reagent bottle (narrow mouth) - ldpe

Description :

Reagent Bottle (Narrow Mouth) - LDPE Liquids are stored and dispensed in LDPE (Low-Density Polyethylene) narrow-mouth reagent bottles, especially in lab environments. LDPE is renowned for its chemical resistance, flexibility, and handling ease. Applications: Use in the lab: Perfect for solvents, chemicals, and reagents storage and dispensing Its slender opening facilitates accurate dousing and reduces spills. Chemical Storage: Adaptable to a broad spectrum of substances, such as bases, acids, and some solvents. Make sure the chemicals are compatible at all times. Field Use: Suitable for use in field labs and other environments requiring the handling of chemicals. Care Instructions: Rinse: To get rid of any remaining chemicals, rinse your hands well with water after using. Detergents: For cleaning, use warm water and mild detergents. Steer clear of abrasive cleaners and powerful solvents. Avoid High heat: Since LDPE has a lower melting point than other plastics, avoid using hot water or subjecting the bottle to high heat. 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 conclusion, Chempure LDPE (Low-Density Polyethylene) Reagent Bottles (Narrow Mouth) are strong, flexible containers used for handling and storing laboratory substances. With a small neck that reduces spillage and makes accurate pouring easier, they are made to offer safe storage. Although LDPE bottles have a lesser temperature tolerance than other materials, their chemical resistance makes them appropriate for a wide variety of chemicals. These bottles are inexpensive, lightweight, and perfect for a variety of scientific uses where chemical resistance and flexibility are important factors.