was rarely used in hair dryer products due to safety concerns. However, some older hair dryers may have contained asbestos components in insulation materials. Users of such hair dryers faced potential exposure to asbestos fibers, particularly during use or maintenance.
121. Heat Resistant Products: Asbestos was commonly used in heat-resistant products such as oven mitts and protective clothing for its fire-resistant properties. Workers involved in manufacturing or handling heat-resistant products faced potential exposure to asbestos fibers, especially during production or use.
122. Helium Products: Asbestos was rarely used in helium products due to limited application. However, some helium-related equipment may have contained asbestos components. Workers involved in helium product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
123. High Temperature Products: Asbestos was commonly used in high-temperature products such as insulation materials and gaskets for its heat resistance. Workers involved in manufacturing or handling high-temperature products faced potential exposure to asbestos fibers, particularly during installation or maintenance.
124. Hoist Products: Asbestos was rarely used in hoist products due to limited application. However, some older hoists may have contained asbestos components in insulation materials. Workers involved in hoist manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
125. Hose Products: Asbestos was occasionally used in hose products such as insulation materials for its heat resistance. Workers involved in manufacturing or handling hose products faced potential exposure to asbestos fibers, particularly during installation or maintenance.
126. Hosiery Products: Asbestos was rarely used in hosiery products due to limited application. However, some specialized hosiery items may have contained asbestos fibers for heat resistance or insulation. Workers involved in hosiery product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
127. Hospital Products: Asbestos was rarely used in hospital products due to safety concerns and regulations. However, some older hospital equipment may have contained asbestos components. Healthcare workers involved in hospital product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
128. Hotel Products: Asbestos was rarely used in hotel products due to safety concerns and regulations. However, some older hotel furnishings and equipment may have contained asbestos components. Hotel staff involved in maintenance or renovation of such products faced potential exposure to asbestos fibers.
129. HVAC Products: Asbestos was commonly used in HVAC (Heating, Ventilation, and Air Conditioning) products such as insulation and ductwork for its heat resistance and insulation properties. HVAC technicians and workers involved in manufacturing or maintenance faced potential exposure to asbestos fibers, especially during installation or repair.
130. Hydraulic Products: Asbestos was rarely used in hydraulic products due to limited application. However, some older hydraulic equipment may have contained asbestos components. Workers involved in hydraulic product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
131. Incinerator Products: Asbestos was occasionally used in incinerator products such as insulation materials for its heat resistance. Workers involved in manufacturing or handling incinerator products faced potential exposure to asbestos fibers, especially during installation or maintenance.
132. Industrial Products: Asbestos was commonly used in various industrial products such as insulation, gaskets, and protective clothing for its heat resistance and fireproofing properties. Industrial workers involved in manufacturing or handling industrial products faced significant potential exposure to asbestos fibers, particularly during production or maintenance.
133. Infrared Products: Asbestos was rarely used in infrared products due to limited application. However, some specialized infrared equipment may have contained asbestos components. Workers involved in manufacturing or handling infrared products faced potential exposure to asbestos fibers during maintenance or repair.
134. Injection Products: Asbestos was rarely used in injection products due to limited application. However, some older injection molding equipment may have contained asbestos components. Workers involved in injection product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
135. Insole Products: Asbestos was rarely used in insole products due to limited application. However, some older footwear with heat-resistant or insulating properties may have contained asbestos fibers. Workers involved in insole product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
136. Instrument Products: Asbestos was rarely used in instrument products due to limited application. However, some specialized instruments or equipment may have contained asbestos components. Workers involved in instrument product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
137. Insulation Products: Asbestos was commonly used in insulation products for its heat resistance, fireproofing, and insulation properties. Workers involved in manufacturing, installation, or removal of insulation products faced significant potential exposure to asbestos fibers, particularly during handling or renovation.
138. Iron Products: Asbestos was rarely used in iron products due to limited application. However, some older iron equipment or structures may have contained asbestos components. Workers involved in iron product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
139. Irrigation Products: Asbestos was rarely used in irrigation products due to limited application. However, some older irrigation equipment may have contained asbestos components. Workers involved in irrigation product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
140. Jet Products: Asbestos was rarely used in jet products due to limited application. However, some older jet engines or aircraft components may have contained asbestos materials. Workers involved in jet product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
141. Joint Compound Products: Asbestos was commonly used in joint compound products such as drywall joint fillers and cement for its strength and fire resistance. Workers involved in manufacturing or handling joint compound products faced potential exposure to asbestos fibers, particularly during mixing or sanding.
