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Are you a modeler?
Do you struggle stripping your models and model parts because most chemicals damage the plastic?
Is avoiding hazardous chemicals a priority for you?
Introducing
QCS Model Safe!
Finally! Now you can have one product on your bench that strips your models and model parts that is completely Non-hazardous and Eco-friendly and WILL NOT ruin the plastic!
QSC Model Safe strips...
Alcohol-based chrome paint!
Acrylic paint!
Lacquers!
Hobby enamels!
Krylon and Rustoleum!
2k Clears!
Chrome parts!
and much more!
QCS Model Safe quickly and safely removes all of the coatings on your models while being nearly 100% non-toxic, 100% non-flammable and 100% biodegradable. QCS Model Safe also contains no harmful carcinogens!
You will no longer need to expose yourself to oven cleaner, Purple Power, Mean Green, DOT brake fluid, bleach or any other caustic or toxic chemicals in your workshop or home! QCS Model Safe will save space on your workbench and keep you and your models extremely safe.
WARNING: QCS Model Safe can soften, weaken and even dissolve some glues and putties. Use caution when stripping parts containing these materials. Also, be cautious when using QCS Model Safe on very thin plastic parts. These can be fragile and potentially damaged by QCS Model Safe.
ORDER YOUR QCS MODEL SAFE TODAY!
IT WILL CHANGE HOW YOU
STRIP YOUR MODELS!
Paint stripper, or paint remover, is a chemical product designed to remove paint, finishes, and coatings while also cleaning the underlying surface.
Types of chemical paint remover
Chemical paint removers work only on certain types of finishes, and when multiple types of finishes may have been used on any particular surface, trial-and-error testing is typical to determine the best stripper for each application. Two basic categories of chemical paint removers are caustic and solvent.
Caustics
Caustic paint removers, typically sodium hydroxide (also known as lye or caustic soda), work by breaking down the chemical bonds of the paint, usually by hydrolysis of the chain bonds of the polymers forming the paint. Caustic removers must be neutralized or the new finish will fail prematurely. In addition, several side effects and health risks must be taken into account in using caustic paint removers. Such caustic aqueous solutions are typically used by antique dealers who aim to restore old furniture by stripping off worn varnishes, for example.
Solvents
Solvent paint strippers penetrate the layers of paint and break the bond between the paint and the object by swelling the paint.[1]
The active ingredient in the most effective paint strippers is dichloromethane, also called methylene chloride. Dichloromethane has serious health risks including death, [2] is likely a carcinogen,[3] and is banned in some countries for consumer use.[4] Despite this, deaths from dichloromethane are extremely rare at less than 2.4 cases per year[5] and associated mostly with users applying large amounts in confined, poorly ventilated spaces. When applied in reasonable amounts and with typical levels of ventilation, or outdoors, it is generally safe to use.
Solvent strippers may also have formulations with limonene from orange peel (or other terpene solvents), n-methylpyrrolidone, esters such as dibasic esters (often dimethyl esters of shorter dicarboxylic acids, sometimes aminated, for example, adipic acid or glutamic acid), aromatic hydrocarbons, dimethylformamide, and other solvents are known as well. The formula differs according to the type of paint and the character of the underlying surface. Nitromethane is another commonly used solvent. Dimethyl sulfoxide is a less toxic alternative solvent used in some formulations. Unfortunately, these alternative stripping formulas are largely ineffective compared to those based on dichloromethane - removing only one layer at a time, or often no paint at all. When they do work they take hours, compared to minutes or seconds for dichloromethane-based strippers.
The principle of paint strippers is penetration of the paint film by the molecules of the active ingredient, causing it to swell; this volume increase causes internal strains, which, together with the weakening of the layer's adhesion to the underlying surface, leads to separation of the layer of the paint from the substrate
7 июн 2022
