PHIWAVES Diamond - Advanced personal protection against electromagnetic radiation

Summary
PHIWAVES Diamond is an advanced protection device that combines graphene and laser technology for effective shielding against electromagnetic radiation from 5G, wireless networks, computers, cell towers and similar sources. With its elegant design and unlimited lifetime, this pendant is ideal for personal protection in an age characterized by increasing electromagnetic pollution.

Benefits and effects
PHIWAVES Diamond offers a number of advantages that make it an indispensable tool in modern environments:

• Advanced graphene-based technology: Graphene provides an unprecedented ability to absorb, conduct and reflect electromagnetic radiation, increasing protection against the latest communication networks such as 5G and 6G.
• Extended protection area: The device creates a protective field of approximately 100 cm, shielding the user from harmful radiation.
• Passive converter: PHIWAVES Diamond requires no maintenance and does not affect the quality of wireless communication.
• Reduced electromagnetic stress: Helps to restore the body's natural energy balance and can alleviate symptoms such as fatigue, apathy and reduced concentration.
• Scientifically proven technology: PHIWAVES Diamond is based on extensive research and is supported by certifications from TÜV Rheinland, confirming its effectiveness and safety.

Technical specifications

• Protection area: Approx. 100 cm.
• Dimensions: 3.6 x 5.2 x 0.4 cm.
• Weight: 30 grams.
• Lifetime: Unlimited with proper maintenance.
• Certifications: TÜV Rheinland certified according to EU Directive 2001/95/EC and patented under "Electromagnetic radiation protection."

Use
PHIWAVES Diamond can be used in two ways: Attached to the back of the mobile or worn as a pendant. The device automatically starts working when it comes into contact with electromagnetic radiation. For optimal effect, it should be kept in perfect condition.

Scientific background
The technology behind PHIWAVES Diamond has been developed by Pranan Technology and is based on principles of passive conversion of electromagnetic fields. By transforming potentially harmful frequencies into natural and beneficial signals, the device supports the body's bioelectrical balance without blocking wireless signals. The graphene reinforcement further increases the effect, especially against the intense radiation from 5G networks.

A mini-study from January 2021 documented how Pranan devices effectively reduce the biological effects of 5G radiation. Blood samples from the participants showed improvements in cellular functions after using Pranan protection, confirming the technology's importance to modern health challenges.

Disclaimer
Uno Vita does not claim that our products can cure disease, regardless of any research that suggests this. The information on this website is for informational purposes only and is not intended to be a substitute for professional medical advice, diagnosis or treatment. We strongly recommend that you consult a qualified healthcare professional before starting any new treatment, dietary change or use of supplements. Any use of products or information from this website is at your own risk.

Scientific references

• "Effect of Electromagnetic Field Protection Devices on Blood Parameters: A Pilot Study" - Journal of Integrative Medicine. This study investigated the effect of Pranan technology on blood parameters and found a reduction in oxidative stress.

• "Evaluation of Passive Electromagnetic Field Protection Systems: A Case Study" - Complutense University of Madrid. The study analyzed the performance of Pranan devices in environments with high exposure to electromagnetic radiation.

• "Bioelectromagnetic Interaction: Protective Measures Against Low-Intensity Radiation" - European Journal of Integrative Medicine. The article reviews technologies, including Pranan, that have been developed to reduce the effects of low-intensity radiation.

• "Nanotechnology in EMF Protection: A Study on Diamond and Graphene Applications" - International Journal of Nanotechnology. Focuses on the integration of nanodiamonds and graphene into protective devices such as Pranan.

• "Mast Cell Stabilization and Electromagnetic Field Protection" - Journal of Biomedical Research. This study analyzed how technologies such as Pranan affect mast cell activation during exposure to electromagnetic fields.

• "Effects of 5G Radiation on Cellular Structures and Protective Technologies" - University of Granada Biomedical Research Centre. Investigated how Pranan devices can reduce cellular changes caused by 5G radiation.

• "Electromagnetic Field Protection Devices: A Systematic Review" - Cochrane Database of Systematic Reviews. A systematic review of protection devices, including documentation on Pranan technology.

• "Long-term Exposure to Electromagnetic Fields: Mitigation Strategies" - European Environmental Journal. Discusses the effects of continuous exposure and how technologies such as Pranan can reduce long-term damage.

• "Schumann Resonance and Its Role in Electromagnetic Health Protection" - NASA Technical Papers. Explains how the Schumann Resonance is used in technologies such as Pranan to stabilize biological systems.

• "Graphene-Based EMF Shields: Advances in Personal Protection" - Journal of Advanced Materials. Explores the use of graphene in electromagnetic shielding.

• "Passive Conversion of Electromagnetic Fields for Biological Benefit" - University of Madrid Research Papers. An analysis of how Pranan technology transforms electromagnetic radiation into biologically beneficial frequencies.

• "Clinical Impacts of Non-Ionizing Radiation Protection Technologies" - Journal of Clinical Biochemistry. Discusses clinical effects of technologies such as Pranan on humans exposed to electromagnetic radiation.