Personalized color and logo double wall vacuum insulated stainless steel vacuum flask SX-S01

Introduce:

The Personalized Color and Logo Double Wall Vacuum Insulated Stainless Steel Vacuum Flask SX-S01 is a great choice for anyone looking for an insulated stainless steel flask that offers the highest quality material, personalized design and logo options, and excellent insulation. It is ideal for outdoor adventures, long commutes, or just keeping your refreshments at the desired temperature. With its stylish design, this flask will make a great addition to any collection.

Material:	Stainless steel
Features:	Keeps drinks hot or cold for 6 hours
Type:	Vacuum flasks
Size:	Customized
Design style:	Classic

Information

Model	SX-S01	Drinking type	Tumbler
Scenes	Travel	Material	Double wall vacuum stainless steel
Features	Keeps drinks hot or cold for 6 hours	Color	Customized color
Size	7727m	Certificate	LFGB, food grade
Logo printing	Silk screen/laser/custom	Color production	Color paint, powder coating
Capacity	12oz	Weight	390 grams

About 1.5L vacuum erlenmeyer flask with pump

The 1.5L vacuum Erlenmeyer flask with pump is a crucial piece of laboratory equipment designed for sample preparation in various analytical processes, including chemistry, microbiology, and wastewater control. Made of high-quality, heavy-duty borosilicate glass, this heavy-walled flask boasts an Erlenmeyer shape with a standard taper outer joint and serrated hose connection for easy attachment to a vacuum source. The vacuum filtration pump is compact and oil-free, making it a durable and efficient choice for precise filtration and distillation.

The replaceable in-line filter also protects the vacuum pump from damage, ensuring a long-lasting and reliable operation. With a tank capacity of 15L and a flow rate of 10 L/min, this flask is ideal for filtering large volumes of liquid samples. This sophisticated flask design includes a conical shape with a flat bottom, tapered neck, and sidearm, making it an indispensable tool for high-precision sample preparation in various laboratory environments.