142. Kitchen Products: Asbestos was occasionally used in kitchen products such as insulation materials for ovens and stoves for its heat resistance. Workers involved in manufacturing or handling kitchen products faced potential exposure to asbestos fibers, especially during installation or renovation.
143. Laboratory Products: Asbestos was rarely used in laboratory products due to safety concerns and regulations. However, some older laboratory equipment may have contained asbestos components. Laboratory technicians and workers involved in maintenance or renovation of such products faced potential exposure to asbestos fibers.
144. Lagging Products: Asbestos was commonly used in lagging products such as pipe insulation for its heat resistance. Workers involved in manufacturing or handling lagging products faced potential exposure to asbestos fibers, especially during installation or maintenance of insulated systems.
145. Laundry Products: Asbestos was rarely used in laundry products due to limited application. However, some older laundry equipment or facilities may have contained asbestos components. Workers involved in laundry product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
146. Lead Products: Asbestos was rarely used in lead products due to limited application. However, some older lead-based products or equipment may have contained asbestos components. Workers involved in lead product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
147. Lighting Products: Asbestos was rarely used in lighting products due to limited application. However, some older lighting fixtures may have contained asbestos components. Workers involved in lighting product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
148. Limestone Products: Asbestos was rarely used in limestone products due to limited application. However, some specialized limestone-based products may have contained asbestos components. Workers involved in limestone product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
149. Linen Products: Asbestos was rarely used in linen products due to limited application. However, some older linen-based materials may have contained asbestos fibers. Workers involved in linen product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
150. Lining Products: Asbestos was commonly used in lining products such as brake linings and furnace linings for its heat resistance and friction properties. Workers involved in manufacturing or handling lining products faced potential exposure to asbestos fibers, especially during installation or repair.
151. Linoleum Products: Asbestos was occasionally used in linoleum products such as flooring for its durability and fire resistance. Workers involved in manufacturing or handling linoleum products faced potential exposure to asbestos fibers, particularly during installation or renovation.
152. Liquid Products: Asbestos was rarely used in liquid products due to limited application. However, some older liquid-based materials or formulations may have contained asbestos components. Workers involved in liquid product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
153. Lithium Products: Asbestos was rarely used in lithium products due to limited application. However, some specialized lithium-based products may have contained asbestos components. Workers involved in lithium product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
154. Lithographic Products: Asbestos was rarely used in lithographic products due to limited application. However, some older lithographic equipment may have contained asbestos components. Workers involved in lithographic product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
155. Lubricant Products: Asbestos was rarely used in lubricant products due to limited application. However, some older lubricants may have contained asbestos components. Workers involved in lubricant product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
156. Magnesia Products: Asbestos was occasionally used in magnesia products for its heat resistance. Workers involved in manufacturing or handling magnesia products faced potential exposure to asbestos fibers, particularly during installation or repair.
157. Marble Products: Asbestos was rarely used in marble products due to limited application. However, some older marble-based materials may have contained asbestos components. Workers involved in marble product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
158. Marine Products: Asbestos was commonly used in marine products such as shipbuilding materials and insulation for its heat resistance and durability. Shipyard workers and marine engineers faced potential exposure to asbestos fibers during construction, repair, or renovation of marine vessels.
159. Masking Products: Asbestos was rarely used in masking products due to limited application. However, some older masking materials may have contained asbestos components. Workers involved in masking product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
160. Masonry Products: Asbestos was occasionally used in masonry products such as bricks and mortar for its fire resistance and binding properties. Construction workers involved in masonry product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
161. Mastic Products: Asbestos was commonly used in mastic products such as adhesives and sealants for its fire resistance and binding properties. Workers involved in mastic product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
162. Materials Products: Asbestos was commonly used in various materials products such as insulation, gaskets, and textiles for its heat resistance and durability. Workers involved in manufacturing or handling materials products faced potential exposure to asbestos fibers, particularly during production or repair.
