PYREX 125mL Narrow Mouth Erlenmeyer Flask with 24-40 Standard Taper Joint

The PYREX 125mL Narrow Mouth Erlenmeyer Flask with 24/40 Standard Taper Joint is high-quality laboratory glassware manufactured from durable borosilicate glass. Designed for laboratory mixing, chemical reactions, solution preparation, and general research applications, it features a precision-ground standard taper joint for connecting compatible laboratory glassware. Its uniform wall thickness provides mechanical strength and thermal shock resistance, while graduated markings allow approximate volume measurement. Key Features - Manufactured from high-quality PYREX borosilicate glass. - 125mL capacity for small-volume laboratory applications. - Narrow-mouth design minimizes splashing during mixing. - Precision-ground 24/40 standard taper joint for compatible glassware connections. - Uniform wall thickness provides mechanical durability and thermal shock resistance. - Graduated markings for approximate liquid volume measurement. - Large white marking area for sample identification. - Conical design with flat bottom for stable laboratory handling. - Reusable and chemically resistant glass construction. - Suitable for chemistry, microbiology, pharmaceutical, educational, and research laboratories. Specification Details Brand PYREX Manufacturer Corning Product Code 5000-125 Product Type Narrow Mouth Erlenmeyer Flask Capacity 125mL Material Borosilicate Glass Flask Shape Conical (Erlenmeyer) Neck Style Narrow Mouth Top Style Standard Taper Joint Joint Size 24/40 Graduation Range 50–125mL Graduation Interval 25mL Graduation Type Approximate Volume Markings Height Approximately 120mm Outer Diameter Approximately 67mm Base Type Flat Bottom Marking Area Large White Enamel Marking Spot Thermal Resistance Resistant to Thermal Shock Chemical Resistance Resistant to Many Laboratory Chemicals Sterility Non-Sterile Reusable Yes Quantity per Pack 6 Pieces Quantity per Case 12 Pieces Applications Chemical Reactions, Laboratory Mixing, Solution Preparation and Research