3.0 M KCl Electrode Filling Storage Solution 60 ml Aconabolics

Description

Product Overview

The 3.0 M potassium chloride (KCl) reference electrode filling and storage solution from Aconabolics is engineered to provide a stable ionic environment for pH and oxidation‑reduction potential (ORP) electrodes. Formulated with high‑purity KCl at a concentration of 3.0 M, the solution ensures consistent electrical conductivity, which is essential for accurate sensor readings across a wide range of analytical applications. The product is supplied in a compact 60 mL (2 oz.) bottle featuring a precision pour‑spout cap that enables controlled dispensing, even in confined laboratory spaces. Its clear, chemically inert composition prevents contamination of the electrode surface, while the sealed container protects the solution from atmospheric moisture and CO₂ absorption, preserving its performance over extended storage periods.

Usage

Designed for both laboratory and field environments, this KCl solution is ideal for routine calibration, maintenance, and long‑term storage of reference electrodes. In a laboratory setting, technicians can immerse electrodes in the solution for a few minutes before measurement to re‑establish a stable junction potential, ensuring reliable pH or ORP data. For field deployments, the portable bottle allows users to quickly refresh electrodes on‑site, preventing drying and electrolyte depletion that could otherwise compromise data integrity. The solution is compatible with a broad spectrum of electrode types, including glass‑body pH electrodes, solid‑state ORP probes, and combined sensor assemblies used in water quality monitoring, environmental testing, and industrial process control. Proper handling includes gently shaking the bottle before use, immersing the electrode tip fully, and storing the bottle tightly sealed when not in use.

Why Choose Us

Aconabolics brings over a decade of experience in laboratory chemicals, guaranteeing that each batch of KCl solution meets stringent purity standards verified by independent analytical testing. The formulation avoids additives that could interfere with electrode response, delivering a true representation of the intended ionic strength. Our manufacturing process incorporates rigorous quality control checks, including conductivity verification, pH neutrality, and sterility assessment, to ensure that the solution performs consistently across diverse analytical conditions. Additionally, the product is backed by responsive technical support, offering guidance on electrode maintenance protocols, troubleshooting tips, and best‑practice recommendations for extending sensor lifespan. By choosing Aconabolics, customers benefit from a reliable, ready‑to‑use solution that minimizes downtime and reduces the risk of measurement errors caused by unstable reference conditions.

Key Features

• High‑purity 3.0 M KCl formulation ensures stable conductivity for precise measurements
• Convenient 60 mL bottle with pour‑spout cap enables easy dispensing and minimal waste
• Prevents electrode drying, extending sensor lifespan and reducing replacement costs
• Compatible with a wide range of pH and ORP electrodes for versatile laboratory and field use
• Backed by dedicated technical support and comprehensive usage documentation

FAQ

What is the recommended immersion time for calibrating a pH electrode with this solution?

For most glass‑body pH electrodes, a brief immersion of 30 seconds to 1 minute is sufficient to achieve a stable junction potential. Longer immersion does not improve accuracy and may lead to unnecessary solution consumption.

Can this KCl solution be used with solid‑state ORP electrodes?

Yes, the 3.0 M KCl solution is suitable for solid‑state ORP probes. It provides a reliable reference environment that helps maintain consistent oxidation‑reduction potential readings across a variety of sample matrices.

Is the solution safe to store at room temperature?

The solution is chemically stable at typical laboratory ambient temperatures (15‑25 °C). Keep the bottle tightly sealed to avoid moisture loss or CO₂ absorption, which could alter the ionic strength over long periods.

How often should I replace the KCl solution in my reference electrode?

Replacement frequency depends on usage intensity and storage conditions. For daily laboratory work, a monthly refill is common, while field deployments may require more frequent changes if the solution is exposed to extreme temperatures or prolonged storage without a seal.

Does the product come with a safety data sheet (SDS)?

Yes, Aconabolics provides a complete SDS with the product, detailing handling precautions, first‑aid measures, and disposal guidelines to ensure safe use in any laboratory or field setting.