163. Matting Products: Asbestos was rarely used in matting products due to limited application. However, some older matting materials may have contained asbestos components. Workers involved in matting product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
164. Mechanical Products: Asbestos was commonly used in mechanical products such as gaskets, bearings, and packing materials for its heat resistance and durability. Workers involved in mechanical product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
165. Melting Products: Asbestos was rarely used in melting products due to limited application. However, some older melting materials or equipment may have contained asbestos components. Workers involved in melting product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
166. Mesh Products: Asbestos was rarely used in mesh products due to limited application. However, some older mesh materials or structures may have contained asbestos components. Workers involved in mesh product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
167. Metal Products: Asbestos was rarely used directly in metal products. However, some metalworking processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in metal product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
168. Millboard Products: Asbestos was commonly used in millboard products such as insulation and gaskets for its heat resistance. Workers involved in millboard product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
169. Mineral Products: Asbestos was occasionally used in mineral products such as talcum powder and vermiculite for its heat resistance and binding properties. Workers involved in mineral product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
170. Mining Products: Asbestos was rarely used in mining products due to limited application. However, some older mining equipment or facilities may have contained asbestos components. Miners and workers involved in mining product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
171. Mixing Products: Asbestos was rarely used in mixing products due to limited application. However, some older mixing equipment or materials may have contained asbestos components. Workers involved in mixing product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
172. Molded Products: Asbestos was commonly used in molded products such as insulation and automotive parts for its heat resistance and durability. Workers involved in molded product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
173. Mortar Products: Asbestos was occasionally used in mortar products such as cement and grout for its fire resistance and binding properties. Construction workers involved in mortar product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
174. Motor Products: Asbestos was commonly used in motor products such as gaskets, brake pads, and insulation for its heat resistance and friction properties. Workers involved in motor product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
175. Motorcycle Products: Asbestos was occasionally used in motorcycle products such as brake linings and gaskets for its heat resistance and friction properties. Workers involved in motorcycle product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
176. Mowing Products: Asbestos was rarely used in mowing products due to limited application. However, some older mowing equipment or materials may have contained asbestos components. Workers involved in mowing product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
177. Mud Products: Asbestos was occasionally used in mud products such as drilling mud for its heat resistance and binding properties. Workers involved in mud product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
178. Nickel Products: Asbestos was rarely used in nickel products due to limited application. However, some older nickel refining or processing facilities may have contained asbestos components. Workers involved in nickel product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or renovation.
179. Nylon Products: Asbestos was rarely used in nylon products due to limited application. However, some older nylon manufacturing equipment or materials may have contained asbestos components. Workers involved in nylon product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
180. Oil Products: Asbestos was rarely used directly in oil products. However, some oil refining or processing facilities may have contained asbestos components in insulation or equipment. Workers involved in oil product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
181. Oven Products: Asbestos was rarely used in oven products due to limited application. However, some older ovens or insulation materials may have contained asbestos components. Workers involved in oven product manufacturing or maintenance faced potential exposure to asbestos fibers during repair or renovation.
182. Packing Products: Asbestos was commonly used in packing products such as gaskets and seals for its heat resistance and durability. Workers involved in packing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
183. Padding Products: Asbestos was commonly used in padding products such as insulation and protective gear for its heat resistance and durability. Workers involved in padding product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
184. Paint Products: Asbestos was rarely used directly in paint products. However, some older paint formulations may have contained asbestos components as fillers or thickeners. Workers involved in paint product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
185. Pallet Products: Asbestos was rarely used in pallet products due to limited application. However, some older pallet materials or structures may have contained asbestos components. Workers involved in pallet product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
186. Panel Products: Asbestos was commonly used in panel products such as insulation boards and ceiling tiles for its heat resistance and soundproofing properties. Workers involved in panel product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
187. Paper Products: Asbestos was rarely used in paper products due to limited application. However, some older paper manufacturing equipment or materials may have contained asbestos components. Workers involved in paper product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
188. Paste Products: Asbestos was commonly used in paste products such as adhesives and sealants for its heat resistance and binding properties. Workers involved in paste product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
189. Patch Products: Asbestos was commonly used in patch products such as repair compounds and sealants for its heat resistance and binding properties. Workers involved in patch product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
