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Acids are now stored in plastic containers. There are some advantages to plastic.
First, plastic won't break if you drop it on the lab floor.
Second, there is an acid (hydrofluoric acid, which is always called HF because "hydrofluoric" and "hydrochloric" sound a lot alike but "hydrofluoric" is far more dangerous) that can't be stored in glass at all. HF will eat right through a glass container. It can be, and is, stored in plastic. Having said that, no one in an educational setting should ever have access to this product. Do an exercise here: draw a square 125mm on each side. If HF comes into contact with that much of the skin on your body, you will die without EXTREMELY aggressive medical care from people who know how to manage HF casualties. And even if your medical attendants have been to Honeywell's school - Honeywell is the company that makes most of the HF in the United States - and they have all the chemicals needed to save your life, there are no guarantees.
Next, plastic containers weigh less.
And they can be made with a roughened surface for better gripping.
What else can I help you with?
Why acid stored in glass containers rather than in plastic?
Acids are typically stored in glass containers because some acids will destroy plastic vessels.
Is arsenic stored in glass?
Arsenic is not typically stored in glass due to its toxicity. Glass containers are not resistant to the corrosive nature of arsenic and can lead to contamination. Instead, arsenic is usually stored in specialized containers made of materials like polyethylene or HDPE (high-density polyethylene).
Is a broken glass a chemical hazard?
Not directly. It can be a physical hazard. The only connection to chemical hazards is that dangerous chemicals might be stored in glass containers, and released by breakage. Laboratory containers may contain many dangerous chemicals, and individual chemicals that are dangerous if combined.
Why not to store gasoline in a glass jar?
Gasoline can dissolve or degrade materials such as glass, which can cause the jar to weaken or shatter over time. Additionally, glass is more prone to breakage compared to materials like metal or plastic, which can lead to spillage, leakage, and potential safety hazards. It's safer to store gasoline in containers specifically designed for that purpose, like approved jerry cans.
Explain why water is wet on the sides of any glass containers?
Water condensation can collect on the sides of containers with cold contents, especially glass containers. This condensation happens due to the water vapor in the air turning into a liquid as it hits the cold air that forms through conduction against the container. Glass containers more readily collect vapor due to their ability to conduct heat well.
Why are acids stored in glass containers rather than plastics?
Acids are typically stored in glass containers because some acids will destroy plastic vessels or react adversely with them.
Why acid stored in glass containers rather than in plastic?
Acids are typically stored in glass containers because some acids will destroy plastic vessels.
What materials can be used to store acetone?
Acetone can be stored in glass, stainless steel, or coated metal containers. Plastic containers made of HDPE are also suitable for short-term storage. It is important to avoid storing acetone in certain plastics like PVC, as it can degrade and release harmful substances.
Why should liquid medication be stored in glass bottles?
Medications stored in glass containers are usually liquid. These medications are better stored in glass due to how they sometimes react to the plastic of the other containers. Also, some of these glass containers are known to be darkened, in order to help preserve the medication in the bottle.
What property prevents hydrofluoric acid from being stored in glass?
Hydrofluoric acid can't be stored in glass containers because it reacts with silicon dioxide in the glass, causing it to corrode and potentially break. This is due to the strong affinity of hydrofluoric acid for the silicon in glass, leading to damage and leakage of the container. Instead, hydrofluoric acid is typically stored in containers made of plastics such as Teflon or certain metals like polyethylene or stainless steel.
Why are most chemicals stored in the glass or plastic containers rather than a metallic ones?
As plastic and glass material are non reactive they are used to store chemicals. If we will store it in some reactive material the chemical substances will loose their property,ultimately it will give some other substance.
Is arsenic stored in glass?
Arsenic is not typically stored in glass due to its toxicity. Glass containers are not resistant to the corrosive nature of arsenic and can lead to contamination. Instead, arsenic is usually stored in specialized containers made of materials like polyethylene or HDPE (high-density polyethylene).
Why should basic drugs be stored in alkalis free glass containers?
This is because OH- may be released from glass containers and it may precipitate basic drugs from the solutions of their salts.
Why is acid stored in glass containers?
Acid is stored in glass containers because glass is chemically inert and does not react with the acid, ensuring that the container does not degrade or contaminate the acid. Additionally, glass is impermeable, which helps prevent any leakage or evaporation of the acid.
What is honey packed in?
Honey is most frequently packed and stored in glass containers, sometimes with the bee hive wax stored inside.
Why are acids not stored in metal containers?
Many acids react with most metals, often producing soluble substances. Acid + metal --> salt + water. This 'eats' away at the container and causes it to leak. Glass (almost always) and polythene are unaffected by acids. However, before the advent of polythene, concentrated sulfuric acid was stored in lead vessels.
What containers can store phosphoric acid?
Phosphoric acid can be stored in containers made of materials like glass, stainless steel, or certain plastics such as high-density polyethylene (HDPE) or polypropylene. It is important to check the chemical compatibility of the container material with phosphoric acid to ensure safe storage.
