reagent bottles (wide mouth) ldpe

Description :

Chempure Reagent bottle (wide mouth) LDPE Low density polyethylene is the material available for these wide-mouth reagent bottles. Excellent contact clarity is present in these bottles. Autoclaving these bottles is not possible. These bottles are leakproof thanks to the integrated seal ring in the Polypropylene Cap. Applications: Chemical Storage: Water-based solutions, such as buffers, salts, and non-aggressive compounds, are best stored in LDPE bottles. Sampling and Transport: LDPE bottles are frequently used for gathering and transporting field samples, including environmental samples, because of their strength and portability. Laboratory Use: Frequently used in laboratories to prepare and store media, solutions, and reagents. Care Instructions: Cleaning: The bottles should be properly cleaned both before and after each use using warm water and a light detergent. Handling: Unless the manufacturer specifies otherwise, avoid using LDPE bottles with strong acids, bases, or oxidizing agents. Replacement: Check bottles frequently for wear indicators like cracks or discolouration. For the reagents to be stored in an intact state, replace the bottles as needed. Comparison: Flexibility: LDPE is more flexible than HDPE, which increases its susceptibility to deformation but decreases its likelihood of cracking. Chemical Resistance: While both LDPE and HDPE are fairly resistant to most chemicals, HDPE is typically more resilient to harsher substances and greater temperatures. Temperature Tolerance: Compared to LDPE, HDPE has a greater melting point and can withstand higher temperatures. In Summary, Chempure Reagent bottles made of LDPE with a wide opening are adaptable and frequently used in laboratories to handle and store a variety of chemicals and reagents. These bottles, which have a wide mouth for easy access and a tight cap to stop leaks, are made of sturdy, chemically resistant low-density polyethylene and are ergonomically built. They are especially prized for their safety and durability when compared to glass substitutes, and they can be used for a variety of purposes such as chemical storage, sampling, and transportation.