190. Patternmaking Products: Asbestos was rarely used in patternmaking products due to limited application. However, some older patternmaking materials or equipment may have contained asbestos components. Workers involved in patternmaking product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
191. Paving Products: Asbestos was occasionally used in paving products such as asphalt and concrete for its fire resistance and binding properties. Workers involved in paving product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
192. Pesticide Products: Asbestos was rarely used directly in pesticide products. However, some pesticide manufacturing facilities may have contained asbestos components in insulation or equipment. Workers involved in pesticide product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
193. Petroleum Products: Asbestos was rarely used directly in petroleum products. However, some petroleum refining or processing facilities may have contained asbestos components in insulation or equipment. Workers involved in petroleum product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
194. Phenolic Products: Asbestos was commonly used in phenolic products such as insulation boards and laminates for its heat resistance and durability. Workers involved in phenolic product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
195. Pipe Products: Asbestos was commonly used in pipe products such as insulation and cement for its heat resistance and durability. Workers involved in pipe product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
196. Plank Products: Asbestos was commonly used in plank products such as insulation and flooring for its heat resistance and durability. Workers involved in plank product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
197. Plaster Products: Asbestos was commonly used in plaster products such as wall coatings and joint compounds for its fire resistance and binding properties. Workers involved in plaster product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
198. Plastic Products: Asbestos was rarely used directly in plastic products. However, some plastic manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in plastic product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
199. Plate Products: Asbestos was commonly used in plate products such as insulation and gaskets for its heat resistance and durability. Workers involved in plate product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
200. Plumbing Products: Asbestos was commonly used in plumbing products such as insulation and gaskets for its heat resistance and durability. Workers involved in plumbing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
201. Plywood Products: Asbestos was occasionally used in plywood products such as insulation and adhesive formulations for its fire resistance and binding properties. Workers involved in plywood product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
202. Polishing Products: Asbestos was rarely used in polishing products due to limited application. However, some older polishing materials or equipment may have contained asbestos components. Workers involved in polishing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
203.Polymer Products: Asbestos was rarely used in polymer products due to limited application. However, some older polymer manufacturing equipment or materials may have contained asbestos components. Workers involved in polymer product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
204. Polyurethane Products: Asbestos was rarely used in polyurethane products due to limited application. However, some older polyurethane manufacturing equipment or materials may have contained asbestos components. Workers involved in polyurethane product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
205. Porcelain Products: Asbestos was rarely used in porcelain products due to limited application. However, some older porcelain manufacturing equipment or materials may have contained asbestos components. Workers involved in porcelain product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
206. Pottery Products: Asbestos was rarely used in pottery products due to limited application. However, some older pottery manufacturing equipment or materials may have contained asbestos components. Workers involved in pottery product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
207. Powder Products: Asbestos was commonly used in powder products such as talcum powder for its heat resistance and binding properties. Workers involved in powder product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or packaging.
208. Power Products: Asbestos was commonly used in power products such as electrical insulation and cables for its heat resistance and durability. Workers involved in power product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
209. Protective Products: Asbestos was commonly used in protective products such as gloves, aprons, and suits for its heat resistance and durability. Workers involved in protective product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
210. Pulp Products: Asbestos was commonly used in pulp products such as insulation and paper for its heat resistance and durability. Workers involved in pulp product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
211. Pump Products: Asbestos was commonly used in pump products such as insulation and gaskets for its heat resistance and durability. Workers involved in pump product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
212. Purification Products: Asbestos was occasionally used in purification products such as filters for its heat resistance and filtration properties. Workers involved in purification product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
213. Putty Products: Asbestos was commonly used in putty products such as sealants and fillers for its heat resistance and binding properties. Workers involved in putty product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
214. Radiation Products: Asbestos was rarely used directly in radiation products. However, some radiation shielding materials or equipment may have contained asbestos components. Workers involved in radiation product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
215. Radiator Products: Asbestos was commonly used in radiator products such as insulation and gaskets for its heat resistance and durability. Workers involved in radiator product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
216. Radio Products: Asbestos was rarely used directly in radio products. However, some older radio manufacturing equipment or materials may have contained asbestos components. Workers involved in radio product manufacturing or handling faced potential exposure to asbestos fibers during maintenance or repair.
