Alexei Volkov
Brake cleaner is a solution used for cleaning brake disks, engine parts, and other metal components that tend to get greasy. It is not advisable to use brake cleaner on plastic surfaces as it can cause permanent damage. Initially, the plastic surfaces would appear intact, then they would turn brittle and after some months, fractures and cracks would be visible. Non-chlorinated brake cleaners are considered safer to use on plastic parts.
| Characteristics | Values |
|---|---|
| Effect on plastic | Brake cleaner can cause plastic to disintegrate, break down, or melt. |
| Effect on rubber | Brake cleaner can cause rubber to disintegrate or break down. |
| Effect on skin | Brake cleaner can cause skin irritation and damage with prolonged exposure. |
| Effect on eyes | Brake cleaner can cause eye irritation and requires rinsing with water if exposed. |
| Types | Chlorinated and non-chlorinated brake cleaners are available. |
| Chlorinated brake cleaner | Contains chlorine atoms or solvents, which boost solvent properties. May create toxic fumes when welded. |
| Non-chlorinated brake cleaner | Does not contain chlorinated solvents but may contain other toxic chemicals. Safer for use on plastic parts. |
| Usage | Used for cleaning brake disks, engine parts, and other metal components. |
| Alternatives | Degreasers, such as Simple Green or Greased Lightning, can be used instead. |
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What You'll Learn
Brake cleaner can disintegrate or break down plastic
Brake cleaner damages plastic materials by targeting the components that bind them together. The use of chlorine compounds in older brake cleaners, such as tetrachloroethylene, has been banned due to their ozone-depleting effects. Modern non-chlorinated brake cleaners are made of aliphatic or aromatic compounds and polar solvents, which can still be harmful to plastic.
When brake cleaner comes into direct contact with plastic, it can cause the material to disintegrate or break down. This is because the chemicals in the brake cleaner attack the bonds that hold the plastic together. As a result, the plastic becomes brittle and can easily break or shatter.
To avoid damaging plastic parts, it is recommended to use alternative cleaning methods or products specifically designed for plastic, such as engine degreasers or concentrated degreasers like Simple Green or Greased Lightning. These products can effectively clean plastic surfaces without causing harm. Additionally, users should always test new products on a small area first to ensure they do not cause any unexpected damage.
It is important to note that brake cleaners can also be harmful to other materials, such as rubber, and can cause skin and eye irritation. Therefore, it is crucial to take the necessary precautions, such as wearing protective gear and ensuring proper ventilation, when using these chemicals.
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It can damage the skin
Brake cleaner is a solution used for cleaning brake disks, engine parts, and other metal components. It is not advisable to use it on plastic surfaces as it can cause permanent damage.
Brake cleaner can damage plastic by targeting the components that bind plastic materials together. Initially, the plastic surfaces appear intact, but over time, they turn brittle and develop fractures and cracks. This is because the cleaner contains methyl acetate and aliphatic or aromatic hydrocarbons, which can cause the plastic to disintegrate or break down.
The damage caused by brake cleaner to plastic is not limited to car parts. It is also harmful to most plastics, which is why it is usually packaged in metal spray cans. This means that if you get brake cleaner on your skin, it can be harmful.
Brake cleaner can damage the skin if exposed for a long time. Therefore, it is important to take precautions when using this product, such as wearing protective gear like safety masks and glasses. If brake cleaner comes into contact with your skin, wash the affected area thoroughly.
In addition to damaging plastic and skin, brake cleaner is also harmful to other materials. For example, it is not recommended to use brake cleaner on metal parts that will be welded, as it may create toxic fumes. Similarly, chlorinated brake cleaners, which were more commonly used in the past, are now banned in some places due to the ozone-depleting properties of their ingredients.
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Non-chlorinated brake cleaner is safer to use on plastic
Brake cleaner is a product used to clean brake parts, including rotors, drums, calipers, cylinders, springs, and other related parts. It is designed to remove contaminants such as grease, brake dust, fluid, and oils that can accumulate over time and cause premature wear and lower brake performance.
There are two main types of brake cleaners available on the market: chlorinated and non-chlorinated. While both types are effective at cleaning brake parts, there are some key differences between them. Chlorinated brake cleaner is made of chlorinated solvents such as perchloro-ethylene (also known as tetrachloroethylene) and methylene chloride. These solvents are non-flammable and fast-drying, making them ideal for cleaning brake parts. However, they can create toxic fumes when heated and are not recommended for use on plastic or rubber surfaces, as they can react with these materials and cause damage.
