KIMBLE® GLS 80® Wide Mouth Media Bottles are extremely versatile: ideal for pouring, filling, mixing, preparing, storing, transporting, dispatching, taking samples in the field and hot filling, whether in the laboratory or in production. The wide mouth design facilitates easy and safe charging and removal of powders, pastes, granules, and liquids. Spoons, spatulas, ad tweezers can be manipulated with ease. Even large-volume funnels can be inserted into the bottles without any difficulty. The wide neck also makes cleaning the bottles particularly easy.

Durable, fired on ceramic ink graduations and marking patch withstand the rigors of daily laboratory, bioprocess, and production use. KIMAX® 33 expansion borosilicate glass is low extractable, USP Type I, your assurance or purity, with a full temperature and chemical resistance range. Complete with blue quick-release linerless polypropylene closure and our ring that are rated up to 140°C. The exterior tint on amber bottles provides UV light protection in the 300 nm – 500 nm wavelength range. Autoclavable KimCote® coating provides safety and reduces hazards of scratching, leaking, and shattering.

Key Features

• Special wide neck screw thread for rapid opening and closing. The matching quick-release cap allows the bottle to be easily opened and closed with a minimum of turns
• Exceptional properties of KIMAX 33 expansion, low extractable, borosilicate eliminate probes with ion leaching. Meets hydrolic resistance requirements per USP <660> and EP 3.2.1. Resistant to acidic and alkaline reagents
• The sturdy design of these wide neck bottles enhances safety and service life
• Excellent thermal properties for autoclaving and dry sterilization up to max 500°C, high thermal shock resistance (Δ 100K). Ideal for hot filling and carrying out sterilization procedures (autoclaving), and suitable for use in microwaves
• The large, stable base area allows for safe and easy storage
• Provided with a printed white label for labelling the contents
• Convenient, easy-to-read graduations indicting volume