PYREX 500mL Narrow Mouth Erlenmeyer Flask with Standard Taper Glass Stopper

The PYREX 500mL Narrow Mouth Erlenmeyer Flask with Standard Taper Glass Stopper is high-quality laboratory glassware manufactured from durable borosilicate glass. Designed for chemical mixing, solution preparation, sample storage, and laboratory research, it features a precision-fitted No. 32 PYREX glass stopper for secure closure. Its uniform wall thickness provides mechanical strength and thermal shock resistance, while graduated markings allow convenient approximate liquid volume measurement. Key Features - Manufactured from high-quality PYREX borosilicate glass. - 500mL capacity suitable for routine laboratory applications. - Narrow-mouth design helps minimize splashing during mixing. - Supplied with a No. 32 PYREX standard taper glass stopper. - Secure glass stopper for convenient sample containment. - Graduated markings from 100mL to 500mL. - 50mL graduation intervals for approximate volume measurement. - Uniform wall thickness provides mechanical strength and thermal shock resistance. - Conical Erlenmeyer design supports efficient swirling and mixing. - Reusable construction suitable for chemical, pharmaceutical, educational, and research laboratories. Specification Details Brand PYREX Manufacturer Corning Product Code 5020-500 Product Type Narrow Mouth Erlenmeyer Flask Capacity 500mL Material Borosilicate Glass Flask Style Erlenmeyer Flask Shape Conical Neck Style Narrow Mouth Closure Type Standard Taper Glass Stopper Stopper Number No. 32 Stopper Material PYREX Glass Graduation Range 100–500mL Graduation Interval 50mL Graduation Type Approximate Volume Height Approximately 215mm Outer Diameter Approximately 101mm Base Type Flat Bottom Wall Construction Uniform Wall Thickness Thermal Resistance Thermal Shock Resistant Sterility Non-Sterile Reusable Yes Quantity per Pack 1 Piece Quantity per Case 8 Pieces Replacement Stopper PYREX Catalogue No. 7650 Series Applications Chemical Mixing, Sample Storage, Solution Preparation and Laboratory Research