Non-chlorinated brake cleaner, on the other hand, does not contain chlorinated solvents in its molecular structure. This type of brake cleaner is generally safer to use on plastic and rubber surfaces, as it does not have the same reactive properties as chlorinated brake cleaner. However, it is important to note that non-chlorinated brake cleaners are still flammable and should be used with caution. They may also contain alternative chemicals that are just as toxic, if not more so, than those found in chlorinated brake cleaners.
When choosing a brake cleaner, it is important to consider the type of surface you will be cleaning and the specific requirements of your project. If you plan to clean plastic or rubber parts, a non-chlorinated brake cleaner is generally a safer option. However, it is always recommended to test the product on a small area first and to follow the manufacturer's instructions and safety guidelines. Additionally, some brake cleaners may not be compliant in all areas, so it is important to check the regulations in your state or region before purchasing.
Overall, while non-chlorinated brake cleaner may be a safer option for cleaning plastic and rubber surfaces, it is important to exercise caution and follow the appropriate safety measures when using any type of chemical cleaner.
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Brake cleaner is not compliant in all 50 states
Brake cleaner is a product used to dissolve brake fluid, dust, grease, motor oil, and other contaminants found on metal brake parts. While it is a useful product, it is important to note that it is not compliant in all 50 states. This is mainly due to the presence of chlorinated solvents in some brake cleaner products, which have been banned in certain states due to health and environmental concerns.
The use and sale of chlorinated brake cleaner have been banned in some states and municipalities, such as California and New Jersey, due to the potential health and environmental risks associated with the product. Chlorinated brake cleaner contains solvents such as perchloroethylene and methylene chloride, which are effective at dissolving contaminants but may pose health and environmental risks. As a result, manufacturers have started offering multiple product versions to comply with varying state regulations.
One example of a compliant brake cleaner in all 50 states is the PENRAY Non-Chlorinated Brake Parts Cleaner. This product is a low Volatile Organic Compounds (VOC) formula that effectively dissolves and removes contaminants from brake parts while complying with state regulations. Other manufacturers, such as CRC Industries, also offer multiple formula options, including chlorinated and non-chlorinated versions, to meet the requirements of all 50 states.
It is important for consumers to be aware of the regulations in their state before purchasing brake cleaner products. The varying state regulations can make it complex for distributors, wholesalers, and retailers to manage, but manufacturers are working to simplify the process for their customers. By offering multiple formula options and revamping packaging designs, manufacturers aim to ensure compliance and make it easier for consumers to choose the right product for their needs.
In addition to state regulations, it is worth noting that brake cleaner may not be suitable for use on certain materials, such as plastic and rubber. While it is effective on metal brake parts, it can react with plastic and rubber surfaces, potentially causing damage. Therefore, it is recommended to use alternative products, such as engine degreasers or non-chlorinated cleaners, on plastic and rubber components to avoid any harmful effects.
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Chlorinated brake cleaner is more commonly used
However, despite its effectiveness, chlorinated brake cleaner has some significant drawbacks. One major concern is its toxicity, especially when heated. When exposed to heat, chlorinated brake cleaner can decompose into toxic fumes, including chlorine gas and phosgene, which can be deadly if inhaled. This makes it unsafe for use on parts that will be welded, as the heat and UV light from welding can further promote the formation of these toxic byproducts.
Additionally, chlorinated brake cleaner is not recommended for use on plastic parts as it can dissolve and damage plastic surfaces. It may also harm wheel sensors and other sensitive components. For these reasons, it is crucial to exercise caution when using chlorinated brake cleaner and to ensure proper ventilation and personal protective equipment when handling this substance.
Non-chlorinated alternatives are available, which are generally safer for use on plastic and rubber parts, and they are less likely to produce toxic fumes when heated. However, these alternatives may not provide the same level of cleaning power and may take longer to dry. Ultimately, the choice between chlorinated and non-chlorinated brake cleaners depends on the specific application, with chlorinated options being preferred for their superior cleaning performance, despite the need for extra care due to their toxicity.
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Frequently asked questions
Brake cleaner can cause plastic to disintegrate or break down, resulting in permanent damage. This is because it targets the components that bind plastic together. Initially, the plastic surface will appear intact, but it will eventually turn brittle and develop fractures and cracks over time.
Brake cleaner contains chemicals such as methyl acetate, aliphatic or aromatic hydrocarbons, and in some cases, chlorine compounds or chlorinated solvents. These chemicals can react with and break down the components of plastic, causing it to disintegrate.
Yes, it is recommended to use a concentrated degreaser or a non-chlorinated brake cleaner, as they are less likely to damage plastic surfaces. Some specific product suggestions include Engine Brite Original, Simple Green, Greased Lightning, and Palmolive Dishwashing Liquid.
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