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Corning™ PYREX™ Class A Certified and Serialized Volumetric Flasks with Glass Standard Taper Stopper
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Description
Calibrated to Class A tolerances in accordance with ASTM™ E-542 and E-288
Calibrated to Class A tolerances in accordance with ASTM E-542 and E-288. Each flask is individually serialized and supplied with a Certificate of Identification and Capacity, traceable to NIST standards. The graduation line is sharp and permanent; large white block letters make the inscription easy to read. Supplied with a standard taper stopper.
For stopper only, see Cat. No. 7650.
Tested and calibrated in an ISO/IEC 17025 certified laboratory.
Order Info
Flasks come as Case of 1.
Certifications
Individually calibrated and certified against equipment whose calibration is traceable to NIST™
Specifications
Specifications
| Calibration | To Contain |
| Certifications/Compliance | NIST, ASTM E542, ASTM E288 |
| Closure Material | Glass |
| Diameter (English) Outer | 2.3 in. |
| Capacity (Metric) | 100 mL |
| Material | Borosilicate Glass |
| Height (English) | 7.16 in. |
| Height (Metric) | 18.2 cm |
| Neck Style | Long |
| No. per Case | 1/Cs. |
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Frequently Asked Questions (FAQs)
• Pharmaceutical
• Industrial
• Government and public service
• Third-party testing labs
• Academic institutions
• Medical technology
• Agriculture
• Health and beauty industries
• Serialized/Certified Products: Individually calibrated with unique serial numbers, NIST traceable, and include a certificate of calibration for high-accuracy applications
• Standard Class A Products: Calibrated for general use without individual serial numbers. These are more economical and suitable for most laboratories
ISO/IEC 17025 certification ensures the accuracy and reliability of calibrated glassware by verifying that it meets international standards for testing and calibration. It also demonstrates the quality and competence of Corning’s manufacturing and quality assurance processes, providing confidence in the precision of laboratory measurements.
Calibration ensures the accuracy of measurements, which is critical for precision experiments and compliance with regulatory standards.
It is a cost-effective option that still meets acceptable accuracy standards for most laboratory applications.
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