Description
Specifications Table
Product Name – Buffer solution, pH 3.00 (±0.01 @ 25°C), No Color, Specpure®, NIST Traceable
Quantity/Pack Size – 500ml, 1L, 4L
Form – Liquid
Grade – Specpure®, NIST Traceable
Application – pH meter calibration, lab testing
Product Overview
This pH 3.00 buffer solution is a high-precision, NIST-traceable calibration standard designed for accurate pH meter calibration in laboratory settings. Formulated to maintain a stable pH of 3.00 (±0.01 at 25°C), it ensures reliable measurements for critical applications. The solution is colorless, eliminating interference in optical measurements, and adheres to Specpure® quality standards for consistency and purity. Its NIST traceability guarantees compliance with international metrology standards, making it a trusted choice for research, quality control, and educational labs. The solution is ready-to-use, requiring no dilution, and is packaged in durable, leak-proof containers to preserve integrity during storage and handling. Whether for routine calibration or high-sensitivity testing, this buffer solution delivers unmatched accuracy and reproducibility, supporting precise experimental outcomes.
FAQs
1. What is the shelf life of this pH 3.00 buffer solution?
The solution remains stable for 12 months when stored unopened at room temperature, away from direct sunlight and moisture.
2. Is this buffer solution compatible with all pH meters?
Yes, it is designed for universal compatibility with standard pH electrodes and meters, ensuring accurate calibration across different instruments.
3. Can this solution be used for non-aqueous applications?
This buffer is optimized for aqueous systems; for non-aqueous applications, specialized buffers may be required for accurate results.
4. How should I store the buffer solution after opening?
After opening, tightly recap the bottle and store it at room temperature, avoiding exposure to air to prevent contamination or pH drift.
5. Does this buffer contain any preservatives or additives?
The solution is formulated without added preservatives, relying on its chemical stability to maintain accuracy over time.
