300ml stainless steel double wall vacuum flask thermos water bottle custom ZY-2010 glam camp

300ml stainless steel double wall vacuum flask thermos water bottle custom ZY-2010

Introduce:

The 300ml stainless steel double wall vacuum flask thermos water bottle custom ZY-2010 is a great choice for anyone looking for an easy, efficient and economical way to keep drinks hot or cold. Its stainless steel design ensures durability as well as leakproof and odour proof characteristics, making it ideal for travel. With its lightweight and compact design, this thermos is extremely easy to carry and use. Its wide mouth opening makes it convenient to fill the bottle with your favourite drink without spillage.

Material:	Stainless steel
Features:	Keeps drinks hot or cold for 6 hours
Type:	Vacuum flasks
Size:	6.5*22cm

Information

Model	SX-W25	Drinking type	Vacuum flasks
Scenes	Travel	Material	Double wall ss304 inner layer ss201 outer layer
Features	Keeps drinks hot or cold for 6 hours	Color	Customized color
Size	6.5*22cm	Certificate	LFGB, food grade
Logo printing	Silk screen/laser/custom	Color production	Color paint, powder coating
Capacity	300ml	Weight	223g

About vacuum erlenmeyer chemistry filtration

Vacuum Erlenmeyer chemistry filtration is a widely recognized technique used in scientific, chemical, and biological laboratories for efficient and rapid separation of solid particles from liquid solutions. This process involves using a thick-walled Erlenmeyer flask, also known as a vacuum flask, filter flask, suction flask, side-arm flask, Kitasato flask, or Bunsen flask, along with a Büchner funnel and appropriate size filter paper. This method is particularly useful for separating fats or lipids suspended in a solution that needs to be removed.

Vacuum filtration is ideal for retaining the solid while allowing the liquid to pass through, resulting in the collection of the desired solid. When the whole system works correctly, the solution moves through the filter and into the Erlenmeyer flask, facilitating the filtration process. This technique is highly favored among chemists and biologists due to its simplicity, economy, and efficacy in separating solids from liquids.