Methyl Red sodium salt (C15H14N3O2·Na) [845-10-3]
Order number: 12768222
Part number: AC100072381
£ 110.28*
*Prices without VAT and shipping costs£ 132.34*
*incl. VAT, plus shipping costsPrice Breakdown
Unlock the power of precise pH control with Methyl Red Sodium Salt, an essential stain in the world of chemistry. This vibrant orange-red powder serves as a reliable indicator of acidity and alkalinity, ensuring accurate measurements in various scientific applications. By harnessing its unique properties, researchers and professionals can make informed decisions about their experiments.
How It Benefits Users
- Monitor the effectiveness of chemical reactions by tracking the shifting absorption maxima at different pH ranges, providing valuable insights into reaction kinetics.
- Use this versatile stain to calibrate pH meters and ensure accurate readings in demanding laboratory settings.
- With a convenient powder form, Methyl Red Sodium Salt is effortless to incorporate into your workflows, eliminating the need for complex mixing procedures.
- This high-quality substance boasts a molecular weight of 291.28 g/mol and CAS number 845-10-3, guaranteeing consistency and reliability in your experiments.
- Packaged in sufficient quantities to meet the demands of your research projects, our Methyl Red Sodium Salt powder is ready to support your discoveries.
Versatile Uses of the Product
Methyl Red Sodium Salt (C15H14N3O2·Na) [845-10-3] is listed under Stains & Indicators with the pack size and title shown on this page.
| Name | Value | |
|---|---|---|
| CAS | : | 845-10-3 |
| Appearance | : | Orange to red coloured powder |
| Categories | : | Stains & Indicators |
| Product Code | : | 12768222 |
| Product Name | : | Methyl Red sodium salt (C15H14N3O2·Na) |
| Loss on Drying | : | ≤ 5% (at 110°C) |
| Storage Details | : | Ambient |
| Molecular Weight | : | 291.28 |
| Molecular Formula | : | C15H14N3NaO2 |
| Harmonised Tariff Code | : | 2927000090 |
| PH transition interval | : | Pink- Yellow (4.5 - 6.2) |
| Absorption maximum (pH 4.5) λ1max | : | 523 – 526 nm |
| Absorption maximum (pH 6.2) λ2max | : | 430 – 434 nm |
| Absorptivity maximum (A1%/1cm at pH4.5, atλ1max) | : | 1200 – 1300 |