217. Refractory Products: Asbestos was commonly used in refractory products such as insulation and linings for its heat resistance and durability. Workers involved in refractory product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
218. Refrigeration Products: Asbestos was commonly used in refrigeration products such as insulation and gaskets for its heat resistance and durability. Workers involved in refrigeration product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
219. Resin Products: Asbestos was rarely used in resin products due to limited application. However, some older resin formulations may have contained asbestos components as fillers or binders. Workers involved in resin product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
220. Roofing Products: Asbestos was commonly used in roofing products such as shingles and felt for its fire resistance and durability. Workers involved in roofing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
221. Rope Products: Asbestos was commonly used in rope products such as insulation and gaskets for its heat resistance and durability. Workers involved in rope product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
222. Rubber Products: Asbestos was rarely used directly in rubber products. However, some rubber manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in rubber product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
223. Rust Products: Asbestos was rarely used in rust products due to limited application. However, some older rust prevention materials or equipment may have contained asbestos components. Workers involved in rust product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
224. Sand Products: Asbestos was rarely used in sand products due to limited application. However, some older sandblasting materials or equipment may have contained asbestos components. Workers involved in sand product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
225. Sanding Products: Asbestos was rarely used in sanding products due to limited application. However, some older sanding materials or equipment may have contained asbestos components. Workers involved in sanding product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
226. Scaling Products: Asbestos was rarely used in scaling products due to limited application. However, some older scaling materials or equipment may have contained asbestos components. Workers involved in scaling product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
227. Sealant Products: Asbestos was commonly used in sealant products such as caulking and adhesives for its heat resistance and binding properties. Workers involved in sealant product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
228. Septic Products: Asbestos was rarely used in septic products due to limited application. However, some older septic system materials or equipment may have contained asbestos components. Workers involved in septic product manufacturing or handling faced potential exposure to asbestos fibers during installation or repair.
229. Sewer Products: Asbestos was rarely used in sewer products due to limited application. However, some older sewer system materials or equipment may have contained asbestos components. Workers involved in sewer product manufacturing or handling faced potential exposure to asbestos fibers during installation or repair.
230. Sheathing Products: Asbestos was commonly used in sheathing products such as insulation and boards for its heat resistance and durability. Workers involved in sheathing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
231. Sheet Metal Products: Asbestos was occasionally used in sheet metal products such as insulation and gaskets for its heat resistance and durability. Workers involved in sheet metal product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
232. Sheetrock Products: Asbestos was commonly used in sheetrock products such as joint compound and drywall for its fire resistance and durability. Workers involved in sheetrock product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
233. Shield Products: Asbestos was occasionally used in shield products such as insulation and protective gear for its heat resistance and durability. Workers involved in shield product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
234. Shingle Products: Asbestos was commonly used in shingle products such as roofing materials for its fire resistance and durability. Workers involved in shingle product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
235. Shipping Products: Asbestos was rarely used directly in shipping products. However, some older shipping materials or equipment may have contained asbestos components. Workers involved in shipping product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
236. Shipyard Products: Shipyard products encompass various materials and equipment used in shipbuilding and repair. Asbestos was commonly used in shipyard products such as insulation, gaskets, and protective gear for its heat resistance and durability. Workers in shipyards faced significant asbestos exposure risks during construction, maintenance, and repair activities.
237. Siding Products: Asbestos was commonly used in siding products such as insulation and boards for its fire resistance and durability. Workers involved in siding product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
238. Silicone Products: Asbestos was rarely used in silicone products due to limited application. However, some older silicone formulations may have contained asbestos components as fillers or binders. Workers involved in silicone product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
239. Slab Products: Asbestos was commonly used in slab products such as insulation and boards for its fire resistance and durability. Workers involved in slab product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
240. Soldering Products: Asbestos was rarely used in soldering products due to limited application. However, some older soldering materials or equipment may have contained asbestos components. Workers involved in soldering product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
241. Solvent Products: Asbestos was rarely used directly in solvent products. However, some solvent manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in solvent product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
242. Soundproofing Products: Asbestos was commonly used in soundproofing products such as insulation and boards for its heat resistance and sound-absorbing properties. Workers involved in soundproofing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
243. Spackling Products: Asbestos was commonly used in spackling products such as joint compound and fillers for its fire resistance and durability. Workers involved in spackling product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
244. Spray-on Products: Asbestos was commonly used in spray-on products such as insulation and fireproofing coatings for its heat resistance and durability. Workers involved in spray-on product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
245. Staining Products: Asbestos was rarely used directly in staining products. However, some older staining materials or equipment may have contained asbestos components. Workers involved in staining product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
246. Steam Products: Asbestos was commonly used in steam products such as insulation and gaskets for its heat resistance and durability. Workers involved in steam product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
247. Steel Products: Asbestos was rarely used directly in steel products. However, some steel manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in steel product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
248. Stone Products: Asbestos was rarely used directly in stone products. However, some stone processing equipment or materials may have contained asbestos components. Workers involved in stone product manufacturing or handling faced potential exposure to asbestos fibers during production or repair.
