Colloidal Silver 50 ppm (500 ml) – Pure Silver Water

Colloidal Silver 50 ppm (500 ml): High-Purity Silver Water in Laboratory Quality

With colloidal silver 50 ppm in a 500 ml amber glass bottle (commonly referred to as silver water or silver sol), you receive a high-purity, electrostatically stable precious metal dispersion. Manufactured from 99.99% pure fine silver and laboratory-grade Type 1 ultrapure water, this silver colloid is completely free from chemical additives, stabilizers, and chlorides. Each batch is freshly produced to ensure optimal charge potential and physical suspension stability.

What Is Colloidal Silver and What Does 50 ppm Mean?

Physicochemical Properties of Silver Dispersion

From a scientific standpoint, colloidal silver is not a dissolved chemical solution, but a dispersed two-phase system: microscopically small, elemental silver particles (nanoparticles) and silver ions remain suspended in demineralized ultrapure water in a permanent state of equilibrium.

• Pure Precious Metal: Unlike synthetic silver compounds (such as silver nitrate or silver chloride), genuine electrolytically produced silver water consists solely of pure water and elemental fine silver particles.
• Nanometer Scale & Zeta Potential: Individual silver clusters have a diameter between 1 and 15 nm. Because these particles carry identical electrical charges (zeta potential), they mutually repel each other. Together with Brownian motion, this electrostatic repulsion prevents aggregation and sedimentation.
• Optical Characteristics & Tyndall Effect: High-purity colloidal silver at 50 ppm exhibits a clear to slight golden-yellowish tint caused by surface plasmon resonance, where nanoparticles absorb and refract light. When illuminated with a focused laser beam, light scattering along the suspended particles becomes visible (Tyndall effect).

Concentration of 50 ppm Explained

The unit ppm stands for parts per million and represents the exact mass ratio of fine silver to ultrapure water:

• 1 ppm equals 1 milligram (mg) of silver per 1 liter (kg) of water.
• 50 ppm corresponds to 50 milligrams of pure fine silver per liter of water, meaning a 500 ml bottle contains exactly 25 milligrams of pure fine silver in dispersion.

Characteristics of the 50 ppm Formulation

While standard formulations often feature lower concentrations (10 to 25 ppm), colloidal silver 50 ppm offers higher particle density alongside robust physical suspension stability. The 500 ml stock bottle provides sufficient liquid volume to maintain spatial distance between colloids, preserving the electrostatic charge balance over time.

Production: Controlled Electrolysis with 99.99% Fine Silver

The stability and chemical integrity of colloidal silver depend directly on production parameters and the purity of raw components. Each unit is prepared under controlled laboratory conditions.

Gentle Electrolysis Without Chemical Reducing Agents

• Certified Fine Silver Electrodes: Two electrodes of certified 99.99% fine silver (Four Nines Fine) are immersed in laboratory-grade water, excluding contamination from base metals like copper, nickel, or lead.
• Regulated Current Flow: A calibrated electrolysis setup releases microscopic silver particles directly from the metallic grid into the liquid carrier.
• No Additives: Suspension stability is achieved through particle charge alone, requiring zero proteins, citrates, stabilizing salts, or preservatives.
• Type 1 Ultrapure Water: Multiple-distilled and deionized water with an electrical conductivity below 0.1 µS/cm prevents premature ionic precipitation.
• Pharmaceutical Amber Glass: Packaging in 500 ml light-blocking amber glass protects photosensitive particles against degradation from UV radiation.

Storage and Handling Instructions

Because colloidal silver 50 ppm relies on an electrostatic balance, proper storage preserves the integrity of the dispersion:

• Store in a Dark Place: Keep the amber glass bottle closed inside an opaque cabinet to minimize exposure to direct sunlight and UV radiation.
• Maintain Room Temperature (15–22 °C): Do not refrigerate or freeze the product. Low temperatures reduce Brownian motion and can lead to particle agglomeration. Keep away from heat sources.
• Keep Clear of Electromagnetic Fields: Store away from microwave ovens, Wi-Fi routers, mobile phones, and heavy electrical appliances to avoid charge disruption.
• Avoid Foreign Contact: Do not introduce metallic spoons, standard tap water, or foreign liquids into the bottle, as ionic contaminants will destabilize the colloidal suspension.

Legal Notice & Classification

Colloidal silver is a technical and laboratory-chemical raw material and research product. In accordance with the applicable regulations of the European Union (in particular the Novel Food Regulation (EU) 2015/2283), colloidal silver is not approved as a food or food supplement. The sale and supply are carried out exclusively for technical, scientific, analytical, or further processing purposes as laboratory supplies.