The road can be a filthy and grimy place; combine that with high friction, a little brake dust, and some old brake fluid from a brake job gone bad, and you’ve got a lot of gunk built up just where you don’t want it. Brake cleaners from 55 Gallon Drum Brake Cleaner are one of the most effective ways to remove contaminates from around your brakes and ensure that nothing is obstructing your braking system.
Cleaning your braking system using brake cleaner is less expensive than other car repairs and doesn’t involve significant preparation time or the removal of important parts. It takes only a few minutes to complete, and most of the necessary tools and equipment can be found in any garage or storage shed. You probably already know how to use brake cleaning if you know how to change a tire and use an aerosol spray can.
What is Brake Cleaner ?
Brake cleaner, also known as parts cleaner, is a colorless cleaning chemical that is primarily used to clean brake disks, the engine compartment, and the underfloor of automobiles. The brake cleaner leaves no residue after the solvents have evaporated, which is an important characteristic.
Composition of Brake Cleaner contained in a 55 Gallon Drum Brake Cleaner
Organochlorides like tetrachloroethylene and dichloromethane are used in chlorinated brake cleaners (typically marketed as non-flammable). Trichloroethane has been used in the past, occasionally in combination with tetrachloroethylene. Because of its ozone-depleting properties, it was phased out.
Non-chlorinated brake cleaners mostly contain hydrocarbons, which can be either a low-boiling aliphatic compound or a blend of higher-boiling hydrocarbons. Aromatic compounds such as benzene, toluene, and xylene can also be employed. Hydrogenation of naphtha is sometimes used to make the hydrocarbons. Liquids that are lipophilic breakdown fat-soluble lubricants or oils. To dissolve non-lipophilic compounds, some products include polar solvents including ethanol, methanol, isopropanol, and acetone. Many formulas, particularly plastics, are incompatible with other materials.
Typical use of a 55 Gallon Drum Brake Cleaner
Brake cleaners are mostly used to degrease and clean metal parts or metallic surfaces. They are mostly utilized in the automobile industry to remove oils, fats, resins, tar, and dust.
Non-chlorinated brake cleaner and brake degreaser is a professional-grade brake parts cleaner and brake degreaser that can handle even the dirtiest brake systems. Master cylinders, brake drums, wheel cylinders, disc brake pads, brake linings, and return springs can all be cleaned with this product. Germany consumes about 10 million liters of water every year.
Brake cleaner has a quick dry time and leaves no residue, allowing brakes to perform more smoothly, quickly, and consistently.
How to prepare for brake cleaning with 55 Gallon Brake Cleaner
A well-ventilated area
Because brake cleaner contains harmful chemicals, you must not only guarantee that you are in a well-ventilated area and that you are wearing the appropriate safety gear, but you must also ensure that the automobile is protected.
These chemicals can destroy your vehicle’s paint, final coat finish, and any plastics. Before you apply the brake cleaner, it’s a good idea to cover any portions of the automobile that might be exposed to it. If you’re going to use the cleaner outside, make sure you do so on a day when the wind won’t cause the cleaner to spray on anything other than the brakes.
Brakes have to be cooled down
Aside from covering up regions of the automobile, another precaution to take is to make sure that the brakes and any surrounding parts are absolutely cool before applying any brake cleaning. Because the chemicals in brake cleaner have the potential to suddenly combust, they should never be applied to any hot metal on the car. This combustion has the potential to unleash harmful substances into the air that are even more dangerous than they were when the container was first opened.
Apart from these preparations, there aren’t many measures to perform before applying the cleaner, as many brake cleaners don’t require the brake parts to be disassembled before usage. While the brake linings, brake shoes, drums, rotors, caliper units, pads, and other parts of the braking mechanism are still intact, the cleaner can be used on them.
How to clean drum brakes with brake cleaner
Drum brake maintenance is essential to maintain your car braking and running well. The following is a simple guide on how to clean drum brakes (and here’s another one). Please check your manufacturer’s specifications for any further details as the information provided here is broad.
Step 1 – Drain Brake Fluid
To begin, drain around half of the braking fluid from the master cylinder. Make sure you properly dispose of the old brake fluid (check your local state and city guidelines). When you’re finished, make sure you replace the lost fluid with new brake fluid.
Step 2 – Remove the wheel
This step is identical to that of replacing a tire. Loosen the lugs a little with a lug wrench. Then jack the car up and place jack stands under the frame, remove the wheel, and finish removing the lugs.
Step 3 – Remove the Drum Brake
Before you can remove the brake in some front-wheel drive cars, you must remove the bearing cap and wheel bearings. Remove the brake drum after this has been completed. Rear-wheel-drive automobiles are significantly easier because you have direct access to the drum once the wheel is off and can easily slip it off.
Step 4 – Clean the Drum
Wipe off the components with brake cleaner from a 55 Gallon Drum Brake Cleaner once this is completed.
Step 5 – Reinstall Components
Reinstall the components in the same order that they were removed. To ensure proper torque, tighten all fasteners to the specified torque.
Dangers of 55 Gallon Brake Cleaner
Toxic substances in 55 Gallon Drum brake cleaner should only be utilized in well-ventilated locations or outdoors. Some are highly flammable and damaging to the environment, which must be taken into account when storing them. Irritation and defatting harm may occur if the solvent mixture is applied to the skin.
When exposed to high temperatures (over 500 °F (260 °C) or strong UV light, chlorinated brake cleaner containing tetrachloroethylene decomposes producing phosgene and hydrogen chloride, both of which are exceedingly toxic if swallowed.
Brake cleaners breakdown rubber and various types of polymers by eliminating binding components. As a result, the rubber will initially appear unchanged; however, it will become brittle, and cracks and fractures will show within a few weeks to months.