249. Storage Products: Asbestos was occasionally used in storage products such as insulation and containers for its heat resistance and durability. Workers involved in storage product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
250. Stove Products: Asbestos was commonly used in stove products such as insulation and gaskets for its heat resistance and durability. Workers involved in stove product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
251. Structural Products: Asbestos was commonly used in structural products such as insulation and boards for its fire resistance and durability. Workers involved in structural product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
252. Stucco Products: Asbestos was commonly used in stucco products such as insulation and coatings for its fire resistance and durability. Workers involved in stucco product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
253. Styrofoam Products: Asbestos was rarely used in styrofoam products due to limited application. However, some older styrofoam formulations may have contained asbestos components as fillers or binders. Workers involved in styrofoam product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
254. Surfacing Products: Asbestos was commonly used in surfacing products such as insulation and coatings for its fire resistance and durability. Workers involved in surfacing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
255. Switch Products: Asbestos was occasionally used in switch products such as insulation and gaskets for its heat resistance and durability. Workers involved in switch product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
256. Synthetic Products: Asbestos was rarely used directly in synthetic products. However, some synthetic manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in synthetic product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
257. Talc Powder Products: Asbestos contamination in talc powder products has been a concern due to the natural occurrence of asbestos in some talc deposits. Workers and consumers using talc powder products faced potential exposure to asbestos fibers, which could lead to respiratory diseases such as mesothelioma or lung cancer.
258. Tank Products: Asbestos was commonly used in tank products such as insulation and coatings for its heat resistance and durability. Workers involved in tank product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
259. Tape Products: Asbestos was occasionally used in tape products such as insulation tapes for its heat resistance and durability. Workers involved in tape product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
260. Tar Products: Asbestos was commonly used in tar products such as roofing materials and coatings for its fire resistance and durability. Workers involved in tar product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
261. Technical Products: Asbestos was rarely used directly in technical products. However, some technical manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in technical product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
262. Textile Products: Asbestos was occasionally used in textile products such as fire-resistant fabrics for its heat resistance and durability. Workers involved in textile product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
263. Thermal Products: Asbestos was commonly used in thermal products such as insulation and coatings for its heat resistance and durability. Workers involved in thermal product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
264. Thread Products: Asbestos was occasionally used in thread products such as fire-resistant sewing threads for its heat resistance and durability. Workers involved in thread product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
265. Tile Products: Asbestos was commonly used in tile products such as flooring tiles and roofing materials for its fire resistance and durability. Workers involved in tile product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
266. Tire Products: Asbestos was rarely used directly in tire products. However, some tire manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in tire product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
267. Transformer Products: Asbestos was commonly used in transformer products such as insulation and coatings for its heat resistance and durability. Workers involved in transformer product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
268. Transite Products: Transite products refer to asbestos-cement composite materials used in various applications such as roofing, siding, and pipes. Workers involved in transite product manufacturing or handling faced significant exposure to asbestos fibers during production, cutting, or demolition activities.
269. Truck Products: Asbestos was commonly used in truck products such as insulation and brake components for its heat resistance and durability. Workers involved in truck product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
270. Tubing Products: Asbestos was commonly used in tubing products such as insulation and coatings for its heat resistance and durability. Workers involved in tubing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
271. Turbine Products: Asbestos was commonly used in turbine products such as insulation and gaskets for its heat resistance and durability. Workers involved in turbine product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
272. Twine Products: Asbestos was occasionally used in twine products such as fire-resistant ropes for its heat resistance and durability. Workers involved in twine product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
273. Undercoating Products: Asbestos was commonly used in undercoating products such as insulation and coatings for its heat resistance and durability. Workers involved in undercoating product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
274. Valve Products: Asbestos was commonly used in valve products such as insulation and gaskets for its heat resistance and durability. Workers involved in valve product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
275. Varnish Products: Asbestos was occasionally used in varnish products such as insulation coatings for its heat resistance and durability. Workers involved in varnish product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
276. Veneer Products: Asbestos was occasionally used in veneer products such as fire-resistant laminates for its heat resistance and durability. Workers involved in veneer product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
277. Ventilation Products: Asbestos was commonly used in ventilation products such as insulation and ducts for its heat resistance and durability. Workers involved in ventilation product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
278. Vermiculite Products: Asbestos contamination in vermiculite products, commonly used as insulation, has been a significant concern. Workers and consumers using vermiculite products faced potential exposure to asbestos fibers, which could lead to respiratory diseases such as mesothelioma or lung cancer.
