Christmas Sale Borosil® Flasks, Volumetric, Class A, Amber, Polypropylene (pp) Stopper, 250ml, 14/23, Ind. Cert, Cs/10 A Gift They'll Love [9N7pKtWQ]

Borosil® Amber Volumetric Flasks: Precision and Versatility

Introducing the Borosil® Amber Volumetric Flasks, a premium choice for laboratories that demand accuracy and reliability. These flasks are meticulously crafted from 3.3 Borosilicate glass, renowned for its exceptional thermal shock resistance and chemical resistance. The amber coating on the exterior surfaces provides protection for light-sensitive solutions, ensuring the integrity of your experiments. Each flask comes with an interchangeable solid glass/plastic stopper, offering versatility for various applications. With individual calibration certificates and a capacity of 250mL, these flasks are the perfect tool for precise measurements.

Technical Specifications and Quality Assurance

The Borosil® Amber Volumetric Flasks are designed to meet the highest standards of quality. They are calibrated using an automatic, computer-controlled machine, ensuring accuracy as per Class A, ASTM E288. The 14/23 neck specification and grounded neck type provide a secure fit for the included stopper. The flask's capacity is 250mL with a tolerance of 0.12mL, guaranteeing precise volume measurements. This product is certified and calibrated at 20°C, ensuring consistent performance across different environments. The specifications are as follows: Material: 3.3 Borosilicate, Color: Amber, Neck Type: Solid Glass/Plastic Stopper, Stopper Size: 14/23, Class/Quality Grade: Type I, Class A, Quantity Per Case: 10.

Applications and Benefits

The Borosil® Amber Volumetric Flasks are ideal for a wide range of applications, including chemical analysis, pharmaceutical research, and educational purposes. Their durable construction and precise calibration make them a reliable choice for daily use. The interchangeable stoppers offer flexibility, allowing you to switch between glass and plastic depending on your specific needs. The amber coating is particularly beneficial for experiments involving light-sensitive solutions, ensuring accurate results without compromising on visibility. Whether you are a scientist, researcher, or student, these flasks are designed to enhance your productivity and streamline your workflow.