Frequently asked questions

What are colloids?

Colloids represent a fascinating aspect of matter, being the second-smallest unit of measurement following atoms. These minute entities maintain the intrinsic properties of their respective elements. Found abundantly in nature, colloids play a crucial role in various biological processes, including those within our own bodies. From the proteins in our cells to the particles in our bloodstream, colloids contribute significantly to the complex systems that sustain life. Their ability to remain dispersed without settling makes them essential in numerous natural and industrial applications. Understanding colloids not only deepens our appreciation of the microscopic world but also highlights their importance in fields such as medicine, food science, and environmental studies. Consequently, colloids are a vital link between the molecular and macroscopic realms of existence.

Lightning strikes?

Nature has a remarkable way of producing colloidals, often spurred by the intense energy of lightning strikes that naturally break down minerals in the environment. At Hyper Minerals, we harness similar kinetic energy through advanced techniques to recreate this incredible process. Our goal is to create the purest colloidal solutions, carefully designed to retain the beneficial properties found in nature’s own creations. By mimicking these natural phenomena, we ensure that our products are not only effective but also resonate with the purity and vitality that define high-quality colloidals. Our dedication to innovation allows us to offer solutions that meet the highest standards of excellence, bringing the power of nature into every drop.

Plasma dispersal

Plasma dispersal stands out as the most natural and pure method for creating colloids. By generating heat that exceeds 4000 degrees Celsius, this technique effectively produces minuscule noble metal particles, which are then suspended in pristine water. This process ensures that the colloid remains untainted by any extraneous substances, emphasising purity and simplicity. The resulting solution is a fascinating example of how advanced science can harness extreme conditions to achieve a delicate balance of elements, showcasing the beauty of both nature and technology. In essence, plasma dispersal transcends traditional methods, giving rise to a cleaner and more efficient means of creating noble metal colloids, embodying the essence of innovation.

Electrolysis, laser, centrifuge, or plasma dispersal?

Creating high-quality colloids can be achieved through four primary methods: electrolysis, laser, centrifuge, and plasma dispersal. Among these techniques, plasma dispersal stands out as the cleanest and purest method. It utilises only two essential ingredients: demineralised water and 99.9% pure noble metals ( gold, platinum, and silver). This method ensures that the resultant colloid is free from impurities. By leveraging the unique properties of noble metals and the advanced technology of plasma dispersal produces colloids that exhibit superior stability and bio-availability, paving the way for advances in medicine and health.