279. Vinyl Products: Asbestos was rarely used directly in vinyl products. However, some vinyl manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in vinyl product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
280. Wallboard Products: Asbestos was commonly used in wallboard products such as drywall for its fire resistance and durability. Workers involved in wallboard product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
281. Wallpaper Products: Asbestos was rarely used directly in wallpaper products. However, some wallpaper manufacturing processes may have involved the use of asbestos-containing materials such as adhesives or backing. Workers involved in wallpaper product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or installation.
282. Waterproofing Products: Asbestos was occasionally used in waterproofing products such as coatings for its heat resistance and durability. Workers involved in waterproofing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
283. Wax Products: Asbestos was rarely used directly in wax products. However, some wax manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in wax product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
284. Weatherproofing Products: Asbestos was occasionally used in weatherproofing products such as coatings for its heat resistance and durability. Workers involved in weatherproofing product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
285. Welding Products: Asbestos was rarely used directly in welding products. However, some welding processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Welders faced potential exposure to asbestos fibers, particularly during fabrication or repair in environments where asbestos-containing materials were present.
286. Well Products: Asbestos was rarely used directly in well products. However, some well manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in well product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
287. Wicking Products: Asbestos was occasionally used in wicking products such as insulation for its heat resistance and durability. Workers involved in wicking product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
288. Window Products: Asbestos was rarely used directly in window products. However, some window manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in window product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
289. Wire Products: Asbestos was occasionally used in wire products such as insulation for its heat resistance and durability. Workers involved in wire product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
290. Wood Products: Asbestos was rarely used directly in wood products. However, some wood manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in wood product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
291. Wool Products: Asbestos was rarely used directly in wool products. However, some wool manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in wool product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
293. Woven Fabrics: Asbestos was occasionally used in woven fabric products such as insulation for its heat resistance and durability. Workers involved in woven fabric product manufacturing or handling faced potential exposure to asbestos fibers, particularly during installation or repair.
294. Wrapping Products: Asbestos was occasionally used in wrapping products such as insulation for its heat resistance and durability. Workers involved in wrapping product manufacturing or handling faced potential exposure to asbestos fibers, particularly during application or repair.
295. Yarn Products: Asbestos was occasionally used in yarn products such as insulation for its heat resistance and durability. Workers involved in yarn product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
296. Zinc Products: Asbestos was rarely used directly in zinc products. However, some zinc manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in zinc product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
297. Zipper Products: Asbestos was rarely used directly in zipper products. However, some zipper manufacturing processes may have involved the use of asbestos-containing materials such as insulation or protective gear. Workers involved in zipper product manufacturing or handling faced potential exposure to asbestos fibers, particularly during production or repair.
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Military Veterans and Asbestos Products
Military Veterans have a 1 in 3 chance of developing an asbestos related disease in their lifetime. Veterans and laborers have the right to bring lawsuits against negligent asbestos companies for exposing them to toxic asbestos-containing products and materials.
There are 21.5 million current living Veterans according to the U.S. Department of Veterans Affairs. Veterans who served between 1940 and 1970 have the greatest risk of developing Mesothelioma or an asbestos-related cancer. Navy Veterans who served during World War II and the Korean War have the highest incidence of Asbestos-related diseases.
The U.S. Military used thousands of asbestos-containing products in their ships between the 1920-late 1970’s. 14 in every 1,000 WW II shipyard workers died of an asbestos-related disease compared to 18 in every 1,000 combat related deaths.
- Mesothelioma primarily occurs in Veterans between the ages of 55-75.
- Asbestos was listed as the top contaminant at 32 U.S. Army base closures during the 1990s.
- A recent study showed that as many as 30-40% of Mesothelioma victims is U. S. Veterans.
Evidence Required to File for an Asbestos claim may Include:
- Diagnosis– Medical documentation (pathology reports).
- Physician Statement– From a qualified physician regarding Mesothelioma diagnosis.
- Exposure Evidence– Product information, witness affidavits, employment records, invoices.
Recent Mesothelioma Verdicts
- $4.6 Million Mesothelioma Settlement: For a union insulator that developed malignant Mesothelioma from asbestos exposure.
- $10.2 Million Mesothelioma Verdict: For a Paper Mill worker suffering from pleural Mesothelioma.
- $1.1 Million Veteran Mesothelioma Settlement: For a Navy veteran machinist that developed malignant mesothelioma at age 71.
