Yes they do, coming from a technology teacher.
No, baking soda cannot be used as a fixative for dyeing. A fixative is a substance used to set or bind dyes to the fabric, and baking soda does not have this property. Common fixatives for dyeing include vinegar, salt, and commercial fixatives.
Shoe polish typically contains waxes, solvents, dyes, and other conditioning agents. Common waxes used include carnauba wax, beeswax, and paraffin wax. Solvents like turpentine or mineral spirits help spread the polish evenly. Dyes are added to match the color of the shoe, and conditioning agents nourish the leather.
An organic stain is a type of stain that is caused by organic compounds such as food, blood, or grass. These stains can be challenging to remove and may require specific cleaning agents or methods to successfully eliminate them from surfaces.
Halogens such as chlorine and iodine are strong oxidizing agents that can bleach vegetable dyes by breaking down the color molecules. In contrast, they can also form colored compounds with the dye molecules, depending on the specific halogen and dye involved.
Some Ajax powders contain brightening agents, such as optical brighteners or blue dyes, which create the blue specks when they come into contact with water. These agents are designed to enhance the appearance of cleanliness by making whites appear brighter.
Chemicals such as dyes, stains, or fixatives are commonly used in specimen preparation to make them more visible under a microscope. Dyes bind to specific cellular components, stains highlight certain structures, and fixatives preserve the specimen's morphology for observation.
No, baking soda cannot be used as a fixative for dyeing. A fixative is a substance used to set or bind dyes to the fabric, and baking soda does not have this property. Common fixatives for dyeing include vinegar, salt, and commercial fixatives.
The antistaining agents discard redeposition of dyes on the fabric surfaces during washing.
The different types of locating agents include radioactive tracers (such as technetium-99m), contrast agents for imaging (such as iodine-based agents for CT scans), and fluorescent dyes for visualization during surgery. These agents help to identify specific structures or areas within the body for diagnostic or therapeutic purposes.
You can use various types of coloring agents, such as resin dyes, pigments, or alcohol inks, to color resin.
This is simply green dye conflated with different stabilizing chemical agents preferably oily substances. And thus on that agents green dyes spread out through the layer of water over the food surface
Drug use, asbestos, anthracyctine antibiotics, pollution, radiation, poison, tobacco, unnatural products (hair dyes)
There are may types of dyes but these are the ones I know of. Acid dyes Azoic dyes Basic dyes Chrome dyes Mordant Developed dyes Direct dyes Disperse dyes Reactive dyes Sulphur dyes Vat dyes Raw fibres Velour cloth and furs Batik Tie dyeing BY MAX TURNER
this all depends on the coulour you are trying to make: although not a fruit beatroot is very good for purple dyes strawberries / cranberries are good for red although these do work as dyes you will find that most detergents these days will wash them out so you may need to look into sealing coulour agents. such as ones as you can use for water proofing clothing.
Running from the law. I presume this to be a misspelling of dyes fugitive. Fugitive dyes are colouring agents that lose their colour fairly quickly especially if exposed to sunlight. Fugitive has a basic meaning of getting away so the colour of the dye will get away. Fugitive dyes tend to be inexpensive so are much used for applications where lond lasting and exterior use are not important.
You can use various types of coloring agents, such as liquid dyes, powder pigments, or mica powders, to color epoxy resin.
Running from the law. I presume this to be a misspelling of dyes fugitive. Fugitive dyes are colouring agents that lose their colour fairly quickly especially if exposed to sunlight. Fugitive has a basic meaning of getting away so the colour of the dye will get away. Fugitive dyes tend to be inexpensive so are much used for applications where lond lasting and exterior use are not important.