01 Enhanced Safety
Plastic reagent bottles offer greater safety compared to glass ones. Glass bottles are prone to breakage under external forces, leading to reagent leakage or contamination, which increases transportation risks. In contrast, plastic bottles do not produce fragments or sharp edges, reducing the risk of injury to operators during use.
02 Space-Saving
Due to their higher plasticity and lower density, plastic reagent bottles are generally lighter and more compact than glass bottles, helping to save storage space.
03 Portability
Plastic reagent bottles are lightweight, durable, and easy to carry.
04 Superior Leak Resistance
Plastic reagent bottles often feature screw caps manufactured through injection molding. These caps form an interference fit with the bottle neck, providing secure sealing without stripping. The interference fit utilizes the elasticity of the plastic material to create a tight seal, effectively protecting reagents from contamination and evaporation.
05 Strong Corrosion Resistance
Plastic reagent bottles can be made from materials such as polyethylene (PE) and polypropylene (PP), which exhibit excellent corrosion resistance. They can withstand exposure to various chemical reagents without reacting with the contents.
06 Cost-Effectiveness
Plastic reagent bottles generally have lower manufacturing costs than glass bottles, helping to reduce production expenses and enhance economic returns.
Post time: Oct-15-2025