- $245,000 Asbestosis Settlement: For a Paper mill worker suffering from Asbestosis.
- $2.6 Million Shipyard Worker Mesothelioma Settlement: For the family of a 72-year-old shipyard worker with mesothelioma who suffered secondhand exposure.
- $5 Million Navy Veteran Mesothelioma Verdict: For a Navy Boilerman who developed Mesothelioma during his service.
- $7.5 Million Mesothelioma Verdict: For a woman that developed peritoneal mesothelioma from laundering her husband’s work clothes.
Malignant Mesothelioma has been linked to workplace asbestos exposure.
Diagnosed With Mesothelioma?
Being diagnosed with mesothelioma can be overwhelming, but understanding your legal options is crucial. Asbestos trust funds are designed to provide compensation for mesothelioma victims. These funds hold over $30 billion to support those affected by asbestos exposure. Consulting an experienced mesothelioma lawyer is essential in navigating the complex process of filing a claim. They can help determine eligibility, gather necessary evidence, and ensure your claim complies with trust fund requirements. These funds offer financial relief for medical expenses, lost income, and suffering caused by asbestos-related diseases. Seeking legal guidance can ease the burden during this challenging time.
Call TOLL-FREE 888.640.0914 now to talk with a live Mesothelioma Counselor that can answer your questions and give you the peace of mind that you need.
What to Expect with a Free Mesothelioma Consultation
Expert Evaluation: Experienced attorneys will carefully review your case, including your medical history and asbestos exposure, to determine the strength of your claim.
Understanding Your Diagnosis: Attorneys will explain your mesothelioma diagnosis, its causes, and the potential legal options available to you.
Legal Guidance: You will receive expert legal advice tailored to your unique circumstances, helping you make informed decisions about pursuing legal action.
Eligibility Assessment: Attorneys will assess your eligibility for compensation, including potential asbestos trust fund claims, lawsuits, or other avenues for seeking damages.
Case Strategy: They will outline a personalized legal strategy, including the types of compensation you may be entitled to, such as medical expenses, lost income, and pain and suffering.
Explaining the Process: You’ll gain insights into the legal process, including what to expect, key milestones, and approximate timelines.
Answering Questions: Attorneys will address any questions or concerns you have about your case, ensuring you have a clear understanding of your options.
Compassionate Support: You’ll receive empathetic and compassionate support as you navigate the complexities of a mesothelioma lawsuit.
No Upfront Costs: Importantly, a free consultation means there are no upfront fees or obligations, allowing you to explore your legal options risk-free.
Next Steps: Based on the consultation, you can decide on the next steps, whether to proceed with legal action or take other appropriate measures to seek justice and compensation for your mesothelioma diagnosis.
A mesothelioma consultation is an essential first step towards understanding your rights and potential legal recourse as you face the challenges of a mesothelioma diagnosis.
Mesothelioma Claims: Mesothelioma Damages
If you’ve received a diagnosis of Mesothelioma, it’s crucial to understand that you may be eligible to seek compensation for a wide range of damages. This guide will help you navigate the complex world of Mesothelioma claims, offering insights into the various types of damages you may be entitled to recover. From Mesothelioma-specific damages to economic, medical, and even punitive damages, we’ll break down what each entails, ensuring you have the knowledge you need when considering legal action. Your journey to seeking rightful compensation starts here.
TAKING LEGAL ACTION
When confronted with the devastating impact of a mesothelioma diagnosis resulting from asbestos exposure, pursuing legal action becomes a crucial step towards securing the compensation you rightly deserve. Our team is here to assist you in initiating a mesothelioma lawsuit with an experienced mesothelioma attorney, ensuring the protection of your rights and the delivery of justice. Discover today which Asbestos Trust Funds you may be eligible for to receive compensation.
SCHEDULE A FREE CASE CONSULTATION
Scheduling a free case consultation is your first step toward seeking justice in mesothelioma cancer lawsuits. We are ready to assess your unique situation and provide the guidance you will need during this challenging time. Take this essential step toward pursuing fair compensation for your mesothelioma-related injuries.
GET HELP FROM AN EXPERIENCED INJURY ATTORNEY
When dealing with the complexities of mesothelioma cancer lawsuits, getting help from an experienced injury attorney is crucial. For more than 24 years, we have assisted workers, veterans, and families in obtaining the compensation they deserved from negligent asbestos companies. Contact us at 888.640.0914 to secure the support you will need throughout your pursuit of fair and just compensation.
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